A TRANSCENDENTAL PHENOMENOLOGICAL STUDY OF THE EXPERIENCES.docx

A TRANSCENDENTAL PHENOMENOLOGICAL STUDY OF THE EXPERIENCES

CHAPTER ONE: INTRODUCTION

Overview

The COVID-19 pandemic presented educational institutions with a unique challenge and

an opportunity to change the traditional classroom experience into a distance learning platform,

difficult challenges from basic communication, to overcoming socio-economic short-comings as

students were presented with challenges in connecting to their classrooms (Bagoly-Simó et al,

2020). These new challenges presented teachers with opportunities to utilize their past

experiences, training, and a plethora of new instructional technology to assist in the educational

process, while also challenging traditional beliefs held by teachers (Bowman et al, 2020; Shukla,

2020). The adoption of distance learning models required students to take on the central role in

their education and teaching strategies evolved to meet the current needs of students in a distance

learning environment (Vázquez et al., 2018; Yurtseven Avci, 2020).

Based on Knowles’ Adult Learning Theory (1968), the study examines how the

implementation of new instructional technology during the COVID-19 pandemic was guided by

secondary teachers’ beliefs and training. The content in this chapter provides a brief background

of instructional technology, the purpose of the study, guiding questions for the research, the

significance of the study, and key terms and definitions.

Background

The COVID-19 crisis changed the landscape of secondary education by rapidly

accelerating the transition from traditional classrooms to a distance learning model. The primary

goal was to present students with an equivocal level of educational instruction while keeping

isolated during the crisis. Instructional technology, distance learning strategies, and training were

provided to assist teachers as schools evolved to support the changing needs of students.

Historical Context

The history of instructional technology is an interesting, but often misleading topic. The

common understanding of the term is to relate the term to recent technology that is being utilized

for instruction such as computers and internet-based distance learning applications (Solomon,

2000). According to Solomon (2000), alternative perspectives and broader interpretations of

technology encompass all sources of organized knowledge which incorporates not only physical

technology but also strategies in its use. Instructional technology in educational theory dates to

the early 1920s with institutions incorporating visual instructional materials and film into

classroom instruction (Dorris, 1928). Instructional technology developed from early uses of film

and visual aids to incorporating audio recordings to assist teachers in their instructions (Starnes,

1937). The 1950s-1970s saw further developments in instructional technology as radio and

televisions developed to become incorporated into classroom educational tools (DeKieffer &

DeKieffer, 1970). During the 1980s and 90s computers started to be intergrated into classroom

educational practices requiring educators to be both proficient in their subject area and

technology delivery devices (Ramaligela, 2020;2021). By the early 2000s, teacher preparation

programs began to require pre-service teachers to complete credit hours devoted to the

understanding of instructional technology and utilizing it in classroom instruction (Kay, 2014; Li

et al., 2018; 2019). While preservice training programs began to incorporate technology into the

curriculum, inservice teachers underwent expedited onsight training that left teachers with

insufficient or meaningful understanding of the technology they were to utilize (Williams, 2019).

Social Context

In recent years technology has been developing at increasingly faster speeds than the year

before making it harder to maintain an instructional edge in the classroom (Alam, 2022; Fletcher,

2016). The rate at which technology is implemented and replaced in classrooms has had negative

impacts on teachers’ mental states as they struggle to keep up with the constant change (Apple &

Robbins, 2022; Bahçivan et al., 2018; Li et al., 2019). The constant change has led some teachers

to develop mental barriers toward instructional technology that attribute to their ineffective use in

classroom instruction (Bahçivan et al., 2018; Khong et al., 2023). These barriers make it pose a

problem in gauging the effectiveness of instructional technology as data is compromised due to

ineffective implementation of the technology in the classroom setting (Khong et al., 2023; Li et

al., 2019;). Understanding this issue can help educators develop effective training measures to

help prevent teacher burnout and negative connotations toward instructional technology (Apple

& Robbins, 2022; Khong et al., 2023; Lee and Lee, 2014).

The COVID-19 pandemic impacted teachers’ teaching methods by changing the nature of

the classroom from a classroom-based teacher-centered model to a distant learning

studentcentered model (Jaoua et al., 2022). The rapid change brought on by the pandemic

highlighted issues with school technology infrastructures, student accountability for attendance

and work, teacher stress levels with longer hours, and increased hours workloads (Bauler et al.,

2022;2021). Teachers struggled with keeping students engaged in the new online environment as

previous strategies failed to translate into the online medium (Boltz et al., 2021). While the

transition added additional responsibilities for many teachers, it also provided a unique

opportunity for educators to expand their abilities with innovative teaching methods and new

instructional technologies (Bowman et al., 2022;2020). While the COVID-19 pandemic was

difficult for teachers, some took the opportunity to build on their teaching experiences and

continue

providing online education for students even after schools reopened their doors (Midcalf &

Boatwright 2020).

On the other side of the COVID-19 impact are the parents and students who were

required to participate in online classrooms shortly after school closures. While many secondary

students were able to make the transition, many students were stranded with inadequate

technology at home, or a poor understanding of how to utilize the technology to sufficiently

access their online classrooms (Bauler et al., 2022;2021). The shift to online classrooms placed

the student at the center of their learning experience which required a higher level of maturity

and self-motivation (Jaoua et al., 2022). Researchera hasve shown that students in an online

learning environment perform significantly better when they are consistently engaged in the

lessons being taught (Tomasik et al., 2020;2021). Teachers turned to parents to help enforce

classroom participation which was not always possible when parents were not working from

home (Midcalf & Boatwright 2020). While distance learning presents a new set of challenges to

overcome, some parents found that the experiences provided their children with fewer

distractions and allowed for an increase in their focus and understanding of the material that

could have been lost in a traditional setting (Beardsley et al., 2021; Midcalf & Boatwright 2020;

Tomasik et al., 2020;2021).

Theoretical Context

Since the public adoption of the Internet, educators have been experimenting with the use

of online platforms as a medium to reach students outside a traditional classroom (Kurzman,

2013). Before the COVID-19 pandemic, research on distance education for secondary students

had been relegated to relatively small-scale programs and individual needs with the pandemic

providing opportunities to study the effects on a large sample of students (Commodari, 2021).

Numerous new studies have begun to emerge from the wake of mandated home-based distance

learning which are providing unique insights into the various effects that this period has had on

education.

Bowman et al. (2022) focused on the relationship between teachers’ exposure to

professional development and the quality of instructional technology integration into their

teaching behaviors. The desire to adapt to the rapid influx of instructional technology and

embrace the new educational environment are key components of a teacher's success during the

COVID-19 pandemic (Hughes et al., 2020; Tomasik et al., 2020; 2021). Preexisting mental

barriers toward technology have a corresponding negative impact on teachers' adoption of new

instructional technology when not properly addressed with quality professional development to

assist teachers in embracing a distance learning module (Bahçivan et al., 2018; Bowman et al.,

2022; Daffin 2022; Li et al., 2019).

The COVID-19 pandemic left a significant impact on the digitalization of education with

the mass transition to distance modules in the wake of school closures (Barjesteh et al.,

2022;2021). Boltz et al. (2021) noted that before the transition there had been little focus on

preparing teachers to teach online and noted a lack of adequate resources to support high-quality

remote learning. According to Gopalakrishnan et al., (2019) distance learning requires

instructional technology to provide teachers with the tools to assist students regardless of their

geographic location. Distance learning shifts the focus of the learning process from the teacher to

the student, placing the student's motivation in a larger role in their education (Moore &

Schemberger, 2019). A core tenet of Knowles's Adult Learning Theory (1968) is that the student

and their motivation are the driving force in their success as a learner (Merriam, 2001).

Providing teachers with teaching strategies that utilize distance technology and empower

students' self-motivation enhances their ability to progress through the curriculum in a digital

environment (Yurtseven Avci et al., 2020). This study examined the current research that has

been done to investigate teachers’ adoption of instructional technology and their use of

onlinebased instructional strategies. The research expands the current body of knowledge related

to the digitalization of education in the wake of the COVID-19 pandemic by exploring how

secondary teachers transitioned from traditional educational environments to digital classrooms.

Problem Statement

The problem is determining how secondary teachers assign significance to new instructional

technology that was rapidly deployed with minimal training during the COVID-19 pandemic

(Archer et al., 2014; Bahçivan et al., 2018; Bradshaw et al., 2023; Kay, 2014; Khalaf et al., 2022;

Kostas et al., 2023; Li et al., 2019; Ochieng & Waithanji Ngware, 2022; Phuntsho, 2022; Sharifi

et al., 2017). The influx of new instructional technology has increased significantly over the

years prompting schools to expedite classroom implementation at the cost of effective teacher

training (Bahçivan et al., 2018; Bradshaw et al., 2023; Khalaf et al., 2022; Kostas et al., 2023; Li

et al., 2019; Phuntsho, 2022). The lack of proper training has led some teachers to resent new

instructional technologies that enter their classrooms which potentially increases the possibility

that the technology is ignored or abandoned (Bahçivan et al., 2018; Bowman et al., 2022;

Bradshaw et al., 2023; Daffin 2022; Kostas et al., 2023; Li et al., 2019). The lack of proper

training leads to difficulty tracking instructional technologies' effectiveness as inconsistent data

is retrieved (Kale, 2018; Kostas et al., 2023). Instructional technology that appears to be

ineffective often gets replaced leading to further disillusionment as the process restarts leading

teachers to assign less significance to the technology and strengthening mental barriers

(Bradshaw et al., 2023; Er & Kim, 2017; Khalaf et al., 2022; Phuntsho, 2022).

While recent research covers individual aspects of the problem, a lack of research exists

identifying the lived experiences of teachers who experience regular technology turnover and

how it impacts their views on instructional technology. This study provides school districts with

research to support decisions to continue or adjust consistent instructional technology

implementation. Utilizing a qualitative phenomenological approach provided a voice for

secondary teachers who undergo rapid instructional technology shifts (Creswell & Poth, 2018).

Purpose Statement

The purpose of this transcendental phenomenological study is to describe the lived

experiences of secondary teachers who have undergone rapid instructional technology turnover

in the transition from a traditional classroom environment to a digital secondary classroom

during the COVID-19 pandemic in an urban area in southeast Georgia. The rapid instructional

technology turnover is be generally defined as the swift transition and integration of various new

instructional technologies into the classroom environment in response to the digital shift in

secondary education brough on by the COVID-19 pandemic. The theory guiding this study is

Knowles’s adult learning theory (1968) as it relates to the lived experiences of secondary

teachers implementing new instructional technology into the classroom and the perceived impact

on teaching practices and beliefs. Adult learning theory synergizes well with this study as

teachers’ motivations direct their focus and learning approach toward each new technology that

enters their classroom (Knowles, 1968).

Significance of the Study

This transcendental phenomenological study has theoretical, empirical, and practical

significance for educational stakeholders and decision-makers. This study contributes to the

existing literature by providing the lived experiences of the secondary teachers and their

perceptions and beliefs about instructional technology implementation during the COVID-19

pandemic. The following sections address the study's significance in each of the three areas in

further detail.

Theoretical Significance

This study draws on the principles of Malcolm S. Knowles’ (1968) Adult Learning

Theory. According to Knowles’s adult learning theory, adults take a fundamentally different

approach to learning as opposed to their child counterparts (Knowles, 1968). Knowles

acknowledged that adults’ pursuit of learning took a more self-motivated approach that should be

addressed to optimize learning potential (Merriam, 2001). Knowles used the term andragogy to

describe both the learning practices and characteristics of the adult learner (Knowles, 1984).

Since its conception Adult Learning Theory has been utilized by adult education to promote

selfdirected and experiential learning which has meshed well with workplace learning (Clapper,

2010). According to Jaoua et al. (2022) and Tomasik et al. (2020;2021), successful distance

learning classrooms utilize strategies that build student motivation. This study could lead to a

deeper understanding of the lived experiences of teachers as they transform their face-to-face

classrooms into successful online classrooms with student-centered strategies.

Empirical Significance

The empirical studies on teachers’ perceptions of instructional technology

implementation focus on preexisting beliefs, training, and teaching strategies (Anderson et al.,

2017; Bahçivan et al., 2018; Bowman et al., 2022; Daffin, 2022; Kale et al., 2018; Kay, 2014; Li

et al., 2019; Saritepeci et al., 2016; Sharifi et al., 2017). Other research has pointed to

instructional teaching strategies as the primary contributor to teachers' acceptance of

instructional technology into daily routines (Dräger, 2017; Hagen et al., 2016; Cheung Ruby

Yang, 2017). While these approaches provide specific insight into key aspects of successful

instructional technology implementation, there is a lack of empirical studies on the lived

experiences of teachers undergoing consistent instructional technology implementation which

this study seeks to provide. According to Yurtseven Avci (2020), further research is needed on

effective approaches to technology integration and teacher training. Deng et al., (2019) indicate a

need for further research into the development of negative attitudes towards instructional

technology. Brown (2016) noted a lack of curriculum designed to integrate instructional

technology teaching strategies and gaps in related research. This study seeks to address these

concerns by providing a voice to the lived experiences of teachers undergoing instructional

technology implementation.

Practical Significance

Successful learning in an online environment requires specialized resources and strategies

that before the COVID-19 pandemic were not widely available to stakeholders (Boltz et al.,

2021; Daffin, 2022; Tomasik et al., 2020;2021). This study helps educators, administrators, and

educational stakeholders in understanding the potential impact of rapid changes in instructional

technology and the impact on teachers’ beliefs and motivation. Successful instructional

technology implementation requires school districts to invest both human and financial resources

(Boltz et al., 2021). During the first stages of the COVID-19 pandemic, there was not enough

time to implement a planned transition, resulting in rapid changes (Bauler et al., 2022;2021). The

aim of this study is to improve the transition to online learning by providing the lived

experiences of teachers during this period. Hopefully, by identifying common themes from

successful transitions, stakeholders can improve plans and benefit from the experiences outlined

in this study.

Research Questions

In accordance with Creswell and Poth (2018), the research questions used for this study

are broad in nature to provide participants the opportunity to expand upon their motivations and

experiences when integrating instructional technology into their classroom routines. This study

focuses on one central research question and three sub-questions. The questions are designed to

explore the perceptions and experiences of the participants and the impact on their motivations

and beliefs.

Central Research Question

What are the experiences of secondary teachers who have participated in the rapid

implementation of instructional technology during the COVID-19 pandemic?

Sub-Question One

How do secondary school teachers perceive the effectiveness of instructional technology

in enhancing student engagement and learning outcomes?

Sub-Question Two

What challenges do secondary school teachers encounter when incorporating

instructional technology into their classroom routines?

Sub-Question Three

How do secondary school teachers' attitudes and beliefs towards instructional technology

influence their adoption and implementation in the classroom?

Definitions

1. Andragogy – The methods and practiced used by educators to teach and train adult

learners (Knowles, 1971)

2. E-portfolio – A collection of assignments and other electronic evidence kept and

maintained on the internet (Galustyan et al. 2019)

3. Flipped Classroom – An instructional strategy that focuses the student to complete

introductory assignments and readings prior at home allowing class time to be devoted to

hands-on problem solving (Anderson et al., 2017)

4. Instructional Technology – The combined use of educational theory, computer hardware,

and software that is utilized to facilitate learning through practice. (Resendez, 2019)

5. Pedagogy – The methods and practices used by educators to teach and train children

(Merriam, 2001)

6. Emergency Remote Teaching – A temporary shift of instructional delivery to an alternate,

fully remote, delivery mode due to crisis circumstances. (Bradshaw et al., 2023)

7. Technology self-efficacy – An individual's belief or confidence in their ability to

successfully use and engage with technology or technological tools. (Cataudella et al.

2021)

Summary

The mass school closures in the wake of the COVID-19 pandemic highlighted how

illprepared the education system was for converting to a wholly digital model and provided the

perfect opportunity to study online education for secondary students on a wide scale (Barjesteh et

al., 2022;2021; Bauler et al., 2022;2021; Boltz et al., 2021). In the scramble to provide teachers

with adequate technology to convert their classrooms to digital mediums, key aspects such as

vetting, planning, and training were rushed to meet the unexpected needs of stakeholders

(Barjesteh et al., 2022;2021; Bowman et al., 2022; Tomasik et al., 2020;2021). Adopting new

instructional technologies into classroom routines is generally a slower process, with time

allowed for teachers to train and acclimate to the new resource (Kim & Asbury, 2020). Adequate

training can help address barriers such as teachers’ negative preconceptions towards new

instructional technology increasing both its effectiveness and use in the educational environment

of the classroom (Bahçivan et al., 2018; Li et al., 2018;2019). Shifting to a digital medium

required teachers to adapt their teaching strategies to meet the new student-centered environment

(Pelikan et al., 2021). This study seeks to explore the experiences of secondary teachers who

transitioned from traditional face-to-face classrooms to an online distance module during the

COVID-19 pandemic. It is the hope of this study that their lived experiences will help enrich the

research by providing insights into their struggles and successes during this chaotic time.

CHAPTER TWO: LITERATURE REVIEW

Overview

A systematic review of the literature was conducted to explore how teacher training,

mindsets, and instructional strategies influence successful instructional technology integration.

This chapter presents a review of current related to the focus of the study. The first section will

establish an understanding of the theoretical frameworks that are used for this qualitative study.

Next, an exploration into how teachers are trained and prepared to use instructional technology

within their classroom settings. Emerging literature also indicates that teachers’ attitudes and

mindsets influence how instructional technology is utilized within the classroom setting. The

final section will examine current and emerging instructional strategies that teachers are using to

maximize instructional technology in their classrooms. In the end, the three sections should show

gaps in the literature that this study will attempt to address.

Theoretical Framework

The theory guiding this study is Malcolm Knowles’s adult learning theory (1968) in

relation to the experiences of secondary teachers implementing instructional technology.

Knowles’s adult learning theory helps explain how the brain prefers to learn after it has matured

allowing teachers to utilize teaching strategies that better suit their students. The base ideas of

adult learning theory are drawn from Jean Piaget’s constructivism theory. Constructivism focuses

on how the brain develops information by using previous experiences and incorporating them

into new experiences. These theories are outlined in more detail below in order to act as a focal

lens for the main subject of this review.

Theory of Adult Learning

Knowles’ theory on adult learning was first proposed in the Adult Leadership Journal in

1968 and introduced the idea of andragogy which is the art and science of helping adults learn

(Knowles, 1968). Knowles felt that adults approached learning in a different manner than

children, and as such, required a different approach to teaching. Knowles identified four

characteristics that distinguished adult learners from their adolescent counterparts. Self-concept,

learning experience, readiness to learn, and orientation to learning were the original

characteristics that defined adult learners. In 1984, Knowles would add a fifth assumption that

defined the adult learners’ motivation to learn (Merriam, 2001). This addition of a fifth

assumption would also coincide with Knowles altering his stance on what constituted an adult

learner. The theory originally took a rigid stance on what constitutes an adult learner, but this

would later change as Knowles softened his views after years of criticism (Merriam, 2001). The

theory adopted and incorporated specific situations that could define a learner as an adult. This

change helped soften the criticism for assuming all adults learned the same way (Clapper, 2010).

While the theory criteria for an adult learner adapted to incorporate a larger audience, the core

concepts remained intact.

Historically, pedagogical teaching strategies have dominated secondary classrooms

(Blevins et al., 2020; Gutek, 2012). These strategies are supported by an ample amount of

research and are familiar to many within the teaching profession (Merriam, 2001). Adult learning

strategies, or andragogical strategies revolved around the central idea that as an adult,

information is processed differently and are more self-centered learners (Knowles, 1971). While

pedagogical strategies can be effective ways to teach adult learners, they would not be efficient

as andragogical strategies (Knowles, 1984). Over the next few decades, andragogical teaching

strategies would be utilized by a niche audience until the early twenty-first century, when the

increase in instructional technology allowed for an expansion of distance and technologyassisted

learning (Clapper, 2010). The following literature focuses on the historical emergence of

andragogical teaching strategies and their relationship with instructional technology.

While Malcolm Knowles is looked on as the founder of adult learning theory and the

concept of andragogy, it is Merriam’s work in 2001 that connected andragogy teaching strategies

to the potential of instructional technology (Clapper, 2010). Merriam set out to analyze

andragogy and pedagogy teaching strategies and their potential for the growing field of adult

education. Andragogy tended to create situations that propelled learners to become more

selfdirected, which was an essential aspect of Knowles’s original findings. Merriam (2001)

concludes that although self-directed learning is an aspect of andragogical teaching strategies,

they are still two separate entities that she refers to as the pillars of adult education. This

conclusion is pivotal to defining a boundary and establishing adult education as its own unique

concept (Merriam, 2001). This research also provides a foundation for further studies into the

field of andragogy and its potential to bolster instructional technology..

