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Change Project: Improving Patient Handoff Communication

Rough Draft

Problem Identification and Description Using PICOT Format

Problem Identification and Clinical Setting Description

Safe and effective healthcare needs proper patient handoff communication. Although crucial in clinical settings, handoff communication between nursing shifts is often unstandardized, inconsistent, and incomplete, increasing the risk of errors and poor patient outcomes. Handoff strategies vary across nursing staff in hospitals and outpatient settings, including my high-volume urban medical-surgical unit at a regional public hospital. others use memory or handwritten notes, others use minimal documentation from the electronic health record (EHR), and some make rushed or unstructured verbal reports due to shift change time needs.

The clinical environment consists of a 36-bed adult medical-surgical and patient care unit located in a large metropolitan tertiary care hospital. The hospital serves a diverse population of aged, chronically sick, and impoverished patients. The microsystem is made up of the nursing staff and their patient transfer protocols at shift start and end. Depending on shift and patient acuity, nurses transfer 4–6 patients to the next nurse three times a day. This hospital handles low-income urban patients with poor health literacy and complex care needs, making clear and precise handoffs essential for safe, high-quality care.

Clinical observations revealed many issues during patient handoffs. Incomplete information transfer misplaced or incorrect medicine or care documentation, and lack of patient participation in the handoff process are examples. Weekends and nights have higher communication difficulties owing to fewer staffing and weariness. Redundant tasks, care delays, prescription errors, and patient discontent result from poor communication. Failure to implement a structured handoff strategy in nursing practice causes many preventable errors.

Explicit Statement of the Problem and Background

The specific problem this project seeks to address is: Inconsistent and ineffective handoff communication between nursing shifts leads to information gaps, patient safety risks, and decreased care quality in adult medical-surgical units. The target population includes adult patients admitted to the inpatient medical-surgical unit and the nursing staff responsible for their care. The PICOT-formatted question guiding this project is: In adult medical-surgical units (P), how does implementing a standardized, evidence-based handoff protocol (I), compared to current unstructured handoff practices (C), affect the completeness of patient information transfer and reduction in adverse events (O) during 12 weeks (T)?

The issue is sufficiently broad to allow for several theoretical and conceptual analysis lenses. Lean and Six Sigma are systems, communication, and quality improvement frameworks. Microsystemically, Handoff reflects team culture, workflow design, individual competence, and organizational support systems. The Iowa Model and Johns Hopkins Nursing EBP Model are two examples of evidence-based practice (EBP) approaches that may guide clinical research and the use of EBP interventions. It has personal and professional significance. As a nurse, I've witnessed poor handoffs cost vulnerable patients care. Stressing novice nurses may cause burnout, poor morale, and high turnover, harming patient care. I want to learn more about this topic because I want to improve patient care, communication, and nursing workflow. I am willing to invest time this semester examining the handoff problem, designing successful interventions, and building a clinically applicable evaluation system.

Significance of the Evidence-Based Project to the Nursing Profession

Handoff communication needs improvement throughout nursing. Frequently, The Joint Commission (TJC) and the American Nurses Association (ANA) have emphasized the importance of coordinated communication in patient safety. In 2006, TJC established the National Patient Safety Goal, requiring health care businesses to use a consistent handoff approach that includes questioning (The Joint Commission, 2023). Studies show inconsistent adherence to established procedures, with many businesses failing to check compliance or evaluate outcomes. Evidence-based strategies like the SBAR framework and I-PASS handoff tool enhance communication and avoid medical errors. Pediatric Quality & Safety research found that the I-PASS handoff bundle decreased medical errors by 30% and preventable adverse events by 23% in pediatric hospitals (Blazin et al., 2020). This evidence is robust, but adult medical-surgical facilities may not use it. The microsystem approach optimizes processes within the smallest functional unit of care (e.g., a medical-surgical unit) and is optimal for real-time practice modification. Clinical observations in my unit over several months have shown a handoff communication, knowledge and practice gap (Blazin et al., 2020). Some nurses use SBAR just partially, while others have never been educated. Test findings, care goals, and patient concerns are often left out during handoffs. Antibiotic medication was delayed because the leaving nurse failed to communicate a stat order. After a fever increase, the attending nurse discovered the missing dosage, demonstrating the fatal consequences of ineffective communication.

