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The Impact of Fine Motor Skills on Students’ Reading Level
Dayna Crawford
School of Education, Liberty University
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Abstract
The relationship between fine motor skills and students’ reading levels has gained
increasing attention in educational research. Fine motor skills, including handwriting, dexterity,
and hand-eye coordination, are foundational to the development of literacy, particularly reading
proficiency. This paper explores the impact of fine motor skills on students’ reading levels,
applying embodied cognition theory to explain how physical interactions, such as manipulating
writing tools, contribute to cognitive processes involved in reading. By reviewing recent studies,
this paper highlights the significant role of motor skill interventions, including technology-based
and goal-oriented play activities, in enhancing both motor coordination and literacy outcomes.
While much of the research focuses on early childhood, this paper also addresses the need for
further investigation into how fine motor skills continue to affect reading proficiency throughout
different educational stages. The findings suggest that targeted interventions to support fine
motor development can improve reading outcomes and should be integrated into literacy
programs to support students’ academic success.
Keywords: fine motor skills, literacy, reading proficiency, embodied cognition,
education, motor skill development
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The Impact of Fine Motor Skills on Students’ Reading Level
The relationship between fine motor skills and academic achievement has attracted
interest in the field of education. The correlation between fine motor development and reading
proficiency has attracted attention as researchers seek to understand how early physical growth
in children may influence cognitive and literacy outcomes. Fine motor abilities, encompassing
tasks that include hand-eye coordination, dexterity, and the regulation of tiny muscles, are
essential for several academic activities, including writing and managing books (Greenburg et
al., 2019). This research seeks to examine the correlation between the development of students'
fine motor abilities and their reading proficiency, highlighting a sometimes neglected facet of
literacy teaching. This inquiry will utilize embodied cognition theory, which asserts that
cognitive development, including reading, is intricately linked to bodily interactions with the
environment (Sheila Landers Macrine & M.B. Fugate, J, 2020).
The relationship between fine motor skills and academic performance has become a
subject of increasing interest within the field of education. Specifically, the connection between
fine motor development and reading proficiency has gained attention as researchers seek to
understand how early physical abilities influence cognitive and literacy outcomes. Fine motor
skills, which include tasks requiring hand-eye coordination, dexterity, and control of small
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muscles, are foundational to many school-related activities such as writing and handling books
(Greenburg et al., 2019). This paper aims to explore how the development of fine motor skills
impacts students’ reading levels, shedding light on an often-overlooked aspect of literacy
education. To frame this exploration, embodied cognition theory will be employed which posits
that cognitive development, including reading, is deeply connected to physical interactions with
the environment (Sheila Landers Macrine & M.B. Fugate, 2020).
In the past decade, research has expanded on the identification of important connections
between fine motor skill development and other facets of early learning. Researchers have
discovered that fine motor abilities not only facilitate the mechanics of writing but also affect
cognitive processes essential for reading comprehension, including visual attention and
sequencing. Handwriting has been shown to enhance memory retention and phonological
understanding, both critical components of reading development (Lê et al., 2021). The notion of
embodied cognition asserts that physical activities, like writing and text manipulation, activate
the brain in ways that improve learning. The coordination of fine motor skills directly affects
students' reading skill acquisition and retention (Farina, 2020). Nevertheless, a substantial
segment of the research has focused on early childhood, leading to gaps in our understanding of
how fine motor skills consistently affect reading as individuals go through various educational
stages.
Over the past decade, a growing body of research has identified significant links
between motor skill development and various aspects of early learning. Scholars have found that
fine motor skills not only contribute to the mechanics of writing but also influence cognitive
processes critical to reading comprehension, such as visual attention and sequencing. The act of
handwriting, for instance, has been shown to enhance memory retention and the understanding of
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phonics, both key components in reading development (Lê et al., 2021). Embodied cognition
theory supports this by suggesting that physical activities, like writing and manipulating text,
engage the brain in ways that reinforce learning. Through this lens, the coordination of fine
motor skills can be viewed as directly influencing how students process and retain literacy skills
(Farina, 2020). However, much of the research has focused on early childhood, leaving gaps in
our understanding of how fine motor skills continue to affect reading as students’ progress
through different educational stages.