Related Literature

Moore’s Law states that computer technology is doubling every two years (Fletcher,

2016). The exponential growth that this leads to can make it difficult to envision what the world

will look like in the next ten to twenty years. Similarly, the educational field is evolving with a

near-constant stream of instructional technology entering classrooms each year. The speed at

which instructional technology is entering the classroom has only accelerated over the last two

decades (Sharifi et al., 2017). Teachers around the world are finding their classrooms filled with

instructional technology that is designed to help the teacher impart their knowledge and connect

with students. The downside to this influx of resources is that teachers are often left untrained in

their use or how to properly utilize them within lesson plans. This issue has left many teachers to

either use the instructional technology ineffectively or abandon its use entirely in favor of more

traditional instructional practices. This issue can make studying the effectiveness of instructional

technology a complicated endeavor as the data might not accurately be reflected. The following

sections will highlight the current literature related to these topics and show why there is a need

for further documentation.

Adult Learning Theory and Technology Integration

The integration of Malcolm Knowles' Adult Learning Theory, otherwise referred to as

andragogy, has provided profound contributions to our comprehension of how adult learners,

particularly educators, assimilate and adjust to the infusion of technology in their pedagogical

methodologies (Diep et al., 2019; Merriam, 2001). This theory puts emphasis on the value of the

process of learning and advocates for techniques that are problem-centered and experiential

rather than purely content-oriented, which is key in technology assimilation (Merriam, 2001).

The theory aligns with the pedagogical shifts toward personalized learning, driven by

technology, offering educators the framework to tailor instruction to individual learning needs

and styles (Picciano, 2021). The immediacy of application, a key feature of adult learning, comes

into play as teachers tend to seek and adopt technologies that can be quickly integrated into their

existing practices to meet immediate instructional challenges (Cahapay & Anoba, 2021; Kuo &

Belland, 2019; Malureanu et al., 2021). These principles, given the rapidly evolving

technological landscape, offer significant insights that can guide professional development

programs for teachers, aiming for effective technology integration that enhances teaching and

learning outcomes (Malureanu et al., 2021; Yurtseven Avci et al., 2020).

While Knowles' adult learning theory accentuates the autonomy and self-direction in

learning, it is also crucial to note that adult learners, including teachers, bring with them a rich

tapestry of experiences that shape their engagement with new learning situations, including

technology integration (Cahapay & Anoba, 2021; Ching & Roberts, 2020). This pre-existing

knowledge and experience serve as a resource for new learning but can also pose challenges if

prior beliefs and practices are not aligned with technology-enhanced pedagogies (Ananga, 2020;

Barton & Dexter, 2020). For instance, a teacher’s proficiency, or lack thereof, with a specific

technology tool can significantly influence their willingness to use that tool in their classroom

instruction (Cooper et al., 2020). Therefore, professional development initiatives must consider

these variations in teachers' experiences and competencies and provide differentiated support to

cater to individual learning paths (Ananga, 2020; Paulus et al., 2020). Such an approach respects

the principle of adult learning where learners have the freedom to influence the learning

objectives, methods, and pace based on their unique contexts and needs (Ananga, 2020; Ching &

Roberts, 2020; Paulus et al., 2020).

An important aspect of Knowles' Adult Learning Theory is that learning is

problemoriented and relevant to the immediate context of the learner (Cahapay & Anoba, 2021;

Kuo & Belland, 2019). When viewed in the context of technology integration in education, this

principle suggests that teachers are more likely to embrace and effectively use technology tools

when they see a direct connection between technology and their instructional challenges

(Taghizadeh & Hasani Yourdshahi, 2020). Professional development that merely focuses on

technology skills without connecting them to the curricular goals and instructional needs of

teachers often falls short of promoting meaningful technology integration (Cahapay & Anoba,

2021; Kuo & Belland, 2019). To make technology learning relevant and immediately applicable,

technology training should be designed around actual classroom scenarios, instructional

problems, and curriculum content (Ananga, 2020; Ching & Roberts, 2020). Also, the integration

of technology should not be an end but should be driven by pedagogical goals and learner needs

(Ching & Roberts, 2020; Sen & Yildiz Durak, 2022). This way teachers are not just learning to

use a technology tool but are learning how to transform their teaching practices through the

effective use of technology (Ching & Roberts, 2020; Malureanu et al., 2021;).

Knowles' Adult Learning Theory asserts that adult learning is largely driven by internal

motivations (Merriam, 2001). This idea aligns with research on technology integration, which

highlights the role of teachers' self-efficacy and beliefs in influencing their use of technology

(Barton & Dexter, 2020). Studies have found that teachers with higher self-efficacy beliefs about

technology are more likely to integrate it into their classrooms in meaningful ways (Yildiz

Durak, 2021). Teachers' beliefs about the relevance and effectiveness of technology in enhancing

student learning can significantly affect their willingness to adopt new technologies (Şen &

Yildiz Durak, 2022). In fostering effective technology integration, it is crucial to address not just

the skills and knowledge aspect, but also teachers' beliefs and attitudes towards technology

(Barton & Dexter, 2020; Ewing & Cooper, 2021; Şen & Yildiz Durak, 2022). This could involve

creating successful experiences, providing peer support, and presenting evidence of the impact of

technology on student learning to increase teachers' confidence and motivation in using

technology (Ewing & Cooper, 2021; Paulus et al., 2020).

Despite the theoretical alignment and potential benefits, integrating technology in

education is not without its barriers, which can significantly impede the effective application of

adult learning principles (Almusharraf & Khahro, 2020; Cooper et al., 2020). A significant

barrier lies in the teachers' perceived lack of competency and the fear of failure when using new

technologies, often attributed to insufficient training and support (Barton & Dexter, 2020;

Cooper et al., 2020). This situation may lead to a lack of self-efficacy, which could hamper their

motivation to adopt technology (Cahapay & Anoba, 2021). Further, constraints such as time,

resources, and the absence of institutional support can also deter technology integration

(Almusharraf & Khahro, 2020). Teachers may also face difficulties in applying learned technical

skills to their unique classroom context due to the lack of practical and relatable training

scenarios (Ewing & Cooper, 2021). Thus, while Knowles' principles provide a guiding

framework, these barriers underline the need for strategic and context-specific support for

teachers to translate adult learning principles into effective technology integration (Paulus et al.,

2020).

The principles of Malcolm Knowles' Adult Learning Theory serve as a powerful guiding

framework for understanding the process of technology integration in education from the

perspective of teachers as adult learners (Almusharraf & Khahro, 2020; Merriam, 2001;

Yurtseven Avci et al., 2020). Recognizing the importance of self-direction, practical experience,

readiness to learn, problem-oriented learning, and internal motivation provides avenues to design

effective professional development programs for technology integration (Yurtseven Avci et al.,

2020). However, it is critical to be cognizant of the barriers that might hinder the application of

these principles (Almusharraf & Khahro, 2020). Overcoming these barriers will require a

commitment to continuous support, creating practical learning scenarios, fostering a culture of

experimentation and risk-taking, and aligning technology integration efforts with teachers' needs

and contexts (Almusharraf & Khahro, 2020; Ewing & Cooper, 2021). By doing so, it is possible

to create a conducive learning environment where teachers can transform their teaching practices

through the meaningful use of technology, ultimately benefiting the learners they serve

(Almusharraf & Khahro, 2020; Ewing & Cooper, 2021; Malureanu et al., 2021; Yurtseven Avci

et al., 2020).

Technology integration can be optimized when teachers are empowered to take charge of

their learning process (Picciano, 2021). This means moving away from one-size-fits-all

professional development programs towards more flexible and personalized learning experiences

(Ananga, 2020; Malureanu et al., 2021). For instance, the use of self-paced online learning

platforms, blended learning formats, and communities of practice can provide opportunities for

teachers to explore, learn, and reflect on their use of technology at their own pace and according

to their individual needs (Ananga, 2020; Paulus et al., 2020). Such approaches allow teachers to

experiment with technology tools, exchange ideas and experiences with their peers, and get

realtime feedback, all of which can enhance their competence and confidence in using

technology in their practice (Ewing & Cooper, 2021; Malureanu et al., 2021).

Professional development programs can leverage action research and reflective practice

approaches to foster teachers' learning about technology integration (Malureanu et al., 2021;

Merriam, 2001). In this process, teachers can be guided to identify problems or challenges in

their practice, explore potential technology solutions, implement these solutions, and reflect on

their impact (Cahapay & Anoba, 2021; Ching & Roberts, 2020; Malureanu et al., 2021). This

cycle of action and reflection not only makes learning more relevant and contextualized but also

fosters a deeper understanding of how technology can enhance teaching and learning (Ananga,

2020; Barton & Dexter, 2020). By doing so, teachers are not just passive recipients of

knowledge, but active agents in their learning, engaging in a process of inquiry and improvement

that is closely tied to their daily practice (Cooper et al., 2020).

An integral part of Knowles' Adult Learning Theory is the understanding that the

readiness to learn often comes when the learner acknowledges the relevance of the learning to

their life or work context (Merriam, 2001). In the case of teachers, readiness for technology

integration could be triggered by the acknowledgment of the changing educational landscape and

the potential role of technology in enhancing their instruction and students' learning outcomes

(Diep et al., 2019; Malureanu et al., 2021). Professional development programs that highlight the

role of technology in addressing contemporary educational challenges and its relevance in the

preparation of students for the 21st-century digital world could invoke such acknowledgment

(Diep et al., 2019; Malureanu et al., 2021; Paulus et al., 2020). This includes showcasing

successful case studies of technology integration, involving teachers in dialogues about the

future of education, and creating opportunities for them to experience the potential benefits of

technology-enhanced instruction firsthand (Diep et al., 2019; Paulus et al., 2020). However, care

must be taken to ensure that technology is presented not as a panacea for all educational

problems, but as a tool that, when used strategically and thoughtfully, can complement and

enhance existing teaching and learning practices (Barton & Dexter, 2020; Ewing & Cooper,

2021). By doing so, teachers' motivation and readiness to learn about and adopt technology can

be increased, paving the way for effective technology integration (Diep et al., 2019; Malureanu

et al., 2021).

Teacher Self-Efficacy

Teachers’ self-efficacy, as grounded in Albert Bandura's Social Cognitive Theory,

encapsulates a teachers’ conviction in their ability to successfully plan and implement strategies

required to navigate future pedagogical scenarios, including technology integration (Bandura,

1977). This potent belief system holds substantial sway over a teacher's attitude toward

technology, readiness to incorporate technology into their educational strategies, and resilience in

overcoming technological obstacles (Tschannen-Moran & Woolfolk Hoy, 2001). Self-efficacy

dramatically influences teachers' level of effort, tenacity towards obstacles, and resilience in

addressing technology-related difficulties, thus occupying a crucial position in orchestrating

successful technology integration into both teaching and learning environments (Tondeur et al.,

2017). Research suggests that higher levels of self-efficacy can foster a positive attitude toward

change and innovation, making teachers more willing to experiment with new technologies in

their classrooms (Choi et al., 2019; Yang, 2021). Additionally, enhancing teachers' self-efficacy

can lead to a more innovative and proactive approach to adopting technology, which is a critical

factor in transforming educational practices to meet the demands of the 21st century (Kozikoğlu,

2019).

Examining the role of teachers’ self-efficacy in the specific context of technology

integration reveals interesting dynamics. Teachers who exhibit high levels of self-efficacy

towards technology are more likely to integrate digital tools into their teaching and take risks

with new technologies (Kasalak & Dagyar, 2020; Tschannen-Moran & Hoy, 2001; Weißenfels et

al., 2022). This willingness to experiment can lead to the discovery of innovative teaching

strategies that leverage technology to enhance student learning outcomes (Choi et al., 2019;

Kozikoglu, 2019). Moreover, high self-efficacy can foster a growth mindset, encouraging

teachers to continually adapt and learn in the rapidly evolving landscape of educational

technology (Culp-Roche et al., 2021; Yang, 2021). Their confidence also influences their ability

to manage the complexities of technology, using it as a tool to facilitate collaborative,

studentcentered learning environments (Cataudella, 2021; Pellerone, 2021). Conversely, teachers

with lower self-efficacy may hesitate to use technology or use it in more traditional, teacher-

centered ways, rather than exploring the potential of technology to transform their teaching

practices (Pressley, 2021). Therefore, fostering teachers' technological self-efficacy can empower

them to move beyond merely using technology to replicating traditional teaching methods,

towards embracing the pedagogical changes that technology can enable (Taimalu & Luik, 2019).

Bandura (1997) emphasized the importance of recognizing that self-efficacy is not a fixed

trait but a dynamic construct that evolves over time and varies across different tasks and

contexts. Consequently, teachers' technology self-efficacy can be influenced and developed

through appropriate interventions and experiences (Culp-Roche et al., 2021; Taimalu & Luik,

2019). For instance, successful experiences with technology, or 'mastery experiences', are

considered the most effective way to build self-efficacy, as they provide authentic evidence of

capability (Tschannen-Moran, & Hoy, 2001; Yang, 2021). Providing teachers with opportunities

to experiment with technology in a safe and supportive environment, where they can learn from

both successes and failures, can enhance their self-efficacy beliefs (Ma et al., 2021). Similarly,

'vicarious experiences' or observing other teachers successfully integrating technology can also

increase self-efficacy, especially if the observer identifies closely with the model (Bandura,

1997). Thus, creating a collaborative culture where teachers can share their technology

integration practices and learn from each other can be a powerful strategy to boost technology

self-efficacy (Ma et al., 2021; Pressley, 2021).

Positive reinforcement in the form of 'verbal persuasion' or feedback can also bolster

teachers' self-efficacy (Bandura, 1997). For instance, constructive feedback from peers or

supervisors on their technology integration efforts can make teachers feel more competent and

confident (Tondeur et al., 2017; Yang, 2021). Fostering an environment that acknowledges and

celebrates the successful implementation of technology by teachers, thereby promoting a culture

of recognition and affirmation, can markedly bolster their self-efficacy. (Kasalak & Dagyar,

2020; Ma et al., 2021; Tschannen-Moran & Hoy, 2001). Moreover, this has a rippling effect,

inspiring other educators to experiment with technology integration (Kasalak & Dagyar, 2020;

Pellerone, 2021). Additionally, studies have shown that teachers' physiological and emotional

states can influence their self-efficacy (Kasalak & Dagyar, 2020; Ma et al., 2021; Pressley, 2021;

Pellerone, 2021; Taimalu & Luik, 2019; Yang, 2021). If teachers associate technology use with

positive emotions and reduced stress, they are more likely to feel efficacious (Tschannen-Moran,

& Hoy, 2001; Bandura, 1997). Introducing mindfulness and stress management practices into the

professional development structure can help alleviate technology-related anxiety and enhance

self-efficacy (Ma et al., 2021). Providing emotional support to teachers, especially when they are

facing challenges or experiencing anxiety about using technology, can contribute to improving

their self-efficacy (Weißenfels et al., 2022). Teachers’ self-efficacy is multi-faceted and

influenced by a range of factors, all of which need to be considered when designing professional

development programs or interventions aimed at fostering technology integration (Pressley,

2021; Culp-Roche et al., 2021).

The influence of teachers’ self-efficacy on technology integration also extends to their

interactions with students (Bandura, 1997; Tondeur et al., 2017). Research indicates that

teachers with high self-efficacy are more likely to foster positive learning environments that

encourage student autonomy, creativity, and critical thinking (Choi et al., 2019; Kozikoglu, 2019;

Weißenfels et al., 2022). Technology integration includes creating a student-centered classroom

where technology is used as a tool for active learning, problem-solving, collaboration, and

knowledge construction (Cataudella, 2021; Pellerone, 2021). Teachers with high selfefficacy can

better guide students in using technology safely and responsibly, contributing to their digital

citizenship (Kozikoğlu, 2019; Yang, 2021). Teachers with high self-efficacy in technology

integration often lead by example, modeling effective digital practices that students can emulate

in their own learning pursuits (Pressley, 2021; Culp-Roche et al., 2021). These teachers also tend

to demonstrate greater adaptability in meeting diverse learner needs, harnessing technology to

provide differentiated instruction and personalized learning opportunities (Taimalu & Luik,

2019; Ma et al., 2021). They set high learning expectations and standards, which can motivate

students to fully leverage technology resources for their learning (Tschannen-Moran & Hoy,

2001; Weißenfels et al., 2022). Teachers’ self-efficacy not only affects teachers' technology

integration practices but also shapes students' learning experiences and outcomes in a

technology-rich environment (Choi et al., 2019; Yang, 2021).

In today’s educational landscape where technology is continuously evolving, it’s

imperative for teachers to not only stay current with the latest technological tools but also to feel

confident in their ability to integrate these tools into their classroom practices (Pellerone, 2021;

Weißenfels et al., 2022; Yang, 2021). High self-efficacy can equip teachers to cope with these

rapid technological changes and instigate a proactive approach toward their professional growth

in the area of technology integration (Yang, 2021). Teachers’ self-efficacy functions as a

selfrenewing propellant that can drive lifelong learning and continual skill enhancement

(Kasalak & Dagyar, 2020; Yang, 2021). Teachers with high self-efficacy in technology are more

likely to independently seek out and participate in professional development opportunities,

network with other educators to exchange best practices, and stay abreast of emerging

technologies that could potentially enhance their pedagogy (Kasalak & Dagyar, 2020; Pellerone,

2021). This continuous learning attitude, fueled by self-efficacy, can ensure that teachers are not

left behind in the digital age but rather, are at the forefront of driving educational innovation

through technology integration (Weißenfels et al., 2022; Yang, 2021).

Teachers with a strong sense of self-efficacy regarding technology integration are often

regarded as change agents within their schools (Ma et al., 2021; Pressley, 2021). They tend to

influence and motivate their colleagues, fostering a community of practice that encourages

technology adoption and innovation (Ma et al., 2021). This influence extends to how the school

as a whole approach’s technology integration, shaping the culture and climate toward a more

digitally-inclusive and innovative environment (Kasalak & Dagyar, 2020; Pellerone, 2021).

Teachers, confident in their ability to navigate technological landscapes, are likely to take on

leadership roles in technology-related school initiatives, thus further propagating the successful

integration of technology across the curriculum (Cataudella et al., 2021; Pellerone, 2021). They

can provide peer coaching and mentoring, making significant contributions to the professional

development of their colleagues (Pellerone, 2021; Yang 2021). Additionally, their success stories

serve as potent testimonials that break down barriers of apprehension and resistance towards

technology, bolstering the collective self-efficacy of the staff (Yang, 2021). Thus, cultivating

high teachers’ self-efficacy in technology can be a strategic move to accelerate school-wide

technology adoption and innovative pedagogical practices (Ma et al., 2021; Pellerone, 2021;

Pressley, 2021).

The COVID-19 pandemic, with its seismic shift to remote and blended learning models,

has further underscored the importance of teachers’ self-efficacy in technology integration (Ma et

al., 2021; Pellerone, 2021; Pressley, 2021; Yang, 2021). As the need for technology-enabled

instruction became indispensable overnight, teachers with high self-efficacy in technology were

often better equipped to adapt to the new learning environment (Bahçivan et al., 2018;Ma et al.,

2021; Pressley, 2021). Their confidence in their ability to effectively use and troubleshoot

technology became instrumental in navigating the pedagogical challenges imposed by the

pandemic (Pressley, 2021). They were able to pivot seamlessly to online instruction, leveraging

various digital tools to maintain the continuity of learning (Cataudella et al., 2021). Moreover,

these teachers were more successful in creating engaging and interactive online learning

experiences for their students, minimizing the impact of the sudden transition on student learning

outcomes (Cataudella et al., 2021; Pellerone, 2021). Conversely, the pandemic significantly

challenged those with lower self-efficacy in technology, exacerbating feelings of stress, anxiety,

and inadequacy, which underscored the necessity of self-efficacy support structures during such

tumultuous periods (Cataudella et al., 2021).

The Role of Beliefs in Educational Technology Integration

When considering the integration of technology in education, it is essential to recognize

the profound influence of teachers' beliefs on this process (Bahçivan et al., 2018; Farjon et al.,

2019). Teacher beliefs encompass their attitudes and perceptions about teaching, learning, and

technology and can serve as facilitators or barriers to successful technology integration (Taimalu

& Luik, 2019; Nelson et al., 2019). These beliefs can impact a teacher's competency, willingness

to access technology, and overall experience with technological tools in the classroom (Farjon et

al., 2019). The COVID-19 pandemic brought these beliefs to the forefront, influencing the

adoption and usage of online learning technologies (Dong et al., 2020). Consequently,

understanding and addressing teacher beliefs is pivotal in the successful implementation of

educational technology, ensuring that the instructional technology is utilized effectively to

enhance teaching and learning experiences (Bahçivan et al., 2018; Tondeur et al., 2019).