Nurses loathe handoffs. In an informal survey, nine of 12-unit nurses were "only somewhat confident" they received complete patient information during handoff. Interruptions, scheduling constraints, and the lack of an electronic health record tool were typical. Intervention fits this knowledge-practice gap. Microsystem-specific, evidence-based handoff policies may improve care continuity and patient safety. Research supports the standardization of communication. McCarthy et al. (2025) review in BMJ Quality & Safety found that improving handoff processes with training, electronic tools, and feedback tailored to local workflows reduced communication errors and negative outcomes. The World Health Organization (WHO) Patient Safety Curriculum emphasizes scheduled handoffs as essential to safe health systems, highlighting the global significance of this challenge (WHO, 2024). Clinical leadership and real-world application of academic concepts will improve nursing education. Working with nurse managers, informatics specialists, and bedside nurses will promote interprofessional collaboration and systems-based thinking. Quality improvement and institutional policy will receive guidance from the project evaluation.

Summary

Clinical practice is plagued by inconsistent and ineffective communication during nursing handoffs between shifts. It reduces patient safety, increases adverse events, and makes medical-surgical personnel unhappy and exhausted at a major urban hospital. National recommendations like SBAR and I-PASS cannot eliminate variability and error without a unit-specific handoff technique. Employing a microsystem approach allows us to develop a realistic, scalable, and successful unit-level evidence-based intervention. The suggested program addresses a practice gap, promotes patient safety, and may improve patient and staff outcomes. It relates to nursing and my clinical interests and professional development goals. The topic's breadth and complexity enable semester-long theoretical analysis, rigorous assessment, and practical intervention planning.

Project Benefits in Terms of Cost, Time, and Quality

Healthcare sentinel events, pharmaceutical errors, patient dissatisfaction, and extended hospital stays are often caused by poor handoff communication. The handoff communication project addresses these systemic inefficiencies by improving patient information transfer between healthcare providers. Standardised handoffs improve clinical accuracy, eliminate miscommunication, and improve patient outcomes. Jorro-Barón et al. (2021) found that standardised handoff programs reduced medical errors by 23% and avoidable adverse events by 30%. These enhancements boost patient safety and care quality.

Improved communication at transitions of care reduces duplicative testing, liability, and readmissions, lowering institutional costs. Poor handoffs lead to preventable adverse events and hospital expenses, according to Desmedt et al. (2021). Simplified workflows save clinicians time explaining or correcting handoff information, improving resource allocation. Standardising handoff processes improves clinical and operational workflows by improving continuity of care, eliminating redundancy, and speeding decision-making.

Goals and Objectives Linked to Project Success

The overarching goal of the project is to improve the quality and consistency of patient handoff communication within the healthcare institution through the adoption of a standardized protocol such as SBAR (Situation, Background, Assessment, Recommendation) or I-PASS (Illness severity, Patient summary, Action list, Situation awareness, and Synthesis). The measurable objectives aligned with this goal include: (1) reducing the rate of handoff-related errors by at least 25% within six months of implementation, (2) improving staff compliance with handoff procedures to 90% adherence within three months, and (3) enhancing staff satisfaction with the handoff process, as measured by post-implementation surveys.

These goals and objectives reflect stakeholder consensus, including nurse managers, physicians, patient safety officers, and administrators. Success is dependent on shared ownership of outcomes, where all participants recognize the importance of communication during patient transitions. Establishing clear, measurable targets allows stakeholders to monitor progress and adjust strategies as needed. As Brown et al., (2023) emphasize, successful communication improvement projects are those that define achievable goals, receive leadership support, and promote interdisciplinary collaboration. In this project, aligning institutional priorities with frontline staff needs promotes sustainable change, contributing to the project's success.