Current research grounded in embodied cognition theory has explored the relationships between
reading proficiency and fine motor skills over the last five years. The researchers’ goal is to
provide insights into how fine motor interventions can be integrated into literacy programs to
support reading development at different educational levels by synthesizing findings from these
studies (Zelazo and Carlson 2020). In doing so this paper will address important questions
regarding how motor skills function in cognitive development how much motor deficit can
impede reading and how teachers can strategically incorporate the development of motor skills to
enhance literacy outcomes (Thompson & Steinbeis 2020). When developing effective literacy
education strategies to decrease the impact of fine motor skills on students reading levels the
relationship between physical movement and cognitive development becomes crucial as seen
through the lens of embodied cognition.
This paper will review recent studies conducted over the past five years that examine the
connections between fine motor skills and reading proficiency, while grounding the discussion in
embodied cognition theory. Synthesizing findings from these studies, the research aims to offer
insights into how fine motor interventions can be incorporated into literacy programs to support
reading development at various educational levels (Zelazo & Carlson, 2020). In doing so, this
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paper will address key questions about the role of motor skills in cognitive development, the
extent to which motor deficits can hinder reading, and how educators can strategically integrate
motor skills development to improve literacy outcomes (Thompson & Steinbeis, 2020). Through
the lens of embodied cognition, the interplay between physical movement and cognitive
development becomes a critical consideration in shaping effective literacy education strategies to
lessen the impact of fine motor skills on students’ reading levels.
Definitions of Key Terms
1. Cognitive development- Cognitive development is a process by which individuals
acquire, process, and develop the ability to think, understand, and reason with a growth
from the basic sensory-motor activities in infancy to more complex, abstract reasoning in
later stages of development (Ashwind et al., 2021).
2. Embodied cognitive theory- Embodied cognitive theory is the physical actions that are
integral to learning (Sheila Landers Macrine & M.B. Fugate, 2020).
3. Executive function- Executive function are the process essential for controlling behavior,
managing thoughts, and regulating emotions (Thompson & Steinbeis, 2020).
4. Literacy development- Literacy development is the process in which individuals acquire
the skills needed to read, write, and comprehend language through phonemic awareness,
phonics, vocabulary, reading comprehension, and writing skills (Ricciardi et al., 2021).
5. Fine motor skills- Fine motor skills is the strength, coordination, and control a child has t
complete not only physical task, but also for cognitive development (Ashwind et al.,
2021).
Definitions of Key Terms
The Role of Fine Motor Skills in Cognitive and Literacy Development
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The role of fine motor skills in cognitive and literacy development has become a
significant focus in recent educational and psychological research.in the development of literacy
and cognition has been the subject of recent studies in psychology and education. Studies such
as those by Lê et al. (2021) and Ashwind et al. (2021) demonstrated that fine motor skills,
particularly those related to handwriting and hand-eye coordination, play an essential role in the
acquisition of literacy skills. For instance, handwriting improves pupils' capacity to identify
letters and comprehend their spatial orientation—two skills essential to reading. According to
these findings, fine motor exercises help the cognitive process that decodes written language
which is necessary for early reading success (Greenburg et al. (2019). Handwriting, for example,
enhances students’ ability to recognize letters and understand their spatial orientation, both of
which are critical for reading. These findings suggest that fine motor activities support the
cognitive process involved in decoding written language, which is essential for early reading
success (Greenburg et al., 2019). Moreover, interventions such as virtual reality-based games,
which engage fine motor skills, have been shown to improve both motor coordination and
literacy outcomes, reinforcing the idea that fine motor development plays a key role in enhancing
reading levelsAdditionally, it has been demonstrated that interventions that target fine motor
skills like virtual reality-based games enhance literacy outcomes and motor coordination support
the notion that fine motor skills development is essential for literacy development to meet grade-
level requirements (Ashwind et al., 2021).
The theoretical framework of embodied cognition by Martin Heidegger, , discussed by
Farina (2020) and Macrine & Fugate (2020), illuminated further illuminates how fine motor
skills are integral to cognitive development. Embodied cognition posits that learning is grounded
in physical interactions with the environment, meaning that fine motor activities, such as
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manipulating writing tools or tracing letters, are essentialcrucial to the development of ing
reading and writing abilities. Embodied cognition suggests that learning is based on physical
interactions with the environment. These physical interactions support cognitive functions like
comprehension problem-solving and memory retention in addition to being purely mechanical.