Additionally, these beliefs can shape teachers' expectations of student abilities and how

effectively students can use technology as part of their learning process (Bedir, 2019). These

beliefs don't just catalyze the initial step of adopting technology in teaching but also fortify

teachers' long-term commitment to sustain its use in their instruction (Li et al., 2019).

Teacher beliefs can be broadly categorized into two types: pedagogical beliefs and technological

beliefs (Li et al., 2019). Pedagogical beliefs pertain to the teacher's perspectives on teaching and

learning, which are often ingrained during their initial teacher education and can be hard to

change (Tondeur et al., 2019; Nelson et al., 2019). These beliefs can significantly influence how

teachers perceive the role of technology in the classroom and the value they place on technology

integration (Farjon et al., 2019; Li et al., 2019). Teachers who hold constructivist beliefs,

favoring student-centered teaching methods, are often more receptive to technology integration

as they view technology as a tool that can foster active, collaborative, and personalized learning

(Li et al., 2019; Bedir, 2019). Such pedagogical perspectives dovetail effectively with their

technological beliefs, which pivot around their perceptions and attitudes toward technology itself

(Farjon et al., 2019). Their belief in their technological competency, also known as technological

self-efficacy, which can greatly influence their willingness to integrate technology (Kwon et al.,

2019). If teachers believe they lack the necessary skills or knowledge to use technology

effectively, they are less likely to attempt to integrate it into their teaching, even when provided

with access to resources and training (Farjon et al., 2019; Liu et al., 2020). Understanding these

two types of beliefs - pedagogical and technological - and how they interact, is crucial in

developing effective strategies for technology integration in education (Bahçivan et al., 2018;

Taimalu & Luik, 2019).

In the face of the dynamic educational landscape, it is vital for teacher beliefs to be

adaptable and flexible, especially with the rapidly evolving state of technology (Bahçivan et al.,

2018; Tondeur et al., 2019). The recent global shift to remote learning during the COVID-19

pandemic, for instance, underscored the need for teachers to reassess their pedagogical and

technological beliefs and adapt to the challenges of online instruction (Dong et al., 2020;

Khatoony & Nezhadmehr, 2020). This unprecedented situation necessitated a reevaluation of

long-held beliefs about the feasibility and effectiveness of online learning (Bernacki et al., 2020).

Some teachers who had previously been reluctant to integrate technology found that they could

effectively engage students and deliver instruction online (Khatoony & Nezhadmehr, 2020).

Teachers who had positive beliefs about technology but lacked sufficient training or resources

faced difficulties in adapting to the online learning environment (Bahçivan et al., 2018; Dong et

al., 2020). The transition highlighted the importance of not only fostering positive beliefs about

technology but also equipping teachers with the necessary skills and resources to enact these

beliefs (Szymkowiak et al., 2021). It reinforced the idea that teacher beliefs, while influential, are

just one piece of the puzzle in effective technology integration (Bernacki et al., 2020; Liu et al.,

2020).

Addressing the nuanced relationship between teachers' beliefs and technology integration

requires thoughtful strategies that foster conditions conducive to change (Tondeur et al., 2019;

Taimalu & Luik, 2019). One of the most effective avenues for this is through teacher education

and professional development programs (Tondeur et al., 2019; Bond & Bedenlier, 2019). These

programs must strive to do more than simply enhance technical proficiency; they must also

address and potentially reshape any entrenched beliefs that may hinder the full integration of

technology into teaching practices (Li et al., 2019; Bedir, 2019). By offering opportunities for

teachers to personally witness and appreciate the benefits of technology integration, such

programs can foster more positive attitudes and beliefs (Taimalu & Luik, 2019; Bond et al.,

2019). School leadership plays a critical role in influencing the school's culture and resource

allocation for technology integration, which indirectly shapes teachers' beliefs and attitudes

(Nelson et al., 2019; Liu et al., 2020). Nurturing a supportive environment that encourages

teachers to experiment, learn, and grow with technology can catalyze the evolution of their

beliefs, and ultimately, the successful integration of technology in education (Farjon et al., 2019;

Bond & Bedenlier, 2019).

Considering these considerations, the integration of technology in education is a complex

process, influenced by a myriad of factors (Farjon et al., 2019; Tondeur et al., 2019). Teacher

beliefs play a significant role, but they are intertwined with other elements such as technological

competence, access to resources, the school's culture and leadership, and the availability and

quality of professional development opportunities (Nelson et al., 2019; Kwon et al., 2019). As

educational technology continues to advance, it is critical to take a holistic approach that

considers all these factors (Bernacki et al., 2020; Liu et al., 2020). Therefore, to effectively

integrate technology into teaching and learning practices, efforts must be made to not only

develop teachers' technical skills but also to nurture positive and flexible pedagogical and

technological beliefs (Bond & Bedenlier, 2019; Granić & Marangunić, 2019). In doing so, we

can better equip teachers to harness the potential of technology and create meaningful learning

experiences for their students (Szymkowiak et al., 2021; Bond et al., 2019).

As the COVID-19 pandemic transforms education, teachers are becoming vital agents in

mediating the relationship between students and technology (Cataudella et al., 2021; Culp-Roshe

et al., 2021). It's therefore imperative to explore teachers' beliefs about technology from a fresh

perspective (Khatoony &Nezhadmehr, 2020). A teacher's confidence in navigating technology,

shaped by their technological self-efficacy, heavily influences the meaningful integration of

technology into their curriculum (Kwon et al., 2019; Li et al., 2019). In line with this, teacher

education and professional development programs should include components designed to

bolster teachers' technological self-efficacy, making them not just technology users but

technology leaders (Tondeur et al., 2019; Bond & Bedenlier, 2019). This leadership can inspire

students, fostering a sense of curiosity and adaptability toward technology that mirrors their

teachers' attitudes (Li et al., 2019). Moreover, teachers with a high level of technological

selfefficacy can encourage students to leverage technology as an active tool for learning,

promoting the development of digital literacy and critical thinking skills (Li et al., 2019; Bedir,

2019). Teachers’ technological beliefs not only shape their teaching strategies but also

significantly influence student outcomes in the digital era (Nelson et al., 2019; Liu et al., 2020).

The COVID-19 pandemic presented an unforeseen challenge to teachers worldwide,

requiring a sudden shift to online learning (Dong et al., 2020; Bernacki et al., 2020). This

situation spotlighted the role of teachers' beliefs in shaping the integration of technology into

instruction (Szymkowiak et al., 2021). For some teachers, the necessity of using digital platforms

for remote teaching resulted in a positive change in their attitudes toward technology,

challenging long-held beliefs about the effectiveness of online learning and fostering a deeper

appreciation for its potential (Khatoony & Nezhadmehr, 2020). However, for others, the

transition illuminated gaps in their technological competency, exacerbating their anxieties about

technology use and posing barriers to effective teaching (Dong et al., 2020). The transition

underscored the importance of technological self-efficacy and how it influences the success of

rapid technology integration, particularly in crisis situations (Cataudella et al., 2021). The

pandemic made it clear that fostering adaptable and resilient beliefs about technology among

teachers is crucial to navigating the evolving landscape of education (Liu et al., 2020; Bernacki

et al., 2020). It served as a powerful reminder that teacher education and professional

development programs need to continually focus on enhancing technological self-efficacy and

ensuring teachers are equipped with the skills to adapt to changing technological demands

(Cataudella et al., 2021; Ma et al; Pressley, 2021).

Professional Development and Adult Learning

In the field of education, professional development is an invaluable tool that cultivates

the growth of teaching skills and practices, and the digital revolution has increasingly prompted a

shift toward online professional development programs (Bragg et al., 2021; Powell & Bodur,

2019). These programs are devised to enrich teachers with the requisite knowledge, skills, and

attitudes that facilitate effective instruction within a perpetually evolving educational setting

(Ovcharuk et al., 2022; Ramos et al., 2022). The design and execution of online professional

development programs, however, require meticulous planning to accommodate the diverse needs

and preferences of adult learners (Curran et al., 2019). In the context of integrating technology

into teaching and learning, the challenge intensifies due to the broad spectrum of teacher beliefs,

pedagogical strategies, and varying levels of technological proficiency (Bragg et al., 2021; Diep

et al., 2019). Admittedly, successful professional development programs must extend beyond

mere knowledge transfer; they must also consider how adult learners' perceptions of self-directed

learning and their usage of digital technology influence the learning process (Curran et al.,

2019). Furthermore, these programs must strive to build a bridge between pedagogical theory

and practice, ultimately leading to transformative changes in teachers' instructional methods, and

fostering an environment conducive to the effective application of technology in education

(Allen et al., 2022; Martin et al., 2019).

While professional development programs provide an avenue for teacher learning and

growth, understanding how adult learners perceive and utilize these opportunities is crucial

(Curran et al., 2019). Adult learners often exhibit a heightened desire for self-directed learning

and autonomy in their educational pursuits, a factor that professional development programs

must account for (Allen et al., 2022). Digital technology is frequently used to support

selfdirected learning, offering adult learners’ flexible access to resources and allowing them to

customize their learning trajectories (Curran et al., 2019; Diep et al., 2019). However, the

successful use of digital technology by adult learners is dependent on several factors, such as

their comfort level with the technology, its ease of use, and its perceived relevance to their

professional development (Diep et al., 2019; Ovcharuk et al., 2022). Therefore, the design of

professional development programs should carefully consider how digital tools and platforms

can support self-directed learning while also being accessible, user-friendly, and aligned with

teachers' professional growth needs (Shamir-Inbal & Blau, 2022).

While adult learners' perceptions and utilization of technology play a crucial role in their

learning process, it's equally important to examine the design and delivery aspects of online

professional development (Bragg et al., 2021). Research suggests that successful programs often

incorporate interactive, collaborative learning experiences, which foster a sense of community

among learners and enhance knowledge construction (Powell & Bodur, 2019; Chaipidech et al.,

2022). Such programs also tend to leverage technology to facilitate engagement and

participation, utilizing multimedia resources, discussion forums, real-time feedback, and other

digital tools (Bragg et al., 2021; Ramos et al., 2022). Furthermore, they often incorporate

personalized learning strategies to cater to the diverse needs, preferences, and competency levels

of adult learners (Diep et al., 2019; Chaipidech et al., 2022). This adaptability is key to

promoting an inclusive learning environment that resonates with all participants and propels their

professional growth (Bragg et al., 2021; Chaipidech et al., 2022). The thoughtful integration of

these design elements is essential for fostering a meaningful and effective online professional

development experience (Bragg et al., 2021; Chaipidech et al., 2022; Ramos et al., 2022).

Teacher engagement in professional development is not a one-size-fits-all process; it

evolves dynamically, influenced by various personal and contextual factors (Yoon & Kim, 2022).

These may include socio-demographic characteristics, self-efficacy beliefs, job satisfaction, and

the developmental stage in their teaching career (Yoon & Kim, 2022). The recognition of these

factors is essential when designing and delivering professional development programs (Diep et

al., 2019; Yoon & Kim, 2022). Taking a one-size-fits-all approach can lead to disengagement or

ineffective learning, as it fails to address individual differences and specific needs among adult

learners (Allen et al., 2022; Diep et al., 2019). Hence, professional development initiatives

should incorporate differentiated strategies to cater to the distinct learning needs of different

subgroups of teachers (Allen et al., 2022; Martin et al., 2019). Such an approach would improve

the relevance of the learning experience for individual teachers and increase the likelihood of

meaningful application in their teaching practice (Martin et al., 2019; Yoon & Kim, 2022).

Adult learning theories are crucial for professional development, as their application can

significantly enhance the effectiveness of learning among teachers (Allen et al., 2022). Such

theories posit that adult learning is most effective when it is problem-centered, contextually

relevant, and leverages the existing experiences of learners (Allen et al., 2022; Schmidt-Lauff &

Bergamini, 2022). These theories suggest that professional development programs should

address practical teaching challenges and encourage teachers to draw on their professional

experiences in the learning process (Allen et al., 2022; Huet & Casanova, 2022). This approach

can facilitate a deeper understanding of the concepts and practices being learned and can foster a

stronger link between theory and practice (Huet & Casanova, 2022). Incorporating opportunities

for reflective practice within the professional development process can facilitate the integration

of new learning with existing knowledge and practice and enhance the transformation of

teaching practice (Martin et al., 2019; Schmidt-Lauff & Bergamini, 2022). By applying these

principles of adult learning, professional development programs can better support teachers in

their ongoing learning journey and enhance the effectiveness of their instructional practices in a

technology-integrated classroom (Allen et al., 2022; Martin et al., 2019).

With the incorporation of adult learning principles, the integration of digital tools in

professional development takes on additional dimensions (Allen et al., 2022; Diep et al., 2019;

Schmidt-Lauff & Bergamini, 2022). Digital tools not only provide flexible access to learning

materials, but also present opportunities for collaborative learning and the co-creation of

knowledge, aspects that align with the active, collaborative, and constructive nature of adult

learning (Bragg et al., 2021; Ovcharuk et al., 2022; Shamir-Inbal & Blau, 2022). The benefits of

digital tools are especially evident in instances where technology facilitates video-supported

collaborative learning, enabling professional development to extend beyond traditional

boundaries and offering a platform for teachers to share, reflect upon, and learn from each other's

practices (Ramos et al., 2022). Digital tools can provide teachers with immediate and interactive

feedback, further bolstering their learning process (Powell & Bodur, 2019). Therefore,

effectively utilized, digital tools can enhance the professional development of teachers, fostering

an environment conducive to adult learning and transformative changes in teaching practices

(Shamir-Inbal & Blau, 2022).

The unprecedented global shift to remote teaching and learning caused by the COVID-19

pandemic has highlighted the acute necessity for well-designed online professional development

programs (Bragg et al., 2021; Powell & Bodur, 2019). As teachers had to quickly adapt to a new

educational paradigm, the demand for training in digital pedagogy, online engagement strategies,

and technical troubleshooting surged (Allen et al., 2022; Shamir-Inbal & Blau, 2022).

Simultaneously, educators' experiences with technology, their pedagogical beliefs, and their

selfefficacy greatly influenced their adaptation to these challenges (Diep et al., 2019; Ovcharuk

et al., 2022). The professional development offered during this time needed to be highly

individualized, allowing teachers to navigate their unique challenges and build on their

individual strengths and competencies (Ramos et al., 2022; Yoon & Kim, 2022). Additionally,

the need for community and collaboration was heightened, as teachers sought to share

experiences, strategies, and support each other in a landscape of common challenges (Martin et

al., 2019; Schmidt-Lauff & Bergamini, 2022). Professional development programs that were

contextual, problem-centered, and based on real-life teaching experiences proved particularly

effective in supporting teachers during this difficult transition (Allen et al., 2022; Huet &

Casanova, 2022). The COVID-19 pandemic, while fraught with challenges, underscored the

potential of digital tools to facilitate meaningful professional development and the critical role of

adult learning principles in navigating times of rapid change and uncertainty (Bragg et al., 2021;

Ramos et al., 2022).

The COVID-19 pandemic created a unique opportunity to reassess and recalibrate the

design and implementation of online professional development programs (Chaipidech et al.,

2022; Shamir-Inbal & Blau, 2022). Learnings from the experience of navigating the crisis can be

applied to enhance the resilience and adaptability of these programs in the face of future

uncertainties (Allen et al., 2022; Ovcharuk et al., 2022). Notably, the emphasis on flexible and

individualized learning paths, which proved critical during the pandemic, should be retained and

further developed (Diep et al., 2019; Shamir-Inbal & Blau, 2022). Moreover, technology's

potential to facilitate collaborative learning and the co-creation of knowledge has been

underscored and provides a promising avenue for future development in professional learning

(Ramos et al., 2022; Bragg et al., 2021). As educators worldwide continue to integrate

technology into their instructional methods, ongoing research and feedback are essential to

continuously refine these professional development programs (Bragg et al., 2021). The ongoing

feedback ensures they remain responsive to evolving needs and are positioned to effectively

support the teachers they serve, fostering an environment conducive to ongoing learning and

transformative change in teaching practices (Martin et al., 2019; Yoon & Kim, 2022).

The onset of the COVID-19 pandemic necessitated rapid and extensive shifts in

education, amplifying the role of professional development in fostering adult learning

competencies, particularly in the digital realm (Allen et al., 2022; Diep et al., 2019). Adult

learning theories, with their emphasis on self-directed and experiential learning, proved

invaluable as educators worldwide grappled with transitioning to online teaching (Schmidt-Lauff

& Bergamini, 2022; Huet & Casanova, 2022). Professional development programs responded by

ramping up support for digital pedagogy, encouraging teachers to draw on their experiences,

experiment with new technologies, and engage in reflective practice in an online environment

(Martin et al., 2019; Yoon & Kim, 2022). This situation underscored the transformative potential

of technology-integrated professional development when aligned with principles of adult

learning, fostering resilience and adaptability among educators in a rapidly evolving educational

landscape (Allen et al., 2022; Shamir-Inbal & Blau, 2022).

Barriers to Technology Integration and Adult Learning

Despite the multitude of opportunities that technology integration affords in adult

learning and professional development, it's important to acknowledge and address the potential

barriers that may hinder successful adoption (Valtonen et al., 2022). These barriers can be

multifaceted and complex, encompassing personal, contextual, and systemic factors (Bedir,

2019; Schmitz et al., 2022). Personal barriers often stem from teachers' beliefs, attitudes, and

perceived competencies concerning technology use in education (Bowman et al., 2022).

Contextual barriers may arise from the learning environment itself, such as access to resources,

institutional support, and the quality of available professional development opportunities (Bedir,

2019; Gonzales et al., 2022). Systemic barriers, on the other hand, relate to broader issues like

policy decisions, infrastructure availability, and societal norms (Valtonen et al., 2022).

Understanding these barriers is crucial for designing strategies and interventions to mitigate their

impact and promote the successful integration of technology in adult learning and professional

development (Bowman et al., 2022).

Personal Barriers

Personal barriers to technology integration are often deeply rooted in individual beliefs

and attitudes, which may influence teachers' willingness and confidence to adopt and effectively

use technology in their practice (Bowman et al., 2022). These barriers can include a lack of

selfefficacy in using technology, resistance to change, or the belief that traditional teaching

methods are superior (Bedir, 2019; Farjon et al., 2019; Lai et al, 2022). Furthermore, teachers'

perception of the relevance and applicability of technology to their teaching contexts can also act

as a barrier (Akhter et al., 2022). Teachers that perceive technology as adding to their workload

without clear benefits may be less inclined to integrate it into their practice (Bowman et al.,

2022). Similarly, uncertainty or lack of clarity about the expectations and responsibilities

associated with technology use can lead to reluctance and resistance (Draxler-Weber et al.,

2022). Addressing these personal barriers requires concerted efforts to shift beliefs and attitudes,

increase self-efficacy, and establish clear expectations about the role and benefits of technology

in teaching and learning (Bowman et al., 2022; Lai et al., 2022).

Structural Barriers

Structural barriers within the educational system often significantly impede technology

integration (Schmitz et al., 2022). These can include insufficient technology infrastructure,

inadequate technical support, and a lack of time for teachers to learn and experiment with new

technologies (Bastos et al., 2022; Draxler-Weber et al., 2022). In many cases, despite having

access to technology, teachers may lack reliable internet connections or necessary hardware,

which can severely limit their ability to integrate technology into their teaching practice

(Gonzales et al., 2022; Qazi et al., 2022). Furthermore, without ongoing technical support,

teachers may struggle to troubleshoot problems or update their technology skills, which can

discourage their use of technology (Schmitz et al., 2022). The pressure of the demanding

teaching workload often leaves little room for the extra time needed to explore and integrate

technology effectively into teaching and learning (Bastos et al., 2022). Therefore, to overcome

these structural barriers, there is a need for well-resourced and sustained support at the

institutional level (Schmitz et al., 2022; Draxler-Weber et al., 2022).

Pedagogical Barriers

Pedagogical barriers are also pivotal when discussing obstacles to technology integration

in education (Valtonen et al., 2022; Qazi et al., 2022). These barriers are rooted in teachers'

pedagogical beliefs and their knowledge and understanding of how to effectively incorporate

technology into teaching and learning processes (Lai et al., 2022). Teachers may understand how

to use technology in isolation but integrating it into their pedagogy in a way that enhances

learning can be a significant challenge (Valtonen et al., 2022; Tomé & Coelho, 2023). In some

instances, teachers may revert to traditional teaching approaches when using technology, thereby

missing opportunities to leverage the transformative potential of digital tools for learning

(Valtonen et al., 2022). Therefore, it is important to focus on technical skills and the development

of teachers’ Technological Pedagogical Content Knowledge (TPACK), which is the interplay of

technology, pedagogy, and content in educational contexts (Lai et al., 2022). Overcoming

pedagogical barriers, therefore, requires targeted professional development and ongoing support

that helps teachers to understand and apply the principles of effective technology integration into

their pedagogy (Tomé & Coelho, 2023; Qazi et al., 2022).