Variables and Control Considerations

Implementing a clinic- or hospital-wide handoff communication enhancement project requires addressing several variables. Staffing, organisational culture, training resources, EHR integration, and financial limits are examples. Budget is a key variable that can help or impede project implementation. Staff training, educational materials, and software updates may seem expensive, but reduced errors and efficiency offset these costs. The initiative could involve phased implementation, in-house educators, or AHRQ or Joint Commission grants if budget constraints are an issue.

Staff participation and new handoff procedure compliance may also be difficult to control. The initiative will require training, audits, and accountability feedback loops to affect these. The project will use change management tactics like stakeholder engagement, pilot testing, and leadership advocacy to gain organisational buy-in. However, state rules and insurance standards may be beyond the project team's control but can be anticipated and included into the design to assure compliance.

For data collecting, mixed methods works well. Pre- and post-implementation error rates, communication breakdown frequency, compliance indicators, and time-to-discharge statistics are quantitative data. Interviews and focus groups would gather qualitative data on healthcare providers' new handoff protocol experiences. Combining statistical and contextual data provides a more sophisticated view of outcomes. Dawadi et al. (2021) argue that mixed-methods research deepens and verifies findings, especially in complicated healthcare settings.

Research Contribution to Community and Social Change

This research initiative addresses systemic communication inadequacies that jeopardise patient safety, dignity, and care, promoting social transformation. Standardised handoff processes help alter impoverished places with personnel shortages and healthcare inequities. In marginalised or misunderstood situations, better communication minimises therapeutic errors and builds trust between patients and doctors.

This project's findings can guide institutional policy change in healthcare. National institutions can duplicate the methodology and customise the communication structure. The project also emphasises the need for a cultural shift in healthcare communication priorities. The research supports national patient safety goals and a more inclusive, responsible healthcare system by framing handoff improvement as a quality and equity concern. Ultimately, eliminating communication failures supports the ethical requirement of “do no harm,” improving individual and broader social outcomes.

Desired Outcomes and Timeline

The purpose of this project is to enhance the safety and efficiency of patient care transitions by implementing a standardized, evidence-based handoff protocol. The focus is on addressing a recognized gap in practice: the lack of consistent communication processes across shifts and departments. The viewpoint of the project is patient-centered, emphasizing the importance of continuity of care and the role of reliable information exchange in achieving that goal.

Expected accomplishments include a demonstrable reduction in preventable adverse events related to communication failures, improved provider satisfaction with the handoff process, and the establishment of a replicable model for communication improvement. The project also aims to institutionalize a safety culture where accurate, timely communication is considered a non-negotiable standard of care.

The timeline for the project is as follows:

· Month 1: Conduct baseline assessments, including error rates and staff satisfaction surveys. Form a multidisciplinary implementation team.

· Month 2–3: Develop training materials and conduct educational sessions on the selected handoff protocol.

· Month 4–5: Pilot the protocol in one unit (e.g., the medical-surgical floor), collect real-time data, and refine the implementation strategy based on feedback.

· Month 6–7: Expand the intervention hospital-wide, including integration with EHR systems and regular compliance audits.

· Month 8–9: Conduct post-implementation surveys, compare data to baseline, and report outcomes to stakeholders.

· Month 10: Publish findings, host staff debrief sessions and develop long-term maintenance strategies such as annual refresher training and policy updates.

While actual implementation is beyond the scope of this academic exercise, the projected timeline ensures accountability and provides a structured framework for translation into real-world practice.