As shown in investigations like Dapp et al. (2021) physical activity including motor tasks is
directly correlated with children's improved cognitive outcomes supporting the notion that the
development of fine motor skills is closely linked to the advancement of cognition and literacy.
These physical interactions are not simply mechanical but contribute to cognitive
processes, like memory retention, problem-solving, and comprehension. As demonstrated in
studies like Dapp et al. (2021), physical activity, including motor tasks, directly correlates with
improved cognitive outcomes in children, reinforcing the idea that fine motor development is
deeply intertwined with cognitive and literacy growth.
Additionally, research highlights how early motor skill development can predict long-
term academic success, particularly in reading. Studies like Greenburg et al. (2019) and
Ricciardi et al. (2021) show that children who develop strong visual-spatial and fine motor skills
at young age tend to perform better academically, especially in reading and math. These
findings suggest that early interventions aimed at improving motor skills may lead to sustained
improvements in literacy and overall academic performance. The development of fine motor
skills during early childhood education is crucial for building the foundation for literacy (Khosa,
2022). Khosa (2022) emphasizes the importance of what happens in the grade 1 classroom for
early reading literacy when there are no targeted interventions, and students who have
underdeveloped motor skills try to keep pace with their peers in literacy, but continue to struggle.
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The integrating of technology into motor skill and literacy development is an emerging
theme in several studies. Carstens et al. (2021) and Ashwind et al. (2021) discuss how virtual
reality and other technological tools can support the development of fine motor skills, which, in
turn, enhances literacy outcomes. These interventions, designed to engage students in physical
interaction with learning materials, align with the principles of Embodied cognition. Through
purposeful use of technology and play-based activities, as seen in Sutapa et al. (2021), educators
can support motor and cognitive development in ways that directly impact literacy.
Technology and Fine Motor Skills in Children’s Learning
Recent research has increasingly focused on the intersection of technology and fine motor
skills in supporting students’ reading development. Studies such as Ashwind et al. (2021)
explore how virtual reality-based games can enhance fine motor coordination, which in turn
positively influence reading proficiency. These technologically driven interventions allow
students to engage in activities that improve hand-eye coordination, dexterity, and handwriting,
all of which are foundational to early reading skills (Ludewig et al., 2022). By integrating virtual
environments with motor tasks, students are able to practice the precise motor movements that
support letter recognition, word formation, and the cognitive processes involved in decoding
text, ultimately raising reading levels.
Castens et al. (2021) further investigate the effects of technology on student learning,
particularly how digital tools can facilitate the development of both motor skills and cognitive
functions critical for literacy. The incorporation of technology in education, such as digital
writing tools and interactive apps, allows students to engage in fine motor activities in innovative
ways. These tools provide immediate feedback and tailored challenges that can help students
practice fine motor tasks like letter tracing or manipulating virtual objects. By honing fine motor
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skills through technological means, students build the muscle memory and coordination needed
for handwriting, which research shows is closely linked to reading fluency and comprehension
(Reid et al., 2015).
Additionally, the use of technology to support goal-oriented motor skill activities is
highlighted in studies like Sutapa et al. (2021), which demonstrate that play-based learning using
digital platforms can improve both motor coordination and literacy outcomes. These studies
suggest that technology, when used strategically, not only enhances fine motor skills but also
fosters cognitive development by engaging students in interactive learning experiences (Zelazo
& Carlson, 2020). By strengthening fine motor abilities through technological tools, students
develop the physical and cognitive skills necessary for reading, underscoring the importance of
integrating tech-based motor interventions into literacy instruction to boost reading levels.
Intervention through Play and Goal-Oriented Activities
Research increasingly highlightsshowed the effectiveness of intervention through play
and goal-oriented activities in enhancing fine motor skills and improving students’ reading
levels. The researchers found that play-based activities that focused on developing fine motor
coordination leads to significant improvements in early literacy skills (Sutapa et al., 2021). These
interventions, which involve structures and purposeful motor activities such as manipulating
objects, tracing shapes, and using tools, are designed to strengthen hand-eye coordination,
dexterity, and finger control. By engaging students in playful, hands-on learning experiences,
these activities are more effective than traditional instructional methods of developing reading
proficiency.