Socio-cultural Barriers

Alongside personal, structural, and pedagogical barriers, socio-cultural barriers can also

impact the integration of technology into teaching and learning processes (Shagiakhmetova et al.,

2022). These include the norms, values, and attitudes toward technology present within the

school culture, community, or wider society that can either facilitate or hinder technology

adoption (Lai et al., 2022). For instance, a school culture that emphasizes traditional teaching

methods and does not value the use of technology can act as a significant barrier

(Shagiakhmetova et al., 2022). Societal attitudes toward technology, including concerns about

screen time, privacy, or the digital divide, can also impact teachers' willingness and ability to

integrate technology (Gan & Sun, 2022; Klosky et al., 2022). Overcoming socio-cultural barriers

requires a shift in attitudes and values towards technology at multiple levels, from the individual

teacher to the school, community, and society at large (Bastos et al., 2022). This might involve

strategies such as fostering a supportive school culture, involving parents and the community in

technology initiatives, and addressing broader societal concerns about technology use (Gan &

Sun, 2022; Shagiakhmetova et al., 2022).

Training and Development Barriers

Training and development barriers often represent a critical bottleneck in the process of

technology integration in education (Haleem et al., 2022; Qazi et al., 2022). Often, teachers

receive inadequate training on how to use digital tools or are not provided with training that is

customized to their unique needs and contexts (Draxler-Weber, Voigt, & Blömer, 2022).

Moreover, professional development opportunities may not adequately address the principles of

adult learning, which emphasize the importance of self-directed and experiential learning,

relevance to professional practice, and opportunities for collaboration and reflection (Bowman et

al., 2022; Bastos et al., 2022). Without effective, ongoing, and contextually relevant training,

teachers may struggle to understand and adapt to the rapid pace of technological change,

hindering their ability to integrate technology effectively into their teaching practice (Haleem et

al., 2022; Qazi et al., 2022). Therefore, it is essential that professional development efforts be

designed with an understanding of the unique needs and contexts of adult learners, and with a

focus on building not just technical skills, but also pedagogical understanding and the capacity

for ongoing learning and adaptation (Bowman et al., 2022; Bastos et al., 2022).

Summary

This research is deeply rooted in the exploration of adult learning theory and its

intersection with technology integration, examining the integral role educators play in shaping

and implementing the digital learning landscape (Allen et al., 2022; Merriam, 2001;

SchmittLauff & Bergamini, 2022). Adult learning theory posits that adults learn most effectively

when learning is self-directed, experiential, and relevant to their context (Merriam, 2001). These

principles align with the opportunities that technology integration brings to the table - offering

flexible access to resources, opportunities for collaborative learning, and platforms for the

cocreation of knowledge (Ananga, 2020; Barton & Dexter, 2020; Diep et al., 2019; Yurtseven

Avci et al., 2020). Technology becomes a tool that fosters autonomy, allows educators to

leverage their experiences, and facilitates learning that is immediately applicable to their

teaching practice

(Ananga, 2020; Ching & Roberts, 2020; Paulus et al., 2020; Taghizadeh & Hasani Yourdshahi,

2020; Yurtseven Avci et al., 2020).

The research further underscores the significance of teachers’ self-efficacy in successful

technology integration (Choi et al., 2019; Kasalak & Dagyar, 2020; Tschannen-Moran & Hoy,

2001; Weißenfels et al., 2022; Yang, 2021). Teachers’ self-efficacy - the belief in one's capability

to perform specific teaching tasks effectively - significantly influences teachers' willingness to

adopt and integrate technology (Bandura, 1977; Choi et al., 2019; Kasalak & Dagyar, 2020;

Yang, 2021). From the perspective of adult learning theory, higher self-efficacy tends to align

with a proactive, self-directed approach toward learning (Ma et al., 2021; Merriam, 2001;

Pressley, 2021; Taimalu & Luik, 2019). Educators with higher self-efficacy are often more

equipped to navigate the complexities of technology use, actively seeking solutions to challenges

and experimenting with novel pedagogical strategies bolstered by technology (Kasalak &

Dagyar, 2020; Ma et al., 2021; Tschannen-Moran & Hoy, 2001; Weißenfels et al., 2022; Yang,

2021).

The role of beliefs in technology integration also plays a substantial part in this study.

Teachers' beliefs about teaching, learning, and technology considerably shape their decisions to

adopt technology (Farjon et al., 2019; Li et al., 2019; Nelson et al., 2019; Taimalu & Luik, 2019).

From an adult learning perspective, these beliefs are often a product of accumulated professional

experiences (Bedir, 2019; Farjon et al., 2019; Li et al., 2019; Merriam, 2001; Nelson et al.,

2019). Positive beliefs about technology can lead to a greater willingness to integrate technology

into teaching, fostering a transformative learning environment (Bedir, 2019; Farjon et al., 2019;

Li et al., 2019; Liu et al., 2020). Conversely, negative beliefs can serve as a hindrance,

undermining technology's potential to enhance learning (Bedir, 2019; Farjon et al., 2019; Li et

al., 2019; Liu et al., 2020; Szymkowiak et al., 2021).

Professional development, in alignment with adult learning theory, is highlighted as a

critical mechanism to equip teachers with the knowledge and skills necessary for effective

technology integration (Bragg et al., 2021; Ovcharuk et al., 2022; Powell & Bodur, 2019).

Professional development programs designed with adult learning principles in mind not only

enrich teachers' pedagogical repertoire but also promote an inclusive learning environment,

resonating with teachers' varied needs, preferences, and competency levels (Allen et al., 2022;

Curran et al., 2019; Diep et al., 2019). The COVID-19 pandemic's impact further accentuated the

importance of these programs, signaling a need for robust initiatives that can swiftly respond to

changes in the educational landscape (Huet & Casanova, 2022; Ramos et al., 2022; Yoon &

Kim, 2022).

Finally, the literature shows that barriers to instructional technology integration and adult

learning are bolstered by a lack of technological resources, inadequate training, and negative

attitudes toward technology (Draxler-Weber et al., 2022; Schmitz et al., 2022; Qazi et al., 2022).

Overcoming these barriers requires an understanding of adult learners' characteristics and needs

(Bastos et al., 2022; Lai et al., 2022; Shagiakhmetova et al., 2022. The research suggests a

comprehensive approach that incorporates improvements in infrastructure, promotes digital

literacy, and encourages technology design centered around accessibility and user-friendliness

(Bastos et al., 2022; Bowman et al., 2022; Haleem et al., 2022; Qazi et al., 2022). The researcher

aims to augment the existing body of literature on instructional technology integration in the

context of the COVID-19 pandemic, with the potential to inform and shape effective,

forwardthinking strategies for integrating technology in education in the future.

CHAPTER THREE: METHODS

Overview

The purpose of this transcendental phenomenological study is to describe the lived

experiences of secondary teachers who have undergone rapid instructional technology turnover

in the transition from a traditional classroom environment to a digital secondary classroom

during the COVID-19 pandemic in an urban area in southeast Georgia. The educator experiences

were defined as perceptions and beliefs of teachers towards new technology entering the

classroom. The theory guiding the researcher is Knowles’s adult learning theory (1968) as it is

related to the experiences of secondary teachers’ motivations, beliefs, and past experiences and

the perceived impact on the implementation of instructional technology into classroom routines.

This chapter identifies the study’s design, research questions, setting, participants, procedures,

researcher’s role, data collection, data analysis, trustworthiness, and ethical considerations taken

by the study.

Research Design

This qualitative study utilizes transcendental phenomenological research design to

describe the lived experiences of secondary teachers’ involvement in instructional technology

integration and their experiences' perceived impact on the technology's assigned significance.

The lived experiences of secondary teachers’ participation in instructional technology integration

are a phenomenon that can be observed but not measured quantitatively leading to the selection

of a qualitative research method. Qualitative research utilizes multiple approaches, such as

interviews, documentation, and a focus group to understand social phenomena through the

participants' lived experiences (Moustakas, 1994). I approached this research with assumptions

and used the theoretical framework guiding this study to assess the meanings that participants

articulate from their experiences. Utilizing a qualitative research approach allowed me to address

a gap in the literature on the rapid integration of instructional technology and its impact on

secondary teachers’ perceptions of instructional technology. The desire was for implications of

best practices to be drawn from these experiences and a better understanding of potential

supports that could benefit schools as they implement instructional technology into classrooms.

The study utilized a phenomenological design approach as outlined by Moustakas, (1994)

to provide a voice for the lived experiences of secondary teachers who have participated in

instructional technology integration. This approach is favored due to its inherent capacity to

capture the essence of subjective human experiences in all their richness and complexity. By

focusing on the participants' personal narratives, it aims to understand the phenomena from their

unique perspectives, thereby adding depth and context to our understanding of instructional

technology integration (Moustakas, 1994). The phenomenological design approach is also

chosen for its potential to reveal nuances, inconsistencies, and paradoxes within these lived

experiences, which often remain hidden in more conventional, quantitative research designs

(Moustakas, 1994). In essence, the phenomenological design allows for deeper insights into the

authentic experiences, emotions, perceptions, and motivations of secondary teachers as they

navigate through the process of instructional technology integration.

A transcendental phenomenological design was selected to capture the wholeness of the

lived experience rather than the objects or parts (Moustakas, 1994). This design choice centers

on the intention to deliver a comprehensive account of participants' experiences with

instructional technology integration, without the potential influence of the researcher's

preconceived notions or biases. According to Moustakas (1994), transcendental phenomenology

is an approach that attempts to eliminate everything that could be interpreted as preexisting

judgment to create a state of openness to capture the habits of the natural world or everyday

experiences. The thoughts and intents of a phenomenon’s participants are the focal point of

transcendental phenomenology (Moustakas, 1994). By utilizing the transcendental

phenomenological design, the researcher aimed to shed light on the lived experiences of

secondary teachers in their pursuit of instructional technology integration, thereby unveiling

insights that are deeply rooted in their personal perspectives and narratives.

This research design stems from the philosophical tradition of phenomenology, which has

roots in the works of Edmund Husserl (Moustakas, 1994). Transcendental phenomenology,

developed by Husserl in the early 20th century, emphasizes the exploration of phenomena from

the perspective of the individual's own consciousness (Moustakas, 1994). According to

Moustakas, the design incorporates the processes of epoché, phenomenological reduction,

imaginative variation, and the synthesis of meanings and essences, enabling the exploration of

diverse experiences associated with a particular phenomenon.

Research Questions

Listed below are the central research question and three related sub-questions that serve

as a guide for the study. The information gathered in the methods of data collection was aligned

to these questions for the purpose of reporting findings in the following chapters.

Central Research Question

What are the perceptions and experiences of secondary school teachers when integrating

instructional technology into their classroom practices?

Sub-Question One

How do secondary school teachers perceive the effectiveness of instructional technology

in enhancing student engagement and learning outcomes?

Sub-Question Two

What challenges do secondary school teachers encounter when incorporating

instructional technology into their classroom routines?

Sub-Question Three

How do secondary school teachers' attitudes and beliefs towards instructional technology

influence their adoption and implementation in the classroom?

Setting and Participants

In the realm of qualitative research, scholars immerse themselves in real-life settings to

dissect and comprehend the intricacies of societal issues (Busetto et al., 2020). This approach,

rather than just answering questions or recording events, dives deep into the human experiences,

exploring their manifold dimensions (Biddix, 2018; Creswell & Creswell, 2018). The aim is not

merely to observe but to understand, shedding light on the significance of experiences within

cultural groups (Gerber et al., 2017; Gill & Baillie, 2018). Consequently, the setting of this study

has been purposefully chosen, residing in the heart of the phenomenon being explored. The study

focuses on the lived experiences of secondary teachers during the transition to a digital

classroom setting. In alignment with the recommendations of Creswell and Poth (2018), the

research relies heavily on the perspectives of the participants, with interviews being the primary

source of data collection. Pseudonyms are used to safeguard the anonymity of the secondary

teacher participants involved. Their narratives offer crucial insights into how rapid instructional

technology turnover in the transition from a traditional to a digital secondary classroom impacts

their teaching practices and beliefs.

Site

An urban high school was selected from a location in southeast Georgia with a population

of 147,780 according to the U.S. Census Bureau (2020). The high school currently serves 773

students with a 12 to 1 student-teacher ratio. The racial breakdown for the school is 88.5%

African American, 5% White, 3.6% Hispanic, and 2.2% Asian, and .7% other. Seventy three

point two percent of students that attend the school receive free or reduced lunch, and the school

is currently ranked 340th out of the 438 public high schools in the state of Georgia. The school

operates on a semester system, with students taking four 120-minute classes per semester with

two instructional semesters in a year. The school is one of 16 high schools located in the

Champaign metropolitan area and is in an economically disadvantaged community. The school is

overseen by a local school board and county officials with a standards internal organizational

structure which allows for one assistant principal per four hundred students. Due to the recent

pandemic, the school has been functioning utilizing a distance learning model with students

attending classes through online mediums (Georgia School Reports, 2020).

An urban high school was chosen for the recent conversion to a distance learning model

and the subsequent implementation of various instructional technologies to assist teachers with

distance learning. The alteration has caused the teachers to utilize instructional technology to

facilitate an online learning environment. While teachers are incorporating multiple distance

learning and instructional technologies, only a few were presented to the staff for training

purposes. Further changes were made as new instructional technology was made available to

teachers as it became clear that the distance model would be longer than originally desired.

While instructional technology was being deployed, little to no training was provided on how to

incorporate the technology into classroom routines. This inconsistency in teacher preparation has

presented the perfect environment for this qualitative study.

Participants

In a transcendental phenomenological study, the focal points are the experiences,

thoughts, and intents of participants who experienced the phenomenon (Moustakas, 1994). I used

criterion sampling to determine participants in order to focus on the phenomenon. Participants in

this study were from both core and elective content areas who taught during the COVID-19

transition with a minimum of three years of teaching prior to the phenomenon. Twelve

participants were chosen based on their potential to enhance comprehension of the study's

research problem and overarching phenomenon (Creswell and Poth 2018). All participants for

this study were state-certified teachers who worked at the site from January 2020 to December

2021 and participated in the transition to a distance learning module due to the COVID-19

pandemic. I used maximum variation sampling to ensure diversity in gender, age, and ethnicity

(Creswell and Poth 2018).

Researcher Positionality

As a qualitative researcher and seasoned educator, I approached this study with a unique

blend of knowledge, curiosity, and deep personal investment. Over my twenty-year career, my

lived experiences in the education sector have significantly shaped my beliefs about the power

and potential of teaching and learning, thus, influencing my perspective toward this research

(Patton, 2015). The central goal of this study was derived from observations and discussions with

teachers about how instructional technology was constantly being installed in the classroom. My

observations noted that while the instructional technology was being deployed into classrooms,

teachers received little training on how to best utilize the technology to improve student

performance. Moreover, the drive to utilize instructional technology was often abandoned in

favor of a new initiative. This constant bombardment of instructional resources appeared to have

a negative effect on teachers, who seemed to adopt a negative connotation towards new

technology. These observations coupled with my current studies into adult education and

instructional technology led to the formation of this study to discern the impact this phenomenon

has on the educational process. I am driven by the motivation to understand and provide insights

that could have implications for future disruptions in the education sector. This research is further

enriched by my set of philosophical assumptions that underpin and guide my investigation.

Interpretive Framework

The interpretive framework of social constructivism guides this research, which resonates

with my years of experience as an educator and my current pursuit as a researcher. As delineated

by Creswell and Poth (2018), social constructivism encourages an individual to seek and

interpret the world they inhabit and the professional sphere they navigate. Having donned

multiple hats within the education system—as a student, teacher, and now a researcher—I lean

on the framework of social constructivism to explore and understand the nuanced experiences of

secondary teachers dealing with rapid instructional technology turnover.

Social constructivism illuminates the subjective meanings formed by individuals based

on their experiences. In the context of this study, social constructivism helps to uncover the

manifold realities associated with the phenomenon of instructional technology turnover

(Creswell & Poth, 2018; Egbert & Sanden, 2018). Social constructivists perceive learning as a

byproduct of interactions within the environment and as a cognitive reconstruction process

sparked by self-discovery (Warin et al., 2011; Ahlin, 2017). This paradigm resonates with my

study's focus on teachers' interactions with new instructional technology and their evolving

teaching practices, beliefs, and experiences. As the research unfolds, I aim to reflect on and

incorporate these subjective experiences and interpretations, acknowledging my own biases

while aiming for an authentic representation of the participants' perspectives.

Philosophical Assumptions

As a qualitative researcher, my perspective and approach to the study are inherently

shaped by specific philosophical assumptions. These assumptions serve as the lens through

which I perceive the world and subsequently frame my research. The three key philosophical

dimensions that underpin my outlook are ontological, epistemological, and axiological. These

dimensions not only guide my research decisions but also inform the methods I employ to gather

and interpret data. These assumptions aid in ensuring that my research remains congruent with

my foundational beliefs and values.

Ontological Assumption

The ontological assumption pertains to the conception of reality and its nature (Creswell

& Poth, 2018). This assumption grants authenticity and tangibility to the data through the

emergence of themes. Given the subjective nature of human experience, interpretations of data

and outcomes can vary among individuals. Grounded in my faith, my primary ontological

standpoint posits that a singular reality exists, which is the reality as shaped by God. In this

world, no one but God is perfect, and people perceive the world through their imperfections,

which results in a myriad of perceived individual realities. As a researcher, I recognize and

respect the diversity of realities presented by the individuals participating in the study,

considering these multiple perspectives as a pathway to a richer understanding of the

phenomenon under study.

Epistemological Assumption

The epistemological assumption is concerned with what constitutes knowledge, how such

knowledge claims are validated, and the association between the research subject and the

researcher (Creswell & Poth, 2018). This assumption in the realm of qualitative research compels

the researcher to develop a close relationship with the study participants. Within the context of

this study, my epistemological stance holds that participants' detailed descriptions of their

experiences are the fundamental sources of knowledge. I pursued qualitative research techniques

to collect and evaluate data, making an effort to lessen the gap between myself and the

participants, thereby gaining a profound comprehension of their experiences to accurately

portray them. On a broader scale regarding my epistemological assumption, I subscribe to a

Biblical worldview and believe that the primary route to truth is of spiritual origin. As a

researcher, the closer I am to my subjects, the more detailed and accurate the knowledge base

obtained. In this study, I am a peer among the participants, holding no authoritative role over the

participating teachers.

Axiological Assumption

The axiological assumption in qualitative research is associated with the recognition and

acknowledgment of the values that researchers bring to the study (Creswell & Poth, 2018). My

axiological assumptions are founded in my years of teaching and a lifetime spent in the

educational realm. From this, I hold fast to a value system that asserts each student is entitled to

an education and that certain core tenets such as leadership, community, and personal

responsibility are integral to the learning process. Drawing from my extensive experience as an

educator, I have formed viewpoints concerning the roles and duties of both teachers and students.

I hold a firm belief in the power of education and advocate for the universal right to education.

As a researcher from a Christian background, my values and biases inevitably influence the

interpretation and explanation of the data. Thus, it is of utmost importance that these values and

biases are acknowledged and accounted for to ensure the credibility and trustworthiness of the

study.

Researcher’s Role

In this study, I gathered information utilizing both biased and unbiased data collection

procedures to accurately reflect the phenomenon as it pertains to the population. I served as the

human instrument in this study (Creswell & Poth, 2018), as I collect and analyze data for it. I

bracketed my experiences in order to minimize my own assumptions and biases (Creswell &

Poth, 2018). I bracketed out my experience as a secondary teacher in an urban high school and

my understanding of best practices in teaching from my long career. I also bracketed out any

working relationships with the participants as we share commonalities as employees of the local

school system. I do not hold an authoritative role over the participants and seek to conduct this

study in an unbiased manner.