Summary

Improving patient handoff communication addresses a crucial vulnerability in healthcare systems that affects patient safety, cost efficiency, and care quality. This project proposes a comprehensive, evidence-based approach grounded in stakeholder collaboration, measurable outcomes, and practical solutions to modifiable variables. Through a structured implementation process and a commitment to data-driven evaluation, the initiative stands to produce lasting improvements in communication, satisfaction, and safety outcomes. Its broader implications for social change, especially in resource-constrained environments, further underscore its relevance in modern healthcare reform.

Improving Patient Handoff Communication

Literature Review

Patient safety, quality of treatment, and clinical results depend on effective patient handoff communication. Patient handoff, also known as clinical handover or transition of care, includes transferring vital patient data and responsibilities between healthcare providers or teams. Shift changes, interdepartmental transfers, and discharge processes are subject to communication breakdowns that can cause medical errors, adverse events, and care continuity issues. Recent studies show that healthcare accrediting authorities like The Joint Commission describe handoff communication difficulties as a primary cause of sentinel events. Many healthcare systems lack evidence-based handoff communication guidelines despite their focus on patient-centered care and teamwork. Handoff methods across specialties, time restrictions, cognitive overload, and inadequate technology use contribute to care transition discrepancies. This integrative literature review critically evaluates and synthesizes peer-reviewed research and professional guidelines on patient handoff communication tactics. The review examines standardized communication tools, technology-assisted handoffs, interdisciplinary collaboration, training methods, and organizational impacts from medical, nursing, and public health. Assessing what is known, what is unknown, and how these insights might enhance advanced nursing practice and policy is the goal. This review also highlights knowledge gaps that must be addressed to improve safe, consistent, and patient-centered handoffs across varied care settings.

Theoretical and Conceptual Frameworks

Understanding and improving patient handoff communication involves theoretical and conceptual foundations for practice and research. SBAR (Situation, Background, Assessment, Recommendation) and Transitions Theory are essential methods for designing and analyzing patient transition communication. SBAR, established by the U.S. Navy and modified for healthcare, encourages brief, focused, and relevant information exchange among healthcare practitioners. It divides handoff exchanges into the current circumstance, relevant background, clinical assessment, and clear recommendation. Numerous studies have shown that the SBAR framework improves communication, teamwork, and patient safety. It is useful in emergency departments, intensive care units, and shift changeover.

Afaf Meleis' Transitions Theory provides a broader framework for understanding human transformation, encompassing health status, care settings, and care providers. This theory emphasizes the vulnerability of patients and clinicians during handoffs and the necessity for planning, role clarity, and effective communication to guarantee continuity of care. The idea takes a holistic perspective to clinical processes and interpersonal dynamics that affect handoffs. These frameworks emphasize structured communication, relational skills, and systemic support for patient handoffs. They underpin advanced practice nursing and interdisciplinary care delivery intervention design, communication evaluation, and policy formulation.

Synthesis of the Literature

Effective patient handoff communication is critical to patient safety and quality care across healthcare specialties. Standardized tools, technological breakthroughs, interdisciplinary collaboration, education, and supportive corporate cultures make handoffs safer and more effective, according to nursing, medical, and public health literature. Thematically synthesizing the research, this section highlights important areas of attention and their significance to patient handoff communication.

Standardized Communication Tools and Protocols

Literature emphasizes standardized handoff methods to reduce communication unpredictability and increase patient safety. Situation, Background, Assessment, Recommendation is a popular model. Parker (2022) states that the SBAR framework improves clarity, critical thinking, and clinical information communication during care transitions. Beyrau et al. (2025) found that the mnemonic-based I-PASS procedure for physician handoffs dramatically reduced pediatric avoidable adverse events. Multiple clinical guidelines recommend SBAR and I-PASS as evidence-based procedures that prevent essential information omission. However, other research note universal applicability restrictions. Internal medicine and nursing professionals may find structured instruments excessively rigid, limiting narrative context or clinical judgment (Asadi et al., 2024). These tools provide a common language for communication, but contextual customization, continuing training, and interprofessional buy-in are often needed for success.