Additionally, the research by Ashwind et al. (2021) and Ricciardi et al. (2021)
emphasizes the role of goal-oriented play in cognitive and literacy development. These studies
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show that structured play activities, when directed toward specific learning goals, such as
improving fine motor coordination and visual spatial skills, can enhance students’ ability to
decode text and comprehend written language (Petscher et al., 2020). For instance, goal-directed
tasks like tracing letters with manipulatives help students develop the muscle memory and
coordination required for fluent handwriting, which research has linked to better reading
outcomes. By providing children with engaging, purpose-driven tasks, educators can foster both
moto and cognitive skills that directly impact students reading levels.
Furthermore, Dapp et al. (2021) and Khosa (2022) underscore the importance of early
interventions through play-based learning in building the foundation for literacy. These studies
showcase that goal-oriented motor activities re particularly crucial during the early years of
education, when fine motor development is closely tied to cognitive growth. Early exposure to
purposeful play that focuses on motor skills can set the stage for successful reading development
by enhancing the brain’s ability to process and retain information (Reid et al., 2015). By
incorporating goal-oriented play into early literacy programs, educators can provide students
with the essential motor skills they need to improve reading fluency and comprehension, laying
the groundwork for long-term academic success.
Learning Theory Association
In understanding the role of fine motor skills in cognitive and literacy development,
embodied cognition and concognitive developmentstructivism provide theoretical frameworks
that help explain how students learn and develop through physical interactions and experience.
This learning theory association draws upon the works of scholars such as Farina (2020) and
Macrine & Fugate (2020), who explore how bodily actions and environmental interactions are
central to cognition, as well as the foundational principles of constructivism as discussed by Roth
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et al. (2023) and Piaget’s theory of cognitive development, as reviewed by Pakpahan & Saragih
(2022) supported the multisensory use of materials to help students to adapt to learning being
presented in the classroom. Piaget’s learning theory is the stepping stone to supporting student's
needs for fine motor skill development to support reading level growth. Pakpahan & Saragih
(2022) research shared that as students move through the four stages of cognitive development
they are seeking active roles to grow and learn from the experiences presented in front of them.
Piaget continued through her research of the cognitive stages to discover that students will
continue to search for ways to learn through the Formal Operational Stage of learning which is
about the age of 12..
Both of the theories Piaget provide a comprehensive understanding of how fine motor
skills are impacting students’ reading levels. Embodied cognition explains how physical
interaction directly engages cognitive processes, while Constructivism emphasizes that active
role students play in constructing knowledge through experience. Together, these theories
demonstrate that literacy development is not solely a mental task, but one deeply intertwined
with motor activity and physical interaction (Pakpahan & Saragih, 2022). As fine motor skills
improve, students become more capable of engaging with reading and writing tasks, ultimately
enhancing their literacy outcomes.
Roth et al. (2023) explore the philosophical underpinnings of Constructivism, juxtaposing
it with Essentialism. The researchers explain that constructivism views knowledge and learning
as dynamic and shaped by experiences. In literacy development, Constructivism holds that fine
motor activities allow students to build their understanding of reading and writing through
interactive practice and engagement (Pakpahan & Saragih, 2022). Unlike Essentialist views,
which might suggestssuggested that cognitive abilities are inherent, Constructivism supports the
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notion that literacy is developed through continual interaction with the environment-whether
through handwriting, letter tracing, or using tools that require precise motor control. This
dynamic view of learning reinforces the importance of motor skill interventions in shaping
reading proficiency.
Gaps in Research
There are still several gaps in the literature that have yet to be answered unanswered
questions about the relationship between fine motor abilities and literacy development, even in
light of the expanding corpus of research connecting the two. More longitudinal research is
needed to monitor the evolution of fine motor abilities and how they affect reading ability over
time. This is one major research gap. Research highlighting the contributions of executive
functions and handwriting, such as that conducted by Lê et al. (2021), has modeled the impact of
motor skills on reading in third-grade kids. For reading abilities across grade levels to
sustainably increase due to early fine motor therapies, additional study is necessary. Similarly,
Ashwind et al. (2021) investigated the use of virtual reality games for the improvement of motor
abilities; however, nothing is known about how these treatments affect literacy results over the
long run.