Procedures

To initiate this research project, the priority was to secure permissions from relevant

authorities. The study commenced by seeking approval from the principal and superintendent to

conduct the research at a high school in an urban area in southeast Georgia (refer to Appendix

B). A formal application along with the requisite documents, was submitted to the Institutional

Review Board via Liberty University for further approval (refer to Appendix A). Following the

acquisition of all necessary approvals, the process of participant recruitment begin. I used a

combination of criterion sampling and maximum variation to select both core and elective

teachers from the site in order to understand the phenomenon and research question (Creswell &

Poth, 2018). This covers the core tenants of phenomenology by drawing from multiple

individuals' experiences of a shared phenomenon while improving transferability by utilizing

maximum variation sampling to record variables such as gender, age, and ethnicity (Creswell &

Poth, 2018). The selection process was based on administrator recommendations. Prospective

participants who meet the criterion received personalized letters, detailing the purpose and

significance of the research, and inviting them to participate in the study (refer to Appendix C)

and complete the consent forms (refer to Appendix D).

Upon receipt of completed consent forms and questionnaires from participants, I reached

out to each participant individually to arrange an interview, ensuring that the process respects

their convenience and comfort. After conducting the first interview, I critically reviewed the

transcription and promptly sought feedback from the participant to verify the protocol's

credibility and enhance its effectiveness. Any necessary modifications to the interview questions

were minor and did not affect the interview’s substance. Following each interview, participants

were provided with a transcript as part of a member check process to guarantee accuracy, thereby

reinforcing the credibility of the data collection process (Creswell & Poth, 2018).

Besides interviews, which serve as the primary data source in a phenomenological study,

the study also employ documentation and focus groups data collection methods (Creswell &

Poth, 2018; Moustakas, 1994). The purpose of incorporating these varied sources is to enable

data triangulation, a technique that enhances the validity of research by cross-verifying from

multiple sources (Creswell & Poth, 2018; Moustakas, 1994). I compared evidence gathered from

all three data sources, interviews, documentation, and focus groups, to identify recurring themes

and further strengthen the research findings. Member checks were used to ensure the transcripts'

accuracy from focus groups, supporting the overall integrity and reliability of the data collected

(Creswell & Poth, 2018; Moustakas, 1994).

For the analysis of the collected data, I employed a comprehensive method that aligns

with Moustakas' (1994) guidelines for phenomenological research. This involved the utilization

of epoché, phenomenological reduction, imaginative variation, and the synthesis of

structuraltextural elements. To uphold the integrity of the study, I identified and bracketed my

personal biases, a practice emphasized in both Moustakas' (1994) and Creswell & Poth's (2018)

works. A significant part of this process involved constructing a robust textural description,

encapsulating the essences of the phenomena by applying phenomenological reduction (Creswell

& Poth,

2018; Moustakas, 1994). This helped distill the raw data into critical and meaningful elements

(Creswell & Poth, 2018; Moustakas, 1994). I then used imaginative variation to create structural

descriptions, offering deeper insights into the experiences of secondary teachers engaged in

instructional technology integration (Moustakas, 1994). These two steps, in combination,

provide a holistic picture of the phenomenon under study, revealing both its manifest details and

underlying structures (Creswell & Poth, 2018; Moustakas, 1994).

Permissions

Permission to conduct the research for this study is represented first by the IRB approval

letter once obtained (see Appendix A). I also requested site permission from the school district

(see Appendix B). Finally, a copy of the consent form sent to participants in the appendix has

been included (See Appendix D).

Recruitment Plan

Teachers were recruited from the site and drawn from every department, including the

Career and Technical Agricultural Education, Math, English, Science, and Social Studies. The

teachers were recruited with the use of a recruitment letter (Appendix C), which described all

requirements. Criterion sampling was used to identify the participants. The criterion for the

participants is they must have taught at the site and experienced the transition from classroom to

distance educational module during the 2020-2021 school year. Phenomenological studies

require the participants to have lived the experience being studied, and criterion sampling works

well when the individuals studied have experienced the phenomenon (Creswell & Poth, 2018).

The researcher anticipated between 10 and 15 participants once approval was achieved.

Participants signed consent forms prior to any data collection (Appendix D).

Data Collection Plan

This qualitative study utilized a transcendental phenomenological research design to

depict the lived experiences of secondary teachers who have participated in the implementation

of instructional technology into classroom routines. The qualitative data for this transcendental

phenomenological study was collected primarily through individual interviews and triangulated

with document analysis and focus groups.

Individual Interviews Data Collection Approach

Transcendental phenomenological studies are intrinsically centered around capturing the

lived experiences of participants which is not easily quantifiable (Creswell & Poth, 2018;

Moustakas, 1994). Qualitative studies can utilize many different approaches but all center around

the gathering of data through interviews with the participants (Creswell & Poth, 2018;

Moustakas, 1994; Quay, 2016). To capture the lived experiences of participants, qualitative

interviews should emphasize open-ended communication structure to allow participants to

convey their perspectives, understanding, and beliefs (Merriam, 2016). A semi-structured

interview method was selected for this study to allow the participants to explore their thoughts,

feelings, and beliefs about the phenomenon Creswell & Poth, 2018; Merriam, 2016; Moustakas,

1994).

The individual interviews took place remotely utilizing distance communication software

to allow the participants a comfortable, safe location free of interruptions that is suitable for

confidentiality. Interviews were conducted with Microsoft Teams software which provided the

researcher with audio and video recordings of the interview. The recording were transcribed in

verbatim and stored on a hard drive for the duration of the study. A member check was

performed by providing participants with a copy of the transcription of their interview to verify

the transcription of the interview. The following questions were used as a guide for the

semistructured interview.

Individual Interview Questions

1. Please introduce yourself.

2. Please inform me about your professional experiences as a secondary educator. For

example, what programs of study do you teach, how long have you been teaching as

secondary educator, and what additional experiences or responsibilities do you provide as

part of your job duties?

3. Provide some examples of the types of instructional technology you use in your

classroom? (SQ1)

4. How do you believe these technologies have affected student engagement? (SQ1)

5. Share a specific instance where you noticed a significant improvement in student

engagement or participation due to the integration of a specific technology? (SQ1)

6. What changes, if any, have you observed in students' learning outcomes since you began

integrating technology into your teaching? (SQ1)

7. In what ways has the use of technology influenced students' understanding of the subject

matter, if at all? (SQ1)

8. What challenges did you initially face when you started integrating technology into your

teaching? (SQ2)

9. Describe any ongoing difficulties you experience with using technology in your

classroom? (SQ2)

10. Describe any technical issues or obstacles you've encountered while using technology in

the classroom? (SQ2)

11. How have these challenges influenced your routine or teaching methodology? (SQ2)

12. What supports or resources do you wish were available to help overcome these

challenges? (SQ2)

13. How would you describe your personal attitude towards integrating technology into

teaching? (SQ3)

14. In what ways, if any, has this attitude changed over time? (SQ3)

15. What beliefs or principles guide your approach to using technology in your classroom?

(SQ3)

16. Share a memory of a specific situation where your belief system influenced your decision

to use, or not use, a certain technology in your classroom? (SQ3)

17. How does your belief in the potential of technology for learning influence the type of

technologies you choose to use in your teaching? (SQ3)

18. Describe your overall experience with integrating technology into your classroom

practices? (CRQ)

19. How do you perceive the role of technology in contemporary teaching and learning?

(CRQ)

20. What motivates you to integrate technology into your teaching? (CRQ)

21. When has there been a time when technology integration didn't go as planned in your

classroom? If so, could you describe what happened and how you handled it? (CRQ)

22. How do you think your experiences and perceptions of instructional technology have

influenced your overall teaching practice? (CRQ)

23. What else would you like to contribute to this study?

The interview questions prepared for this study are meticulously designed to deeply

explore the experiences and perceptions of secondary school teachers when integrating

instructional technology into their classroom practices. The first five questions primarily aim to

gauge the teachers' perceptions of the effectiveness of instructional technology in enhancing

student engagement and learning outcomes. The following five questions, from six to 10, delve

into understanding the challenges that these educators encounter when incorporating

instructional technology into their daily classroom routines. This section of the interview intends

to extract valuable insights into the practical difficulties faced by teachers on the ground, giving

us a clear picture of the barriers to effective technology integration. Questions 11 through 15

specifically probe the attitudes and beliefs of teachers towards instructional technology and how

these shape their decisions on technology adoption and implementation in the classroom. These

questions aim to bring out the individual thought processes and convictions that significantly

influence the educational use of technology. Lastly, questions 16 to 20 are structured to shed light

on the overall experiences and perceptions of teachers when integrating technology into their

pedagogy, thus capturing the comprehensive scope of the central research question. The final

question, seeks to gain an understanding of how teachers' perceptions and experiences have

impacted their teaching practices at large. Altogether, these questions constitute a comprehensive

investigative tool for illuminating the multifaceted phenomenon of instructional technology

integration in secondary school classrooms.

Individual Interview Data Analysis Plan

Data collection was subjected to a thorough analysis using a phenomenological process

inspired by Moustakas (1994). This process incorporated the epoché, a phenomenological

reduction technique involving horizonalization, clustering and thematizing horizons, and the

creation of individual textural descriptions that reflect participants' experiences. The practice of

imaginative variations helped to identify potential meanings and structural qualities, ultimately

leading to individual structural descriptions. This culminated in a composite description

capturing the core experiences of the group.

When I initiate the epoché process, I considered my position with the school district and

study participants and reflect upon my own experiences as a teacher. In order to prevent my

personal perspective from influencing the data, I kept a reflexive journal throughout the data

collection and analysis stages of this study. It is essential for the success of epoché that

preconceptions are suspended, allowing new knowledge to unfold (Moustakas, 1994).

The transcripts were subjected to a constant comparative analysis, which involved open

and axial coding. The initial stage saw me examining each transcript to designate an initial set of

codes and assign conceptual labels. As certain concepts started recurring, they were treated as

emerging themes (Moustakas, 1994). I was also vigilant for horizons, excluding any expressions

that are repetitive, overlapping, or vague, and paying attention to the invariant constituents that

remain (Moustakas, 1994). After identifying these invariant constituents or horizons, recurring

themes were labeled, clustered, and categorized during the axial coding process. Axial coding

helped highlight concepts that may not be fully substantiated, enabling a decision on whether to

discard the data or gather more. The primary objective of axial coding is to achieve data

saturation, ensuring all pivotal information is brought to light during coding. The insights

gathered through coding and horizonalization were subsequently employed to formulate focus

group questions for future discussions.

Document Analysis Data Collection Approach

The second data collection method I employed in this study was document analysis,

which is a valid data source for a phenomenological research study as per Creswell and Poth

(2017). The value of document analysis lies in its multifaceted potential: it can elucidate the

context, stimulate the formulation of pertinent questions, supplement the research data pool,

enable tracking of progress over time, and serve as a tool for evidence verification (Bowen,

2009). I requested each participant to contribute lesson plans and data-driven instruction (DDI)

forms, which allowed me a window into their application of instructional technology in the

classroom. These documents reinforced and validated the findings from the interviews (Creswell

& Poth, 2018), but also provide us a unique opportunity to uncover common and divergent

themes. The aim is to deeply comprehend the participant experiences and derive insights on best

practices for integrating instructional technology, thereby directly addressing our research

questions. The collected documentation served as an essential pillar in our exploration and

understanding of the pedagogical landscape shaped by instructional technology.

Document Analysis Data Analysis Plan

I conducted document analysis to interpret documents, attributing voice and meaning to

the participants' experiences in this study. According to the process outlined by Bowen (2009),

document analysis necessitates a systematic procedure to evaluate documentary evidence, which

calls for continual review and scrutiny of the data. This process included skimming,

comprehensive reading, and interpretation. I integrated coding content into themes by utilizing

both open and axial coding methods. The analysis of documents can either corroborate or further

elaborate on the findings obtained from other data sources when used in triangulation, thereby

mitigating bias.

Focus Groups Data Collection Approach

Focus groups were the final method used for data collection. Focus groups allow the

researcher to assume a non-directive role to facilitate discussion and interaction between

participants as they share their lived experiences with the phenomenon (Quay, 2016). Focus

groups provide the researcher with a way to verify data by utilizing an informal checks and

balances system that allows the participants to curb extreme perspectives (Creswell & Poth,

2018; Quay, 2016). Focus groups provide an opportunity for member-checking information

obtained during interviews to lend to the studies credibility (Patton, 2015; Quay, 2016). Focus

groups were selected from participants of the individual interviews by the research. Focus groups

aim to obtain high-quality data through a social interview setting in which participants consider

their own lived experiences in context with other participants (Patton, 2015). Focus groups

utilized distance communication software to allow the participants a comfortable, safe location.

The software provided the researcher with audio and video recordings that were transcribed and

shared with the participants for verification. The following questions were used as a guide for the

focus group.

Focus Group Questions

1. In your collective experience, what have been the most noticeable changes in

your classroom dynamics since the integration of instructional technology?

(CRQ)

2. Share an instance where you felt instructional technology particularly enhanced

student engagement? (SQ1)

3. What improvements in student learning outcomes, if any, have you noticed as a

result of using instructional technology, and could you elaborate on these

improvements? (SQ1)

4. What specific educational technology tools, if any, have you found to be

particularly effective in enhancing learning outcomes, and could you explain their

impact? (SQ1)

5. Discuss some of the challenges you've faced in incorporating technology into

your teaching practices? How have you addressed these challenges? (SQ2)

6. In what ways, if any, has instructional technology integration disrupted your

established classroom routines? (SQ2)

7. How do you feel the students' reactions and interactions with instructional

technology have affected your teaching practices? (SQ3)

8. How have your beliefs towards instructional technology evolved since you first

started using it in the classroom? (SQ3)

9. How has your perception of the effectiveness of instructional technology in your

teaching been influenced by any specific experiences or results? If so, can you

provide some examples? (SQ3)

10. How have you adapted your teaching practices to accommodate the use of

instructional technology? (CRQ)

The questions posed to the focus group are carefully designed to delve into the collective

experiences and perceptions of secondary school teachers regarding instructional technology

integration. The first question serves as an icebreaker, allowing the participants to reflect on the

overall changes they've noticed in their classrooms due to technology integration. Questions two

to four target the first sub-question, probing into specific instances where technology has

improved student engagement and learning outcomes. Questions five and six seek to address the

second sub-question, providing the opportunity for the teachers to share their challenges and

potential disruptions caused by technology integration. With questions seven to nine, we aim to

shed light on the third sub-question, understanding how teachers' attitudes and beliefs towards

instructional technology may have influenced their adoption and classroom implementation. The

final question brings us back to the central research question, exploring how teachers have

adapted their classroom practices to technological transformation. Through this focused yet

comprehensive set of questions, we aim to gain meaningful insights into the complex dynamics

of instructional technology integration in the secondary school classroom environment.

Focus Group Data Analysis Plan

When I analyzed the data from the focus group, I engaged in the epoché process,

consciously setting aside any personal preconceptions to remain open to emergent insights

(Moustakas, 1994). I plan to use the complete transcriptions when examining the data utilizing

horizonalization, reduction and elimination, clustering, application validation, individual textural

and structural descriptions, and culminating in a composite description that encapsulates the

essence of experiences across the entire group. This method ensured a thorough and unbiased

analysis of the focus group data, allowing for the most authentic findings to surface.

Data Synthesis

In this research study, our primary objective is to understand the holistic experience of

secondary teachers integrating instructional technology during the COVID-19 pandemic

(Creswell & Poth, 2018; Moustakas, 1994). To accomplish this objective, I drew from the three

sources of data – interviews, document analysis, and focus groups – to gather a rich array of

insights perspectives of the phenomenon until the point of saturation. I began with the process of

Epoché and bracketing before conducting a thorough review of the collected data to become

deeply familiar with its content. I employed axial coding on the collected data, identifying

recurring themes to integrate into a cohesive narrative of the phenomenon (Moustakas, 1994). I

then grouped related codes together to form overarching themes that represent larger insights into

the phenomenon. I synthesized the data by providing textural and structural descriptions of the

participant's shared experiences. According to Moustakas (1994), textual and structural synthesis

is designed to articulate the essence of the phenomenon as a whole. Using textual and structural

synthesis I wrote a detailed description of the experiences of secondary teachers who underwent

rapid instruction technology integration during the COVID-19 pandemic. The descriptions and

themes were cross-checked through triangulation and validated through member checks. This

provided participants with an opportunity to review the findings and interpretations and assist in

establishing credibility.

Trustworthiness

The goal of the researcher is to provide a strong and trustworthy study. According to

Creswell and Poth (2018), a study’s trustworthiness is judged by a set of criteria that determines

the quality of a qualitative study. This criterion requires the researcher to establish credibility,

dependability, and transferability (Lincoln & Guba, 1985). Credibility refers to the establishment

of trustworthiness by the data collection, analysis, and conclusions to determine the precision of

the study (Creswell & Poth, 2018). Dependability is denoted by the consistencies of the findings

and its ability to ensure the process can be traced and audited (Creswell & Poth, 2018). Finally,

transferability requires the researcher to provide a detailed description of the site, participants,

and data collection procedures to allow other researchers to replicate the study (Creswell & Poth,

2018).

Credibility

Credibility seeks to establish the studies validity and to assure that the lived experiences

of the participants is not misrepresented by the researcher (Creswell & Poth, 2018). The

credibility of this study was ensured by utilizing prolonged engagement, member checks, and

triangulation. According to Creswell and Poth (2018), member checks of interview transcripts

and conclusions provide participants with an opportunity to review the findings and

interpretations and assist in establishing credibility. Triangulation is a process that uses at least

three methods of data collection to increase credibility through cross-verification allowing for a

deeper understanding of the phenomenon (Creswell & Poth, 2018). The researcher utilized

individual interviews, document analysis, and focus groups to allow for triangulation of the data.

Transferability

Similar to confirmability, transferability requires the researcher to provide a detailed

description of the site, participants, and data collection procedures to allow other researchers to

replicate the study (Creswell & Poth, 2018). Research conducted adhering to specific, valid, and

ethical procedures enhances the possibility of transferability. The researcher entailed precise

procedures for data collection, including individual interviews, document analysis, focus groups,

and data analysis, thereby facilitating transferability. Sampling was conducted with maximum

variation, acquiring data from secondary teachers across various grade levels and subjects. Each

statement provided by the participants was treated with equal importance, as suggested by

Moustakas (1994). The outcomes of the study hold the potential to be extrapolated to other

settings that share similarities with the study's settings.

Dependability

Dependability refers to the process of ensuring that the data collection process is

documented in a way that can be replicated by other researchers (Lincoln & Guba, 1985).

Dependability may be established through comprehensive descriptions of the implemented

procedures in the study. In order to substantiate the consistency of my findings and their potential

for repetition, I provided clear descriptions of the procedures undertaken in this research

(Creswell & Poth, 2018; Lincoln & Guba, 1985). As an additional method to affirm

dependability, an inquiry audit that traces the research process throughout the study was

conducted. This audit was carried out by the qualitative research director and the dissertation

committee. Furthermore, I constructed an audit trail to chronicle the types and dates of

interactions with participants throughout the research period (Creswell & Poth, 2018).

Confirmability

Confirmability refers to the process of ensuring that the study and its results can be

confirmed by other researchers (Creswell & Poth, 2018; Lincoln & Guba, 1985). Confirmability

requires the researcher to present their findings, data, and interpretations in a logical format to

allow other researchers to follow a similar process (Lincoln & Guba, 1985). According to both

Creswell & Poth (2018), and Moustakas (1994), triangulation and member checking are key

methods for ensuring confirmability in a phenomenological study. To this end, triangulation was

employed throughout the study to establish credibility. I compareed the evidence from the

interviews, document analysis, and focus groups to establish themes as an appropriate means of

establishing credibility (Creswell & Poth, 2018). I useed member checking to help ensure that

the collected data is accurate which is paramount in ensuring credibility (Moustakas, 1994).

Participants were given copies of the transcripts from both the interview and focus group to

assist in confirming validity and correcting any misconceptions.

Ethical Considerations

When conducting qualitative research ethical considerations should be taken into account

and addressed during the course of the research study (Creswell & Poth, 2018; Lincoln & Guba,

1985). The researcher first sought approval from the IRB before any data collection occurs. Once

IRB approval was obtained the researcher provided participants with consent forms to be

completed and collected before data collection begins. Participants, schools, and school districts

were given pseudonyms to help protect the identities and ensure confidentiality (Creswell &

Poth, 2018; Lincoln & Guba, 1985). To ensure validity the researcher utilized Moustakas’ (1994)

method of epoché and bracketing to remove personal bias and prejudgments from the data and

study. Participants were presented with the opportunity to review the findings and be allowed to

remove themselves from the study at any point (Creswell & Poth, 2018; Lincoln & Guba, 1985).