Technology-Enhanced Handoff Systems

Emerging research examines handoff integration with EHRs and digital tools. EHR-integrated handoff templates minimize redundancy, improve legibility, and enable real-time patient transfers, according to studies. Hospitals adopting EHR-based handoff modules had fewer documentation errors and improved provider satisfaction, according to Vega et al. (2024). These systems also permitted specialty or unit-specific content customisation. Adoption remains difficult despite these benefits. Technology issues like interoperability, user training, and workflow misalignment limit digital tool potential (Innocent, 2024). Overreliance on written documentation without significant verbal contact can also degrade handoff communication's relational features, which are essential for shared understanding and accountability. The literature supports a hybrid model where technology aids but does not replace face-to-face or synchronous conversations.

Interdisciplinary and Interprofessional Communication

A common topic in the literature is that handoffs are a team effort encompassing various disciplines. Complex healthcare systems require coordination between nurses, physicians, pharmacists, and allied health professionals due to fragmentation. Interdisciplinary handoffs require role clarity, mutual respect, and common mental models (Miller, 2021). Hierarchical obstacles and expectations that others understand essential information cause communication problems. When handoffs are collaborative dialogues rather than unilateral information transfers, outcomes improve, according to studies. Pun (2025) recommends direct nurse-to-nurse bedside reporting to improve communication accuracy, patient involvement, and accountability between shifts. Uniform transdisciplinary handoff standards are still lacking. Individual fields may use SBAR or I-PASS tools, although their use varies widely between professional organizations. This emphasizes the necessity for team-wide rules that foster diversity and shared responsibility.

Education and Simulation-Based Training

Training helps clinical culture adopt good handoff techniques, according to several research. Literature strongly supports simulation-based education. Koukourikos et al. (2021) show that simulated handoff scenarios boost healthcare personnel' confidence, efficiency, and error detection. Integrating such training into pre-licensure education and professional growth is most effective. Handoff skills in nursing curricula and clinical orientation programs increase long-term competency and consistency. Chung et al. (2022). This suggests that increasing communication is an educational priority as well as a procedural challenge. However, time, expense, and departmental uptake typically limit instructional activities. Training skills may not affect behavior in the clinic without leadership support and reinforcement. Continuous mentorship, feedback loops, and performance reviews are needed to sustain progress.

Organizational Culture and Leadership Support

Organizational culture is often cited as a key factor in handoff communication success. A culture of patient safety, responsibility, and open communication promotes structured handoff practices. The Joint Commission (2021) encourages healthcare companies to standardize handoff protocols and accept queries and clarifications as part of its National Patient Safety Goals. Wooldridge et al., (2022) found that leadership participation, such as modeling proper handoff behaviors and allocating resources for training and tools, dramatically improved handoff quality in major hospital systems. Poor communication-related sentinel occurrences decreased in firms that introduced system-wide initiatives including audit tools and performance benchmarks. However, the literature shows that healthcare settings prioritize and measure handoff enhancement activities differently. Many institutions lack official handoff effectiveness indicators or staff feedback methods. This gap between policy and practice limits handoff improvement scalability and sustainability.

Key Findings and Scientific Status of the Phenomenon

Empirical research and professional guidelines support patient handoff communication tactics in the literature. There is unanimity that standardized tools, interdisciplinary approaches, technology integration, and education reduce communication errors during care transitions.

What We Know and How Well We Know It

Structured handoff solutions like SBAR and I-PASS are proven to reduce information omissions, improve clarity, and improve healthcare provider communication. These technologies reduce adverse outcomes, especially in high-risk situations like emergency departments and intensive care units, according to multiple RCTs and quasi-experimental studies (Cui & Wang, 2025). Simulation-based training improves provider confidence, communication, and situational awareness (Abildgren et al., 2022). Technology, especially EHR-integrated handoff systems, can ensure quick and accurate information transfer. Study shows these solutions improve documentation completeness and provider satisfaction (Albagmi, 2021). Organizational culture, leadership engagement, and interdisciplinary collaboration boost handoff improvement success and sustainability. National safety programs should include standardized handoff practices, according to safety organizations like The Joint Commission and AHRQ.