Understanding how outside variables, such as socioeconomic status, ethnicity, and
classroom settings, affect the link between fine motor abilities and reading levels is another
important area of unmet research need. Early visual-spatial integration has been linked to
academic success in low-income, ethnically diverse children, according to studies like Greenburg
et al. (2019). However, little research has been done to determine how these contextual variables
interact with motor abilities to affect reading. Furthermore, Ludewig et al. (2022) have
demonstrated that the COVID-19 epidemic has brought up additional difficulties, since
THE IMPACT OF FINE MOTOR SKILLS 14
disruptions to face-to-face instruction may have had an impact on the development of motor
skills and reading success. Further investigation is required to examine the consequences of these
disturbances and how focused interventions might bridge the differences in reading results,
especially for pupils who are underprivileged or have limited motor skills.
Biblical Worldview
The topic of the impact that fine motor skills has on students’ reading levels, reflects
God’s intentional design for humans as physical and cognitive beings. Genesis 1:27 (King
James Bible, 1769/2017) reminds us that we are made in the image of God, which includes our
ability to learn, create, and engage with the world around us. Fine motor skills, such as writing
handling books, play a critical role in literacy, allowing student students to unlock knowledge
and wisdom-gifts from God that enhance their ability to understand and fulfill His purposes.
Proverbs 22:6 (King James Bible, 1769/2017) emphasizes the responsibility to train and guide
children in their development. This includes nurturing both their physical and intellectual
growth, such as fine motor skills, which equip them to engage with scripture and other
forms of learning.
Furthermore, the Bible teaches the importance of using our God-given abilities for
His glory. In Colossians 3:23, we are called to work diligently, “Whatever your do, work
heartily, as for the Lord” (King James Bible, 1769/2017). Developing fine motor skills,
particularly for reading, is the post of this calling as literacy enables students to not only
understand the world but also engage with God’s Word. By fostering these skills educators
and caregivers participate in the biblical principle of stewardship, nurturing the gifts that
God has bestowed upon each child (1 Corinthians 6:19-20, King James Bible, 1769/2017).
Ultimately, the careful development of fine motor skills helps children grow in wisdom and
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knowledge, as described in Luke 2:52, preparing them to fulfill their God-given potential in
all areas of life, including the spiritual (King James Bible, 1769/2017). Throughout the
discovery of information regarding the impact of fine motor skills within the impact on students'
reading levels, the verses from the bible seem to speak to the fact that we are building students
up to find their successes through their time in school. Educators know that as students are
leaving the classroom, school building, or even the school's location an educator's job never
stops. An educator is continually teaching, leading, and bringing students to the answers they
seek. As Colossians 3:23 stated whatever is being done make sure it is done for the Lord. This
is essential as curriculum changes, as the needs of students change, and as the world continues to
change an educator must continue to work to showcase the light and be the one person seeking
and finding answers in the Lord to help students meet expectations.
Conclusion
In conclusion, the role of fine motor skills in shaping students’ reading levels is a critical
yet often overlooked component of literacy development. As discussed throughout this paper,
fine motor skills, including handwriting, tracing, and other tasks requiring dexterity, are
foundational to students’ ability to process and comprehend written language. The application of
embodied cognition theory further underscores the importance of physical interactions in
cognitive development, demonstrating that motor skills are directly linked to how students
engage with and retain literacy skills. This connection between physical and cognitive growth
highlights the importance of incorporating motor skill development into early literacy programs,
as it enhances students’ reading proficiency and overall academic success.
By examining recent research, it becomes clear that fine motor interventions, particularly
those involving technology and play-based activities, offer promising strategies for improving
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literacy outcomes. While gaps remain in understanding the long-term effects of motor skill
development on reading levels, the integrating of these skills in educational practice provides a
holistic approach to student learning. As educators continue to explore the connection between
motor development and literacy, fine motor skills will undoubtedly play a crucial role in shaping
how students achieve reading proficiency, laying the groundwork for their future academic
achievements and intellectual growth.
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