All paper-based data, including notes, was stored securely in a locked cabinet. Electronic data,

such as informed consent forms, questionnaires, and transcripts, was saved on a personal

computer with password protection, ensuring that I am the sole individual with access. In

disseminating the data, utmost consideration was given to protecting the interests of the

participants. Assuming no further additions to the collected data for the current study are

required, all data was securely stored and then responsibly disposed of after a three-year period.

Summary

The purpose of this transcendental phenomenological study is to describe the lived

experiences of teachers who have undergone instructional technology implementation and how

they assign significance to the technology. The researcher chose a transcendental

phenomenological study to understand the specific phenomenon through direct investigation of

the lived experiences of the participants. The chapter also included the questions provided in the

interviews and questionnaires. This chapter included an overview of the research design and

research methods that were utilized for this study. The methods discussed included design,

setting, participants, procedures, researcher’s role, data collection, analysis, trustworthiness, and

considerations. Chapter four will present the findings of the study.

CHAPTER FOUR: FINDINGS

Overview

The purpose of this transcendental phenomenological study was to describe the shared

experiences of secondary school teachers with the rapid implementation of instructional

technology during the COVID-19 pandemic, aiming to understand its effectiveness, challenges,

and the influence of teachers' attitudes and beliefs on its adoption and implementation. The

participants are first presented with descriptions, utilizing demographic information to offer a

comprehensive view of the educators involved. The findings will be structured around significant

narrative themes. Additionally, outlier data that diverge from common patterns will be

highlighted, providing a nuanced understanding of the varied experiences. The chapter concludes

by synthesizing these elements, allowing for a detailed discussion in the subsequent chapter.

Participants

A primary criterion for participant selection in a phenomenological study involves

ensuring that each individual has directly experienced the phenomenon under investigation

(Moustakas, 1994). For the purpose of this study, the participants comprised both core and

elective teachers from an urban area in southeast Georgia, who had a minimum of three years of

teaching experience prior to the COVID-19 pandemic. Each participant had firsthand

involvement in the transition to distance learning modules due to the pandemic, providing a rich

and varied insight into the integration of instructional technology in secondary education during

this unprecedented period.

To ensure maximum variation, this study contained 12 secondary school teachers from

various academic disciplines. The participant group comprised two mathematics teachers, two

science teachers, two English teachers, three social studies teachers, and three elective teachers,

ensuring a comprehensive understanding across different subject areas. Additionally, the

demographic makeup was diverse, consisting of four male and eight female teachers. This

strategic selection provided a cohesive context to examine the phenomenon of integrating new

technology into secondary education while capturing a spectrum of individual experiences and

insights.

Table 1

Teacher Participants

Teacher Years Taught Highest Degree Content Area Age Range

Participant Earned

Thomas 9 Master’s Degree Audio/Visual

Technology

31 to 40

Allison 20 Bachelor’s Degree Business 40 to 50

Samantha 24 Bachelor’s Degree English 51 to 60

Melissa 8 Doctoral Degree English/Dance 31 to 40

Simon 12 Bachelor’s Degree Math 40 to 50

Robert 11 Bachelor’s Degree Math 40 to 50

Clara 7 Bachelor’s Degree Music 21 to 30

Kyle 8 Bachelor’s Degree Science 21 to 30

Alice 14 Doctoral Degree Science 31 to 40

Daniel 18 Master’s Degree Social Studies 40 to 50

Bethany 10 Doctoral Degree Social Studies 31 to 40

Angela 17 Master’s Degree Social Studies 40 to 50

Thomas

Thomas is a dynamic educator with nine years of teaching experience and a master’s

degree in his field. His specialty lies in audio/visual technology, where he not only imparts

knowledge but also inspires innovation and creativity among his students. Thomas oversees an

afterschool program for students to create and compete in video production contests. The

program also focuses on giving back to the community through community service projects,

reflecting Thomas's commitment to nurturing well-rounded individuals. His approach to

education combines technical proficiency with a strong ethical foundation, preparing students for

professional success and civic responsibility. He highlights the initial difficulties:

Navigating the transition to online learning was a tough time, not just for my students but

for me as well. Trying to convert your classes to an online platform while also trying to

learn how to use it was not easy. Then there was the difficulty of trying to foster the same

level of collaboration and engagement in a virtual setting where kids can just turn you off

was difficult. Despite the initial hurdles, though, I eventually got everything sorted out.

Allison

Allison is a seasoned business teacher with 20 years of experience in the field, holding a

bachelor’s degree. Her teaching philosophy is grounded in efficiency and practicality, valuing

straightforward methods that have stood the test of time. While not naturally inclined towards

new technologies, Allison's pragmatic approach to teaching business principles focuses on the

core fundamentals, preparing her students with the essential skills needed for the real world.

Despite her reservations about adopting new technologies, the transition to distance education

during the COVID-19 pandemic showcased her adaptability. Allison embraced the challenge,

recognizing the benefits of streamlined processes and the potential for technology to facilitate

learning in unexpected ways. She pointed to the benefits that instructional technology can

provide:

The shift to online learning initially felt daunting, given my traditional approach to

teaching. However, I was pleasantly surprised by the simplicity and efficiency it

introduced into our daily routines. It forced me out of my comfort zone, yes, but it also

revealed the potential of technology to simplify tasks and focus on what truly matters in

education. In a way, it allowed me to do more with less, though I could have used a lot

more help understanding it all.

Samantha

Samantha is an esteemed English teacher with a wealth of experience, having dedicated

24 years to the profession with a bachelor’s degree to her name. Her teaching journey is marked

by a deep passion for the English language and literature, coupled with a firm belief in the

transformative power of teacher-student relationships. Samantha's traditional approach to

teaching emphasizes the richness of direct interaction, the nuance of literary exploration, and the

critical importance of fostering personal connections within the learning environment. Although

the rapid integration of instructional technology presented a steep learning curve for her,

Samantha's commitment to her students' education remained unwavering. She tackled the

challenge head-on, demonstrating a willingness to evolve alongside the educational landscape

while advocating for the essence of engaged learning. Samantha shared that her main concern

was maintaining the relationship between teacher and student:

Adapting to the new digital tools was not just about mastering technology; it was about

finding ways to preserve the heart of teaching—the genuine connection between teacher

and student. Even as we navigated these virtual spaces, my priority remained to ensure

that every student felt seen, understood, and inspired. It reaffirmed my belief that

education transcends the boundaries of physical and digital classrooms, rooted in the

bonds we build and the lives we touch.

Melissa

Melissa, an innovative educator with eight years of experience and a Doctoral Degree,

brings a fresh perspective to teaching English and Dance. Her approach is characterized by a

dynamic integration of technology and creativity, always seeking new methods to engage her

students in a deep and meaningful way. Melissa understands the challenges of capturing student

attention in a digital age. She skillfully leverages the latest trends and technologies, such as

competitive games and social media platforms, to enrich her curriculum. Her forward-thinking

strategies make learning interactive and fun and significantly broaden her students' horizons,

allowing them to explore and access a diverse array of resources and experiences. This blend of

artistic expression and digital innovation defines Melissa's teaching, making her classroom a

vibrant space where technology amplifies creativity and learning. Melissa noted the possibilities

that technology can provide:

The digital era has opened up unprecedented avenues for enriching education, allowing

us to blend traditional learning with the captivating power of current trends. By

incorporating tools like social media or competitive games into our lessons, we not only

engage students but also deepen their understanding of content through the lens of their

own interests. This synergy between technology and education has transformed how we

teach and learn, making the classroom an exciting frontier.

Simon

Simon is a math teacher with 12 years of teaching experience and a bachelor’s degree,

known for his dedication and innovative approach to education. Despite initial frustrations with

the minimal training provided for new technologies, Simon’s journey through the challenges of

distance learning has been transformative. His initial skepticism gave way to a proactive stance

on embracing new tools and methods, demonstrating remarkable adaptability and openness to

change. This shift not only enhanced his teaching practices but also served as an inspiration to

his students, showcasing the value of perseverance and continuous learning. Simon’s willingness

to explore and integrate technology into his math curriculum has improved his effectiveness as

an educator. Still, it has also enriched the learning experience for his students, making complex

concepts more accessible and engaging. Simon reflected:

The transition to online during COVID-19 was initially daunting, but it ultimately

empowered me to develop as a teacher. It taught me the importance of being open to

change and the potential of technology to transform the way we teach. I embrace

challenges and I try to get my students to do the same. I think we learned a lot from that

time period, and it has allowed us to provide new approaches to learning for a lot of our

students.

Robert

Robert is an insightful educator with a profound understanding of the transformative

power of education. He holds a bachelor’s degree with 11 years of teaching experience in two

different countries. His teaching philosophy is centered on challenging students to step beyond

their comfort zones, a belief that has guided his approach to harnessing technology in the

classroom. Robert recognizes the vast potential of digital tools to broaden students' horizons,

making them more aware of the world around them. His adaptability came to the forefront during

the shift to online learning, where he encountered the common issue of disengagement. This

challenge prompted him to innovate and adopt a student-centered approach, emphasizing active

participation and personal accountability. By shifting the focus onto his students and leveraging

technology, Robert not only maintained the integrity of the educational experience but also

enhanced it, ensuring that each student felt involved and valued. Robert shared:

The transition to online learning reaffirmed my belief in the importance of pushing

boundaries. I realized that technology isn't just a tool for delivering content; it's a medium

that has to be approached carefully. I found that given the chance, many students just

tuned out and tried to find the fastest way to complete an assignment. Without you there

to ensure they stayed on task, many fell behind. I eventually learned how to tailor my

courses to be student-centric, forcing them to be the catalyst for encouraging exploration

and learning.

Clara

Clara was the youngest educator with seven years of experience and a bachelor’s degree

in music. Initially confronted with the challenge of converting her music programs into digital

mediums, Clara likened the experience to an experimental process, searching for the most

efficient strategies to enhance her instructional methods. Clara advocates for comprehensive

support in technology use, highlighting the need for direct IT assistance and training: When we

pivoted to online learning, it felt like navigating a ship through uncharted waters, especially for

someone relatively new to teaching. The challenge wasn't just about using technology but

integrating it in a way that would engage the students. The technology was not designed for

students to sing in chorus, and it was difficult to find a way to maintain the level of mastery that

we had in the classroom. I felt so alone at the start, and I would have loved to have had

specialized training that would address the issues I was facing. The few training sessions we had

were geared to the core classes, and

I needed assistance with unique problems.

Despite the overwhelming nature of this transition, Clara tackled each obstacle with

determination, gradually finding her footing in the digital classroom. Her experience underscored

the importance of practical training and support to empower teachers to resolve technical issues

independently and efficiently. This would ensure that technology serves as an enabler of

education, not a barrier.

Kyle

Kyle is an enthusiastic science teacher with eight years of experience and a bachelor’s

degree, whose journey in education is marked by a continuous pursuit of efficiency. This desire

outlined his approach to the initial transition and the myriad of issues that followed: The

transition to online learning highlighted the fact that many of our students held different levels of

computer knowledge and access to the internet. Encountering issues like internet outages and

platform glitches taught me the importance of being prepared for the unexpected and the value of

patience. These challenges reinforced my resolve to ensure that every student has the opportunity

to succeed, emphasizing the need for equitable access to education. Due to the quarantine, I had

to redefine my expectations on a student-by-student basis because they were not all receiving an

equal opportunity at an education.

Kyle’s pragmatic approach to these challenges helped ensure that education remains accessible

and effective, even under less-than-ideal circumstances. His experiences, particularly with issues

like unreliable internet access among his students, underscore the importance of flexibility and

innovation in teaching. Kyle’s commitment to overcoming these barriers has not only enhanced

his own skills but also ensured that his students receive a quality education, regardless of their

technological limitations.

Alice

Alice is a science teacher who brings a wealth of knowledge and experience to her

classroom, backed by 14 years of teaching and a doctoral degree. Known for her hard work and

passion, Alice sets high standards for her students, pushing them to excel and fostering an

environment where resilience and excellence are cultivated. Beyond her commitment to her

students' academic achievements, Alice is deeply involved in enhancing the professional

development landscape for educators, especially in the realm of instructional technology.

Recognizing the gaps in teacher readiness exposed by the pandemic, she has taken a leadership

role in promoting better training and understanding of educational technologies. Alice's initiative

aims to equip teachers with the skills and confidence needed to integrate technology effectively

into their teaching, ensuring that educators and students are prepared to thrive in a digitally

evolving educational landscape. Alice shared her thoughts on her experiences during the

transition:

It was a mess in the beginning, and once it became apparent that we were going to be

isolated for a while, I knew we needed better support for our staff. I started sharing what

I was doing with my department, and I realized from their feedback that they were

struggling to recreate the classroom experience through digital mediums. We set up

weekly meetings where we shared our successes and failures. I kept the meetings going

and have been getting support to help better prepare our staff in case we have to switch to

a distance model again in the future.

Daniel

Daniel is a dedicated social studies teacher, holding a master’s degree and bringing 18

years of rich teaching experience to her classroom. Her educational journey is marked by a

commitment to providing a comprehensive understanding of social dynamics, history, and

cultures. High expectations and a deep belief in the transformative power of education

characterize Daniel’s approach to teaching. Daniel’s ability to adapt and harness the potential of

digital platforms has not only maintained but enhanced the connectivity and resourcefulness of

her classroom. By integrating a variety of online resources and tutorials, she expanded her

students’ access to knowledge, demonstrating a proactive approach to overcoming the barriers

posed by the lack of a physical classroom. Daniel shared the following about her experience with

the transition:

The transition to online learning presented an opportunity to rethink how we connect

with and inspire our students. It was a journey of discovery and learning to leverage

technology as a bridge to an accessible educational experience. While there were a lot of

issues in the beginning, it forced me to discover new ways to reach the students. I found

lots of neat resources that allowed me to present information to my students, many of

which I still use now that we are back in the classrooms.

Bethany

Bethany is an exceptional social studies teacher with 10 years of teaching experience and

a recent Doctoral Degree. She dedicates a large amount of her time to her work, assisting with

leadership roles and after-school sports and activities. Her initial experience with the COVID-19

transition was negative, attributing the problem to a lack of a defined direction and ineffective

training. Bethany's resilience and commitment to her students' learning experiences led her to

seek out new ways of structuring her courses. She innovatively adopted the flipped classroom

model, allowing her students to engage with materials at their own pace outside of class, thereby

fostering a more dynamic, student-centered learning environment upon their return. Bethany

shared her thoughts on the transition:

Adapting to the new normal of distance learning pushed me to explore and implement

innovative teaching methods. The transition was challenging, but it reinforced the

importance of flexibility and the willingness to embrace change. I experimented with a

variety of methods before settling on a flipped classroom model. It took a while to get the

kids to buy into the process, but they finally started to latch onto the process once they

grasped how it functioned.

Angela

Angela, with 17 years of teaching experience and a master’s degree in social studies,

brings a realistic and critical perspective to the use of technology in education. In her classroom,

Angela strives to create a balance between leveraging technology for educational benefits and

fostering an environment where deep, thoughtful engagement with material is prioritized. Her

approach involves both the use of digital tools and the cultivation of critical thinking and

problem-solving skills, encouraging students to engage with content more meaningfully rather

than resorting to superficial methods of completion. Angela talked about the many pitfalls and

adjustments that needed to be addressed during the pandemic:

The digital age has brought incredible resources to our fingertips, but it also presents

unique challenges in ensuring that technology enhances rather than detracts from

learning. Our students tend to gravitate to the quickest way to complete tasks when given

the chance. The pandemic removed our ability to be present with the students, allowing

them to circumvent the learning process for many of our lessons. It's crucial to develop

strategies that encourage students to engage deeply with the material, recognizing the

difference between merely accessing information and truly understanding it. As

educators, we need to be mindful of the ways technology influences learning dynamics

and strive to foster environments that promote genuine intellectual curiosity and

engagement.

Results

This transcendental phenomenological study sought to explore and describe the

experiences of secondary school teachers during the rapid implementation of instructional

technology amidst the COVID-19 pandemic. Centered on the primary research question: What

are the perceptions and experiences of secondary school teachers when integrating instructional

technology into their classroom practices? The following supporting research questions were

included to help conceptualize the experiences of the participants: 1) How do secondary school

teachers' attitudes and beliefs towards instructional technology influence their adoption and

implementation in the classroom? 2) What challenges do secondary school teachers encounter

when incorporating instructional technology into their classroom routines? 3) How do secondary

school teachers' attitudes and beliefs towards instructional technology influence their adoption

and implementation in the classroom? The data analysis began with open coding, identifying key

ideas and concepts that emerged from the participants' experiences. This was followed by axial

coding, which helped to connect these ideas to form broader themes. This methodical approach

to coding ensured a thorough exploration of the teachers' perspectives.

Theme Development

The collected data was triangulated, and themes and subthemes emerged. Three principal

themes discovered in this study are as follows: (a) adaptation to rapid technology changes, (b)

challenges in technology integration, and (c) impact on teaching practices and beliefs. Each

theme represents a significant aspect of the teachers' experiences with instructional technology

during the COVID-19 pandemic.

Table 2

Themes and Sub Themes

Adaptation to Rapid Learning Curve and Embracing Innovation

Technology Changes Resourcefulness

Challenges in Technology Technical Difficulties and Resistance and Acceptance

Integration Support Needs

Impact on Teaching Practices Pedagogical Shifts Evolving Educational Beliefs

and Beliefs

Adaptation to Rapid Technology Changes

During the COVID-19 pandemic, secondary teachers experienced a rapid introduction

and integration of new instructional technologies as they transitioned from the classroom to a

distance learning model. The sudden transition required educators to swiftly adapt their teaching

methods and embrace digital tools, often with limited preparation or support. This adaptation

phase was marked by a range of experiences, from initial struggles to eventual proficiency.

Teachers spoke of the challenge of not only learning new technologies but also redesigning their

curriculum to fit an online format. Many highlighted the need for flexibility and creativity in this

process. Melissa said, “Keeping the student's attention was an issue; I started using software like

Kahoot, Blockit, and other competitive games, which helped capture their interest for a

substantial period.” Allison added,

For me, it was trial and error, and sometimes it was a hot mess. For instance, I would

plan around using a specific technology, and it would just not work, or half the class

would be unable to access it and then I would have to pivot to keep everything going.

Similarly, Alice remembered,

The first time I projected a lesson through Zoom, I felt like a novice all over again,

fumbling through buttons and menus. It was the students who helped me get through the

Theme Aligned Subthemes

process, and with their help, we made it through that first day. I spent the whole night

searching the internet to figure out how to avoid repeating that disaster. In the end, I

ended up relying on my students when I ran into technical problems.

These narratives underscore the resilience and innovative spirit teachers demonstrate in the face

of unprecedented educational challenges.

Learning Curve and Resourcefulness

The initial challenges teachers faced as they navigated the rapid transition to digital

learning during the COVID-19 pandemic reflect their adaptability and ingenuity when

confronting the myriad of new obstacles. Bethany explained, “At first, it was negative because

we had so much new technology available without enough training; learning how to transition

the technology into effective teaching slowly was a difficult process”. Some participants reveal a

period of adjustment where educators had to balance their pedagogical objectives with the

technical demands of online platforms. Over time, their persistence in overcoming technological

hurdles enhanced their proficiency and fostered a sense of resourcefulness, enabling them to

transform their virtual classrooms into dynamic, interactive learning environments. For example,

Kyle explained, “With any new platform, there’s always some learning curve for both the

students and myself. Knowing how to adjust your learning goals to equate for the obstacles was

part of the initial challenge during the shift.”

Despite these obstacles, they demonstrated remarkable resourcefulness in their approach.

They creatively utilized available digital tools and improvised solutions to ensure effective

teaching and student engagement in the new online environment. Educators engaged in a

trialand-error process, constantly tweaking and refining their methods to discover what worked

best for their students. Clara shared, “I think initially the biggest challenge was figuring out the

most efficient way to use the new technology effectively, it was just like throwing darts at the

board and seeing which ones stuck for a little bit.” This exploratory attitude towards teaching and

technology integration underscores a significant shift from a one-size-fits-all teaching model to a

more flexible, student-centered approach.

Embracing Innovation

For the teachers in this study, innovation is a dynamic process involving actively pursuing

and applying new ideas and technologies to foster growth and improvement. It is not merely

about adopting what is current or trendy; it's about the thoughtful integration of breakthroughs

and advancements that can lead to substantial progress and efficiency. Melissa explained,

The possibility to captivate student interest is big. Whenever I feel like I can ride that

high of a current trend, I stop and plan it out. I'm going to make an entire project about

TikTok dances and the viral nature of art and stuff to pull the students into the learning

goals.

Embracing innovation requires a level of risk-taking and a willingness to fail and learn from

those failures. The process is about fostering a collaborative environment where ideas are shared

freely, and innovative ideas are encouraged and cultivated. Robert shared, “So I think it is

important to push students out of their comfort zone to help transform them. Technology is

helping expand students' awareness of the world, and that needs to be harnessed.”

The change to a distance learning platform helped some of the teachers in this study to

connect with others outside their regular network. By utilizing the available technology,

educators could work together and pool their knowledge, resources, and experiences to

spearhead initiatives that transform their teaching and, ultimately, elevate their students' learning

experiences. Daniel shared,

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So, the technology platforms that we were using allowed us to connect with people and

students outside of our community. This allowed me to provide the students with all

kinds of free resources and tutorials to help assist them due to the lack of a physical

classroom.

Challenges in Technology Integration

As teachers found themselves in a new teaching paradigm, they faced the reality of

integrating various platforms and applications, often without adequate training or support. This

lack of preparedness sometimes led to a disjointed educational experience, both for teachers and

students. Simon explained, “One of the frustrating challenges that I remember was the quality of

training where they only taught us the bare minimum.” Samantha added,

The biggest challenge was learning how to use the instructional technology because I

began teaching so long ago. I find myself having to ask someone else how to use the

programs they give us because I am not as fluent with technology.

Alice shared her experience,

I spent hours preparing a project for my kids to complete, only to discover that they could

not install or run the program from their school-issued Chromebooks. It never occurred to

me that the computers we gave them would be unable to run a program that I was able to

run on my school laptop.

Teachers also struggled to ensure instructional technology did not get in the way of pedagogical

effectiveness while they mastered new technologies. Teachers had to balance their time between

learning to use these tools and applying them in ways that benefitted students' learning. Robert

provided, “At first, it felt like I was becoming a part-time IT specialist instead of a teacher. I

spent more time each day troubleshooting students' computer issues than I did going over the

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lesson.” Samantha said, “I think it takes away from student-teacher engagement because the

learning process is more than just memorizing terms, strategies, and everything. I think the

relationship between the teacher and students is a large part of the learning process.”

Technical Difficulties and Support Needs

While new instructional technology brings the potential for improving the learning

experience, it also contains difficulties and issues that traditional classrooms normally do not

encounter. This encompasses a range of issues, from software glitches and hardware failures to

students affected by the digital divide, all of which present formidable obstacles in the seamless

delivery of education. Kyle explains,

While I have a working LAN connection, not all of my students do. What do you do

when they do not have a working device in their home? For example, I was going to give

a quiz using our technology platform when ten minutes before the quiz, a large portion of

my students lost their internet access, then halfway through the quiz, the platform went

down.

These challenges underscore the vulnerability of relying heavily on digital platforms, where a

single technical fault can derail an entire class, highlighting the importance of having robust

technical backup systems in place.

Moreover, the need for support extends beyond technical assistance to administrative and

peer-based support systems. Teachers express a desire for more comprehensive training sessions

that not only cover the basics of new technologies but also delve into advanced functionalities to

leverage these tools in an educational setting fully. Clara stated,

I feel like we need some classes on how to use the technology, and maybe not just

classes, but full-on support where we could have IT come in and walk me through my

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issues and provide me with the tools, I need to fix common problems without having to

wait weeks to get something working again.

Such training should be ongoing, reflecting the evolving nature of technology and its

applications in education. Additionally, establishing a supportive community where educators

can share insights, tips, and solutions is invaluable. This peer-based support network fosters a

collaborative environment, encouraging teachers to experiment with and confidently adopt

innovative teaching methods. Thomas adds,

Having new technology is great, but I do not have enough time to teach myself how to

use it. When I do receive training, it is basic general use and does not go to the depths

that I would need to effectively use it in my classroom. I often learn more about the

technology from different faculty than I do from the training.

Resistance and Acceptance

Resistance often stems from a natural human inclination to avoid change, especially when

such change disrupts established routines and practices. This resistance is not merely a stubborn

refusal to adapt but is rooted in deeper concerns about efficacy, relevance, and the potential

overshadowing of traditional pedagogical methods. Teachers express apprehensions about

whether new technologies can truly enhance learning outcomes or if they might inadvertently

dilute the quality of education by prioritizing flashy tools over substantive content.

Samantha explains,

While technology is a wonderful tool, it kind of takes away from the relationship the

teachers are able to have with the students. It also assists our children in being dishonest.

I have had issues with students copying and sharing work through our instructional

platform and claiming it was their own.

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Angela added,

They can watch these videos, but they have to answer questions and it's fantastic. And I'm

like, yeah, but they're just going to skip to the question and Google the answer and then

click it and then skip to the next question and Google the answer. And that's what they

do, right?

However, as teachers navigate the initial phases of technology integration, their

experiences contribute to a gradual process of adaptation and, in many cases, acceptance. This

transition is significantly influenced by the level of support and training provided, the perceived

benefits of technology for student engagement and learning, and the opportunity to experiment

and witness firsthand the positive impacts of technology use in the classroom. Bethany shared,

Eventually, I learned to embrace it. I started to have them screencast themselves, and the students

were like, wow, you are really brave! I would never have been able to judge their presentation

skills if I did not take that initial risk, and while it is scary each time, it did allow me to maintain

a certain level of rigor that was lost with distance learning.

Impact on Teaching Practices and Beliefs

As secondary school teachers grapple with the rapid deployment of these technologies,

especially during the COVID-19 pandemic, their pedagogical practices undergo substantial

transformations. These changes are not merely operational but deeply influence the core beliefs

and philosophies that underpin their approach to teaching. The shift to digital tools and platforms

necessitates a reevaluation of traditional teaching methods, compelling educators to explore more

interactive, student-centered learning paradigms that leverage the capabilities of modern

technology. Simon explains,

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Well, I think that it has encouraged me to not be afraid of new technologies but to

actually be encouraged to try and to use them as best as I can. I think that it's made me a

more open teacher.

Thomas adds,

If we do not like the technology, they pick up on that vibe and it just spirals from there.

To make it work, you have to have a certain level of buy-in or you are setting the

technology up to fail.

Teachers' beliefs about the role of technology in education play a critical role in this transition.

Those who view technology as a powerful enhancer of student engagement and learning

outcomes are more likely to integrate it effectively into their teaching strategies.

However, the integration of technology also challenges deeply held beliefs about the

nature of teaching and the teacher's role in the classroom. For some educators, relinquishing

control and allowing students to take a more active role in their learning through technology can

be a daunting prospect. This tension between traditional teacher-centered methods and the

emerging demand for student-centered approaches reveals the complex interplay between

technology, teaching practices, and educational beliefs. Samantha explains,

My experience is that I need more practice, or I need more professional development

with technology. In my experience, my students achieve more without it, so overall, in

my classroom, technology is not a prominent thing. We use it, but we do not use it a lot.

Pedagogical Shifts

The integration of new instructional technologies into classrooms has catalyzed

significant pedagogical shifts, compelling teachers to reevaluate and adjust their instructional

strategies and methodologies. These changes are reflective of a broader movement towards more

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dynamic and interactive learning environments, where technology serves not just as a tool for

information dissemination, but as a platform for fostering deep engagement and personalized

learning experiences. Melissa explains, “The biggest thing I noticed that technology has assisted

with is in my core subject area. The range of things that the students are able to access, see, and

try has skyrocketed.” Allison adds, “I have seen growth in both the excitement and willingness to

do reviews. The interactivity of the technology applications has made a notable difference in the

participation of certain classroom routines.”

Teachers have increasingly moved away from traditional lecture-based methods towards

more student-centered approaches that leverage technology to facilitate interactive and

collaborative learning experiences. This shift has seen the adoption of blended learning models,

where digital resources and online platforms complement in-person instruction, allowing for a

more flexible and accessible learning environment. Bethany shared, “I started using new

approaches to my classes while trying to find a way to maintain an acceptable level of rigor. One

I found very useful during the pandemic was the flipped classroom model.” Robert added, “I

found that my normal methods were not working when students would just leave their cameras

off. I had to adopt a different approach by shifting the focus to them.”

Evolving Educational Beliefs

As teachers navigate the complexities of integrating digital tools into their classrooms,

many have experienced a transformation in their pedagogical beliefs, recognizing the potential of

technology to enhance student learning outcomes and engagement. Daniel states, “Initially, I was

super nervous about the instructional technology because, again, I thought my students would

run rings around me with this, and that's not been the case.” Teachers who may have initially

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been skeptical about the effectiveness of technology in education have, through firsthand

experience, come to appreciate its ability to provide diverse and dynamic learning opportunities.

Allison shared,

In the beginning, I did not think I would be able to handle the change. I did not think the

tools provided would be enough, and in some ways they were not, but as it went on

student engagement increased and it allowed me to explore different things.

The transition to online and blended learning environments, especially during the COVID-19

pandemic, underscored technology's capacity to maintain educational continuity and access. This

experience has broadened teachers' perspectives on the indispensability of technology in

fostering an adaptive and resilient educational system.

Participants noted the successful integration of technology has led to reevaluating the

teacher's role in the learning process. Educators are shifting from being the sole source of

knowledge to facilitators of learning, guiding students through personalized learning paths

enabled by technology. This shift has fostered a more collaborative and student-centered

classroom environment, where students are encouraged to take ownership of their learning,

explore subjects more deeply, and develop critical thinking and problem-solving skills. Bethany

explains, “The new approach allows students to engage with material at their own pace before

class, promoting a more active and student-centered learning environment.” Angela added,

“After researching strategies on a flipped classroom, I knew that was what I needed to do. The

change increased the scope of available technology and learning opportunities.”

Outlier Data and Findings

In exploring secondary school teachers' perceptions and experiences with integrating

instructional technology, most findings aligned closely with the anticipated challenges and

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impacts on teaching practices. However, the researcher also revealed significant outliers that

demand our attention. These outliers, (a) speculations on the future of education, (b) the health

implications of prolonged screen time, and (c) the ethical dilemmas surrounding academic

integrity present a multifaceted view of technology's role in education. They underscore the need

to consider the broader implications of digital tools on students' well-being and the integrity of

the learning process, beyond the immediate pedagogical benefits and challenges.

Speculations on the Future of Education

One participant speculated on the future of education, raising poignant questions about

the trajectory of technological integration in schools. A scenario where reliance on technology

not only reshapes teaching methodologies but also fundamentally alters the educational

landscape, potentially leading to environments where human interaction is minimized in favor of

digital learning platforms. This speculation underscores a critical crossroads: the balance

between leveraging technology for educational advancements and preserving the essence of

traditional, interaction-rich educational environments. Kyle offered,

Looking at what has happened, and were we seem to be going, I worry that the lack of

teachers and resources will lead us to placing the students into auditoriums where they

will complete their classes on Chromebooks, or similar devices.

The perspective invites a reflection on the implications of such a shift, highlighting the need for a

thoughtful approach to integrating technology in a way that enhances rather than diminishes the

educational experience. It also prompts a broader discussion on the sustainability of educational

models heavily reliant on technology, questioning how such shifts might impact the role of

teachers, the nature of student engagement, and the overall quality of learning.

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Health Implications of Screen Time

A few participants shared concerns about the health implications of screen time and shed

light on an essential aspect of technological integration in education. They emphasize the

potential adverse effects of excessive exposure to screens, including physical strain, diminished

attention spans, and the broader impact on students' mental health. Their insights underscore the

importance of finding a balanced approach to using technology in the classroom, one that

maximizes its benefits for learning while minimizing negative health outcomes. Clara shared, “I

worry about the amount of work that we do on computers, like students doing all their work on a

screen is probably not the most healthy.” Angela added,

So I have noticed now, that the students seem to have an addiction to their devices. For

example, when you have them put them away, they pull them back out without realizing

it; many of them are addicted in a way that is disturbing.

This discussion points towards the necessity of incorporating digital wellness strategies into

educational planning, ensuring that technology serves as a tool for enhancing learning without

compromising students' well-being.

Academic Integrity and Ethical Use of Technology

A few participants shared concerns highlighting a critical aspect of technology in

education: the challenge of maintaining academic integrity in the digital age. They point to the

ease with which students can access information and potentially misuse technology for dishonest

purposes, such as plagiarism or cheating. Samantha explains,

We have a problem with students having their Chromebooks, their technology, and then

another big factor is the ability of students to actually be dishonest when using certain

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programs. Because yes, there are some programs where students are able to actually

obtain answers to assignments, and so it doesn't help them to cheat, but they will.

Bethany added, “But it is also really easy to fake your way through a lot of online assignments

and even writing now.” This issue underscores the need for educators to develop strategies that

not only leverage technology for learning but also instill ethical practices among students.

Research Question Responses

One central research question and three sub-research questions guided this transcendental

phenomenology study to explore the lived experiences of secondary teachers during the rapid

implementation of new instructional technology amidst the COVID-19 pandemic.

Central Research Question

What are the experiences of secondary teachers who have participated in the rapid

implementation of instructional technology during the COVID-19 pandemic? The participants’

overall perspective is that they faced a swift transition to digital platforms during the COVID-19

pandemic, requiring rapid adaptation and innovation. Their experiences ranged from initial

struggles that they attributed partly to a lack of training, to eventual proficiency, highlighting

resilience and a shift towards more interactive and student-centered teaching methods. Simon

explained,

The shift to online learning was like a sudden switch from football to track. Instead of

strategizing as a team, we were racing against time, individually trying to figure out how

to make everything work. It was challenging, but we ended up overcoming the initial

hurdles. Just like in sports, we had to adapt to the new environment and learn new ways

to achieve our goals.

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Despite initial challenges, many participants observed significant benefits in flexibility, access to

diverse resources, and the ability to connect with students in novel ways. Furthermore, this

transition has sparked a broader conversation about the future of education, encouraging

educators to rethink traditional teaching methods and consider the potential of blended learning

models that incorporate both in-person and digital elements.

Sub-Question One

How do secondary school teachers perceive the effectiveness of instructional technology

in enhancing student engagement and learning outcomes? Participants perceived instructional

technology as effective for enhancing student engagement and learning outcomes, especially

when using interactive tools and games. The shift to online learning also fostered creativity and

flexibility in teaching methods, contributing to a more dynamic learning environment. Many

participants highlighted the importance of leveraging technology to personalize learning

experiences, making it possible to cater to their students' varied learning styles and needs. For

example, Melissa explained,

The possibility to captivate student interest is big. Whenever I feel like I can ride that

high of a current trend, I stop and plan it out. I'm going to make an entire project about

TikTok dances and the viral nature of art and stuff to pull the students into the learning

goals.

Sub-Question Two

What challenges do secondary school teachers encounter when incorporating

instructional technology into their classroom routines? The main challenges included inadequate

training, technical difficulties, and the digital divide among students. These issues sometimes

hindered the seamless integration of technology and impacted the educational experience,

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underscoring the need for better support and infrastructure. The participants expressed concerns

about maintaining student engagement and participation in a virtual environment, as the lack of

physical presence made it more challenging to gauge and respond to students' needs effectively.

The rapid shift also highlighted the importance of digital literacy for students and educators,

prompting a call for ongoing professional development opportunities focused on instructional

technology. Samantha provided a prime example of this when she explained,

The biggest challenge was learning how to use the instructional technology because I

began teaching so long ago. I find myself having to ask someone else how to use the

programs they give us because I am not as fluent with technology.

Balancing screen time with traditional learning methods emerged as a challenge, with teachers

striving to find effective blends of digital and non-digital activities to maintain a healthy and

productive learning environment.

Sub-Question Three

How do secondary school teachers' attitudes and beliefs towards instructional technology

influence their adoption and implementation in the classroom? The participant's attitudes and

beliefs played a crucial role in adopting instructional technology. Initial resistance due to comfort

with traditional methods gave way to acceptance, and many of the participants witnessed the

benefits of technology for student engagement and learning. The evolution of the participants'

perspectives was often marked by a growing recognition of the potential of technology not only

to supplement but also to transform educational practices, leading to more innovative and

interactive teaching strategies. Furthermore, teachers who embraced a growth mindset found

themselves more willing to experiment with new tools and approaches, viewing challenges as

opportunities for learning and professional development. Bethany shared,

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Eventually, I learned to embrace it. I started to have them screencast themselves, and the

students were like, wow, you are really brave! I would never have been able to judge

their presentation skills if I did not take that initial risk, and while it is scary each time, it

did allow me to maintain a certain level of rigor that was lost with distance learning.

Summary

This chapter introduced the participants of this study and explored their experiences with

the rapid implementation of instructional technology during the COVID-19 pandemic.

Employing a qualitative analysis, the study identified key themes that were developed using

Moustakas’ (1994) transcendental phenomenological approach around the effectiveness of

instructional technology in enhancing student engagement and learning outcomes, the challenges

encountered in integrating these technologies into educational practices, and the pivotal role of

teachers' attitudes and beliefs in adopting and implementing digital tools. The findings reveal that

despite initial hurdles such as inadequate training and technical difficulties, many of the

participants recognized the potential of instructional technology to foster a more interactive and

personalized learning environment. A significant insight from the study is the transformation in

teaching methodologies, with educators moving towards more student-centered approaches and

leveraging technology for innovative instructional strategies. This shift not only addressed the

central research question but also highlighted the importance of support and professional

development in facilitating the effective use of instructional technology. The resilience and

adaptability of teachers emerged as crucial factors in navigating the challenges presented by the

pandemic, ultimately contributing to an enhanced educational experience that could shape the

future of teaching and learning in a post-pandemic world.

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CHAPTER FIVE: CONCLUSION

Overview

The purpose of this transcendental phenomenological study was to describe the lived

experiences of secondary teachers who had undergone rapid instructional technology turnover in

the transition from a traditional classroom environment to a digital secondary classroom during

the COVID-19 pandemic in an urban area in southeast Georgia. The 12 participants in this study

brought forward their unique narratives, highlighting the multifaceted challenges and

opportunities presented by this abrupt shift. This chapter, through meticulous analysis, interprets

these findings, situating them within the broader context of educational research and practice. It

is organized into five discussion subsections that encompass the interpretation of findings,

implications for policy and practice, theoretical and methodological implications, limitations and

delimitations, and recommendations for future research. The chapter aims to refine the study's

findings, presenting a detailed discussion that bridges the gap between the lived experiences of

teachers and the implications for the educational field. A final summary will conclude the

chapter.

Discussion

This section begins with a comprehensive summary of the study's outcomes, aligning

them with the developed themes and interpreting these considering theoretical and empirical

frameworks. This analysis is grounded in the perspectives of secondary teachers, as captured

through interviews, focus groups, and document analysis, providing a rich, nuanced

understanding of their experiences. The themes identified reveal the complexities and challenges

faced by educators, as well as the strategies they employed to navigate the abrupt transition to

digital teaching platforms. The integration of Knowles's adult learning theory offers a lens

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through which to view these experiences, highlighting the adaptive and self-directed learning

approaches of the teachers in mastering new technologies for classroom integration.

Summary of Thematic Findings

Three themes and six subthemes emerged from this research study: (a) Adaptation to

Rapid Technology Changes, including the subthemes of Learning Curve and Resourcefulness

and Embracing Innovation; (b) Challenges in Technology Integration, including the subthemes of

Technical Difficulties and Support Needs and Resistance and Acceptance; (c) Impact on

Teaching Practices and Beliefs, produced the subthemes: Pedagogical Shifts and Evolving

Educational Beliefs. Knowles's theory, which emphasizes the self-directed nature of adult

learning, provided a critical lens through which to view teachers' efforts to navigate and master

the demands of distance learning during the COVID-19 pandemic. The analysis highlighted that,

despite initial hurdles such as inadequate training and technical difficulties, secondary educators

were able to foster environments that were as engaging, interactive, and conducive to growth as

traditional classrooms. This was achieved through a commitment to applying best practices,

adapting teaching methods to meet the needs of the students, and ensuring active participation

from all stakeholders—teachers, students, and parents alike. These conclusions are drawn from

interviews, documentation, and group discussions and were further enriched by existing

literature on adult learning and technology integration in education.

Adapting to rapid technology changes was a clear theme from the data analysis. The

learning curve was steep as participants had to quickly learn new software and platforms,

requiring a high level of adaptability. Despite these challenges, participants gradually recognized

the value of digital tools, not just as temporary solutions but as lasting additions to their teaching

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methods. This shift was gradual, rooted in trial and error, and reflective of a broader change

towards more interactive, tech-based teaching approaches that better-met student needs.

Technology integration posed several challenges, including technical issues and the need

for pedagogical and emotional support. Participants referenced technical glitches and limited

access to necessary equipment, which often interrupted the learning process, underscoring the

importance of comprehensive support for educators. Participants' reactions varied widely, from

initial resistance due to unfamiliarity with new tools to eventual acceptance as the advantages for

student engagement and learning outcomes became clear. This range of responses highlighted the

overall shift in the education sector towards acknowledging the significant role of technology,

spurred by the need to adjust to the unique circumstances brought about by the pandemic.

The impact on teaching practices and beliefs led to a significant shift towards

studentcentered learning enabled by digital tools. Participants shared their shift from traditional

lectures to more interactive, collaborative teaching methods that used technology to boost

student engagement and independence. This change was not just about using new tools but also

about a fundamental shift in educational approaches, with a growing emphasis on adapting

teaching to the current needs of the students. These changes in beliefs and practices represented a

departure from traditional norms, driven by a commitment to address pandemic challenges and

innovate education.

Critical Discussion of Findings

The findings of the researcher expand upon the literature by providing in-depth insights

into the real-world implications of instructional technology integration during a crisis. Educators

shared their experiences of adapting to new digital landscapes, highlighting the crucial role of

professional development in building technological self-efficacy and addressing barriers to

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technology adoption. Their stories reveal the significant emotional, psychological, and social

challenges encountered, underscoring the need for a holistic approach to support that includes

emotional well-being and community building. This discussion contributes to understanding how

educators navigate and overcome the complexities of teaching with technology in times of

upheaval, emphasizing the importance of resilience, adaptability, and innovative pedagogical

strategies for engaging students remotely.

Alignment with Previous Studies

The study's findings align with established research, highlighting the significance of

professional development, the intricacies of technology integration, and the application of adult

learning theory in enhancing technological adoption by educators (Allen et al., 2022; Bragg et

al., 2021; Curran et al., 2019; de Jong & Espadeiro, 2022; Dede, 2016;). It illustrates the pivotal

role of tailored professional development in boosting educators' this section needs echnological

self-efficacy and addresses the multifaceted barriers educators encounter when integrating

technology, emphasizing the need for adequate resources and support. The study also confirms

the effectiveness of aligning technology use with pedagogical challenges, as suggested by adult

learning theory, enhancing educators' confidence, and engagement. This collective evidence

underscores the necessity for professional development programs to be both comprehensive and

specifically relevant, ensuring meaningful technology integration in educational settings.

Professional Development and Technological Self-Efficacy

Prior research underlines the critical role of professional development in fostering

educators' technological self-efficacy and pedagogical adaptation (Choi et al., 2019; Culp-Roche

et al., 2021; Kasalak & Dagyar, 2020; Tschannen-Moran & Hoy, 2001; Weißenfels et al., 2022;

Yang, 2021). Many of the study’s participants expressed frustration with the lack of

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comprehensive training at the onset of the pandemic. The participants noted their struggles with

adapting the new instructional technologies into their educational strategies, noting the necessity

of trial and error to discover how to serve their students best utilizing new instructional

technologies. These recounts align with past findings, showcasing the importance of

implementing professional development tailored to the instructors' specific needs.

Barriers to Technology Integration

Past research shows that educators often face personal, structural, and pedagogical

barriers when adopting new technologies (Akhter et al., 2022; Bedir, 2019; Bowman et al., 2022;

Farjon et al., 2019; Lai et al, 2022; Schmitz et al., 2022; Valtonen et al., 2022). Participants of the

study emphasized their struggles with adopting the new technology highlighting the lack of

adequate resources, personal resistance to technology, and lack of technology based instructional

strategies. The study participants who expressed a more positive experience indicated

significantly less barriers to adopting new technologies which is in line with previous research

studies (Akhter et al., 2022; Bowman et al., 2022; Schmitz et al., 2022; Valtonen et al., 2022).

This correlation between resource availability and successful technology adoption underscores

the need for comprehensive infrastructure and training programs tailored to educators' needs,

facilitating smoother transitions to digital instruction.

Adult learning theory and technology Integration

Drawing from Knowles' Adult Learning Theory, prior research indicates that educators'

willingness to integrate technology into their teaching is significantly influenced by their

perception of the relevance of these tools to their instructional challenge (Cahapay & Anoba,

2021; Kuo & Belland, 2019). This principle suggests that teachers are more inclined to adopt and

effectively utilize technology when they recognize a clear link between technological tools and

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solutions to their pedagogical issues (Taghizadeh & Hasani Yourdshahi, 2020). Study

participants expressed their increased confidence and engagement when utilizing technology that

directly addressed their specific teaching needs and challenges. They noted that practical,

handson training and examples of technology application in the classroom significantly enhanced

their understanding and implementation strategies. This feedback reinforces the importance of

designing professional development programs that are not only comprehensive but also

contextually relevant, ensuring that technology integration is both meaningful and effective for

educators.

Divergence from Existing Literature

The researcher's findings reveal significant departures from existing literature,

particularly in addressing the emotional, psychological, and social challenges faced by educators

during the transition to digital learning platforms. Unlike previous research that primarily

concentrated on technical and pedagogical aspects, the researcher brings to light the stress,

anxiety, and feelings of isolation experienced by teachers. It underscores the importance of

incorporating emotional and psychological support, as well as fostering a sense of community

among educators, into professional development initiatives. This comprehensive approach is

essential for addressing both the tangible and intangible barriers to effective technology

integration in education.

Emotional and Psychological Impact on Teachers

Previous research has focused on technology integration challenges from technical and

pedagogical perspectives, often overlooking the emotional and psychological effects on teachers

(Almusharraf & Khahro, 2020; Barton & Dexter, 2020; Cooper et al., 2020; Ewing & Cooper,

2021; Paulus et al., 2020). The researcher reveals that teachers experienced significant stress,

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anxiety, and uncertainty as they adapted to new digital teaching methods. Participants expressed

feeling overwhelmed by the rapid shift to online learning and the steep learning curve. Their

experiences underscore the importance of incorporating emotional and psychological support

into professional development programs, highlighting a gap in current research and practice for a

holistic approach to technology integration in education.

Professional Isolation and the Need for Community Support

Earlier research has often neglected the social aspects of technology use in education,

focusing more on its technical and instructional impacts programs (Bragg et al., 2021; Curran et

al., 2019; Ovcharuk et al., 2022; Powell & Bodur, 2019). The researcher, however, sheds light on

the sense of professional isolation teachers felt while adapting to remote teaching, disconnected

from their colleagues and the usual school environment. Such isolation was found to negatively

impact their well-being and reduce opportunities for collaboration and support. Participants

highlighted the importance of community and collaboration, indicating a need for professional

development initiatives to emphasize strategies that enhance connectivity and community among

educators, addressing the isolation experienced during remote teaching.

Extension of Research

This research expands upon existing studies in key areas: transitioning educational

paradigms towards technology-centric pedagogy and developing innovative strategies for student

engagement in remote learning. It highlights the necessity for educators to adapt their teaching

practices to incorporate digital tools effectively, moving beyond traditional methods to foster

interactive and engaging learning experiences. Additionally, it emphasizes the importance of

creative approaches to maintain student interest and participation in remote settings,

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underscoring the need for continuous innovation in pedagogical strategies to address the diverse

needs of learners in the digital age.

Shift in Educational Paradigm towards Technology-Centric Pedagogy

Past research suggested that the shift towards a technology-centric pedagogy marks a

transformative period in education, where digital tools are not just supplements but core

components of teaching strategies (Bernacki et al., 2020; Farjon et al., 2019; Liu et al., 2020).

This evolution requires educators to not only master new technologies but also to rethink their

pedagogical approaches to foster a more interactive, engaging learning environment (Cataudella

et al., 2021; Culp-Roshe et al., 2021). The integration of technology into curriculum design

emphasizes the need for a holistic understanding of how digital tools can enhance learning

outcomes, promoting a shift from traditional teaching methods to innovative, technology-driven

educational models.

Innovative Strategies for Student Engagement in Remote Learning

Prior research recognizes that engaging students in remote learning environments

presents unique challenges and opportunities for innovation (Dong et al., 2020; Bernacki et al.,

2020; Szymkowiak et al., 2021). Strategies such as gamification, interactive multimedia content,

and virtual collaboration platforms have been identified as effective means to maintain student

interest and participation (Anderson et al., 2017; Barbour, 2016; Cheng, 2019; Cheung Ruby

Yang, 2017; Chung, 2018; Engin, 2014; Kozikoglu, 2019). These methods underscore the

importance of adaptability and creativity in lesson planning, ensuring that remote learning is not

only accessible but also dynamic and engaging. The focus on student engagement highlights the

necessity for educators to continuously explore and implement new strategies that leverage

technology to meet the diverse needs of learners in a digital age.

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Implications for Policy or Practice

This investigation has unveiled insights that carry significant implications across

theoretical, empirical, and pragmatic dimensions for educators, administrators, and policymakers

involved in digital education. Drawing from the collective experiences of the pandemic-driven

shift to online learning, it's evident that with the right blend of support and resources, educators

can effectively navigate the complexities of digital platforms to foster environments conducive to

student engagement and learning (Bragg et al., 2021; Powell & Bodur, 2019). Essential to this

process is the provision of continuous professional development and a supportive community

that champions collaboration and shared learning among teachers (Allen et al., 2022; Chaipidech

et al., 2022; Martin et al., 2019). This section delves into the policy and practice implications,

informed by the data and discussions explored in this study, emphasizing the critical role of

sustained support, training, and the cultivation of a collaborative educator community in

realizing the full potential of digital education.

Implications for Policy

The findings of this research indicate the potential for significant impact on policy.

Policies directly influence everyday educational practices and strategies, underscoring the

necessity for supportive measures that enable the effective integration of technology in teaching.

This research underlines the importance of crafting policies that bolster professional

development and technological accessibility. The researcher found implications for school

districts and higher education.

Implications for School Districts. Three main implications can be drawn from this study

regarding potential school district policies on enhancing professional development. First, a

comprehensive approach to professional development that includes ongoing training and support

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in digital literacy and innovative instructional strategies for distance educational models is

essential. All participants supported the idea of regular professional development sessions

dedicated to provide instructional strategies for distance education and training on instructional

platforms. Participants also supported the idea of monthly or quarterly E-Learning days to help

maintain the readiness of all stakeholders. An E-learning day would allow stakeholders to

practice a distance learning model and report any issues in a low-stakes environment.

Second, policies should prioritize equitable access to technology for all stakeholders.

Participants also noted that while the COVID-19 pandemic had forced the district to provide a

laptop to every student, it did not fully address all issues that prevented some students from

accessing their classes. Three of the participants reported issues of students being unable to

access digital instruction due to inconsistent internet access. Equitable access involves not just

the provision of digital devices but also ensuring reliable internet connectivity and access to

quality digital content. Policies should aim to eliminate the digital divide by targeting resources

and support to underserved communities, thereby fostering an inclusive learning environment.

Training and resources should be provided to educators to effectively integrate technology into

their teaching, ensuring that all students, regardless of their background, can benefit from digital

learning opportunities.

Finally, continuous evaluation and upgrading of digital infrastructure should be

maintained to keep pace with technological advancements and evolving educational

requirements. Policies should not only support the maintenance of digital infrastructure but also

facilitate structured shifts to distance education models when necessary. This approach ensures

that educational institutions can adapt quickly to changing circumstances, such as those

prompted by global challenges or advancements in educational technology while addressing the

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concerns of the participants. Emphasizing resilience and flexibility, these policies should

encourage the adoption of cloud-based solutions, robust data protection measures, and scalable

digital platforms. Engaging with the latest in educational technology and digital tools will enable

institutions to offer diverse and effective learning experiences, regardless of physical location.

Implications for Higher Education. The transition to distance educational models

during the COVID-19 pandemic has underscored the emergence of new teaching paradigms,

necessitating a reevaluation of how pre-service teachers are prepared for their future roles.

Ensuring pre-service teachers are adept at teaching in a digital environment is crucial. Policies

should mandate the integration of digital educational strategies and platform proficiency into

teacher training programs. This approach guarantees that new educators can effectively manage

distance learning, providing a foundation for their future teaching careers. Adopting policies that

broaden the curriculum to include digital educational strategies equips pre-service teachers with

essential skills for engaging students in virtual classrooms. Such measures are fundamental in

preparing educators to deliver quality education across various digital platforms, addressing the

dynamic needs of modern learners.

Implications for Practice

The findings from this research underscore the need for teachers and administrators to

actively engage in practices that support the effective integration of technology within the

educational landscape. The experiences of the participants yielded insights that should have a

direct influence on practical applications. The researcher found practical implications for

teachers and administrators.

Implications for Teachers. Teachers who proactively seek professional development in

instructional technology gain significantly by enhancing their familiarity and skills with digital

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tools. This effort not only elevates their instructional capabilities but also ensures they are

wellequipped to incorporate the latest technological advancements into their teaching practices.

Simon shared that in the wake of the COVID-19 pandemic, he has been actively seeking

seminars and learning opportunities to increase his knowledge of how to incorporate

instructional technologies and distance teaching strategies into his classroom. He added,

“Recently, I have been attending professional development seminars that have focused on

improving our ability to assist students through digital learning platforms. Some of the things

that I have learned from them have been very helpful in creating more engaging activities.” All

the participants mentioned their desire to improve their knowledge of how to better utilize

instructional technologies. Integrating distance learning strategies into traditional classroom

routines can offer teachers a versatile approach to education, maintaining a level of familiarity

with digital platforms among students. By adopting such strategies, teachers can foster a blended

learning environment that leverages the strengths of both in-person and online educational

methods. Many shared examples of how they were incorporating instructional strategies that they

learned from professional development, like the flipped classroom model, into their classrooms.

The collective enthusiasm among participants to enhance their mastery of instructional

technologies highlights a widespread acknowledgment of its importance in modern education.

The shared experiences, particularly the application of strategies like the flipped classroom

model, reflect a broader trend toward innovative teaching methodologies. These approaches not

only make the learning process more interactive but also empower students to take a more active

role in their education. By incorporating these strategies, teachers are not only improving their

pedagogical skills but also significantly enriching the educational experience for their students,

thereby fostering a more dynamic and effective learning environment.

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Implications for Administrators. Administrators play a crucial role in shaping the

educational landscape, especially in the context of integrating technology into learning

environments. The influx of instructional technology during the COVID-19 pandemic

highlighted the adaptability and resilience of educational systems, presenting administrators with

an opportunity to redefine the learning experience. By integrating these technologies,

administrators can facilitate a transition towards a blended learning environment that combines

the strengths of both traditional and digital education. This approach not only enriches the

curriculum but also offers students a more flexible and personalized learning journey,

underscoring the importance of strategic leadership in navigating the complexities of modern

education.

Enhancing the readiness of all stakeholders for any forthcoming shifts to distance

learning models is a critical implication for administrators. This involves not only offering

professional development opportunities for teachers but also creating a culture of collaboration

among educators to exchange effective practices, alongside promoting innovative teaching and

learning methods that incorporate technology. Implementing periodic online learning days to

maintain effective practices and general readiness ensuring a seamless transition to distance

learning when necessary.

Theoretical and Empirical Implications

The theoretical and empirical implications of the findings are discussed in this section.

The theory that served as a framework for this study was Knowles’s (1968) adult learning theory.

This framework facilitates a deeper understanding of the challenges and innovations in

instructional technology integration encountered by secondary teachers during the COVID-19

pandemic. Through this lens, the study not only validates the principles of adult learning in a

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crisis-driven educational context but also underscores the significance of professional

development in equipping educators with the necessary skills and confidence for effective

technology use. This exploration contributes valuable insights into the dynamics of teaching and

learning in unprecedented times, emphasizing resilience, adaptability, and the critical role of

supportive educational environments.

Theoretical Implications

The research confirms and extends existing literature on the efficacy of adult learning

theory in the context of professional development and technology integration. By focusing on the

self-directed, experiential learning of teachers as they adapted to new technologies, the

researcher corroborates findings by Merriam (2001), and others, emphasizing the critical role of

self-efficacy and belief systems in successful technology adoption (Bragg et al., 2021; Choi et

al., 2019; Diep et al., 2019; Kasalak & Dagyar, 2020). The study reinforces the impact of

professional development on enhancing teachers' pedagogical and technological skills (Bragg et

al., 2021; Ovcharuk et al., 2022). These elements not only influence teachers' willingness to

integrate technology but also their capacity to leverage it in ways that enrich the learning

environment, despite initial barriers and challenges.

The present study diverges from previous research by delving into the unique context of

the COVID-19 pandemic, offering a fresh perspective on the rapid, compulsory integration of

instructional technology. It extends the conversation around adult learning theory and technology

integration by highlighting the resilience and adaptability required of teachers in an emergency

remote teaching scenario. This nuanced understanding underscores the complexity of technology

adoption in crisis conditions, suggesting that adaptability and resilience are as crucial as

selfefficacy and pedagogical beliefs in navigating such unprecedented changes.

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Empirical Implications

The empirical knowledge gained from this study emphasizes the importance of quality

professional development opportunities that not only develop teachers' technical skills but also

nurture positive and flexible pedagogical and technological beliefs (Bond & Bedenlier, 2019;

Granić & Marangunić, 2019). Such development is crucial in fostering an environment where

educators feel equipped and confident to integrate technology into their teaching practices

effectively. By aligning with adult learning theory, which suggests adults learn best when

engaged in self-directed, experiential, and relevant learning (Merriam, 2001), professional

development programs can be designed to meet teachers where they are, respecting their

knowledge and experiences while challenging them to explore new methodologies and

technologies. This approach not only enhances teachers' self-efficacy in technology integration

(Choi et al., 2019; Kasalak & Dagyar, 2020) but also promotes a culture of continuous learning

and adaptation, which is essential in the rapidly evolving landscape of educational technology.

The study's findings advocate for professional development that is collaborative, contextspecific,

and continuous, offering insights into how such initiatives can contribute to the creation of

resilient and innovative educational ecosystems capable of navigating future challenges in

technology integration and beyond.

Limitations and Delimitations

One limitation of this study is its reliance on context-specific findings that might not be

universally applicable across different educational settings or during non-crisis periods. The

unique conditions of the COVID-19 pandemic provided a rare opportunity to study the rapid

integration of instructional technology, but the insights gained may have limited transferability to

more conventional educational contexts. Another limitation stems from the potential for

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selfreporting bias. Given that the data were primarily collected through interviews and focus

groups, there's a possibility that participants' responses could reflect a more favorable or socially

acceptable view of their experiences and capabilities with technology integration, thus affecting

the authenticity of the reported findings.

Two delimitations of the study are particularly noteworthy. The first is the study's

geographical focus on a single urban area in southeast Georgia. While this might seem to narrow

the research scope, it allows for an in-depth exploration of instructional technology integration

within a specific educational ecosystem. The study's focus on secondary teachers only, from this

singular geographical location, constitutes another delimitation. This choice was made to delve

deeply into the experiences and challenges unique to this demographic during the transition to

digital learning environments. By concentrating on secondary education, the study aims to

uncover insights relevant to the pedagogical needs and technological engagement strategies

pertinent to this specific teacher and student population.

Recommendations for Future Research

Future research should continue to investigate the professional development needs of

teachers in the digital age, emphasizing the design and delivery of programs that not only

improve technical skills but also address pedagogical and technological beliefs. The study

highlighted the critical role of support and training in enabling teachers to effectively integrate

technology into their teaching practices. Further research could explore the specific types of

professional development that are most effective in fostering a positive and flexible approach to

technology use in education. This includes examining the impact of different professional

development models, such as peer-led workshops, online courses, and hands-on training

sessions, on teachers' self-efficacy and student learning outcomes.

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Another critical area for future research is the exploration of digital equity and access.

The study's findings point to the digital divide as a significant challenge in technology

integration, particularly in urban areas like southeast Georgia. Future studies could investigate

strategies for ensuring equitable access to technology and high-quality digital content for all

students, regardless of their socio-economic background. This research could examine the role of

school districts, government policies, and community initiatives in bridging the digital divide and

creating inclusive digital learning environments.

Additionally, the study suggests the need to reevaluate instructional strategies in light of

the rapid adoption of digital tools. Future research could explore innovative teaching methods

that leverage technology to enhance student engagement and learning. This includes

investigating the effectiveness of blended and flipped classroom models, project-based learning,

and gamification in various subject areas and educational levels (Cataudella, 2021; Pellerone,

2021; Yang, 2021). Research could also examine the long-term impacts of these pedagogical

shifts on students' academic achievement, social-emotional development, and readiness for the

21st-century workforce.

Finally, the study opens questions about the sustainability of emergency remote teaching

practices and the future of education technology integration beyond the pandemic. Future

research could explore the lessons learned from this unprecedented period and how they can

inform the development of resilient, flexible, and effective digital learning ecosystems. This

includes studying the potential for hybrid learning models that combine the best aspects of

inperson and online education, as well as the implications of such models for teacher training,

curriculum development, and educational policy.

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