What We Do Not Know

Many knowledge gaps persist despite these gains. First, handoff strategies' long-term sustainability and transferability across ambulatory, rural, and home health settings are unknown. Most research has been done in hospitals, limiting generalizability. Second, it is unclear how advanced practice nurses (APNs), physicians, and allied health professionals view and perform handoffs. The ability to build truly interprofessional care communication models is limited.

Few studies have thoroughly examined patient involvement in handoff processes, especially nurse bedside shift reports. Few data exist on culturally sensitive handoffs and communication techniques that address linguistic or health literacy problems. There are few indicators to assess handoff quality and outcomes across institutions. These deficiencies require more comprehensive, longitudinal, and context-sensitive research to understand and improve handoff communication across all care delivery domains.

Gaps in Knowledge and Implications for Advanced Practice Nursing

Several evidence-based handoff communication strategies exist, but major limitations prevent full implementation and generalizability. Advanced practice nursing combines clinical leadership, interdisciplinary coordination, and quality improvement, making these gaps particularly critical.

Identified Gaps in Knowledge

There is little study on handoff communication in non-hospital and community settings. Most studies focus on acute care, neglecting primary, long-term, home health, and telehealth. Lack of context-specific handoff studies may split treatment and overlook safety improvements as healthcare moves toward outpatient and decentralized models. Insufficient patient-centered and culturally sensitive handoffs are another issue. Nurse bedside shift reports involve patients in communication, but few research examine how they use the information. Language, cultural, and health literacy barriers that may hinder patient understanding or engagement are addressed even less. Without addressing these concerns, handoff improvements may not achieve care equity and inclusivity.

Handoff quality is also not measured rigorously. Many interventions are evaluated based on process adherence (e.g., SBAR use) rather than clinical outcomes like patient harm, readmissions, or satisfaction. Without established measures, benchmarking and institution-wide improvement are difficult. Few research have examined interprofessional handoff perception and practice. Handoffs vary by nurse, doctor, pharmacist, and advanced practice nurse expectations, communication styles, and training. Most research portrays healthcare workers as a homogenous group, ignoring interpersonal and disciplinary variables that affect handoff implementation.

Implications for Advanced Practice Nursing

Clinical leadership, education, and systems-level advocacy make advanced practice nurses (APNs) ideal for filling these gaps. APNs can establish various care environment-specific interdisciplinary handoff protocols as clinical experts and change agents. They can also promote inclusive communication by ensuring handoff tools and training accommodate linguistic variety, patient engagement, and cultural awareness. The formulation of quality measurements, outcomes-based evaluations, and practice improvements can be led by APNs. APNs can sustain handoff practices by incorporating communication training into staff development and mentorship initiatives.

Summary

Patient safety, continuity, and efficiency depend on better patient handoff communication. The research highly recommends SBAR, I-PASS, technological integration, interdisciplinary collaboration, and simulation-based instruction to improve handoff quality and consistency. However, outpatient and community research, culturally competent handoff, and outcome-based evaluations are lacking. These issues prevent handoff strategy improvement and adaption across care settings. Advanced practice nurses can lead change by applying evidence-based practices, promoting patient-centered communication, and creating measurable quality improvement programs. Structured, effective, and inclusive handoff communication will become more important as healthcare systems become more complicated. Research, policy, and practice must fill gaps to improve hospital and non-hospital safety and quality.

The Theoretical Framework

Improving Patient Handoff Communication: Conceptual Framework

Communication during patient handoff is a vital element of patient safety, care continuity, and minimizing the occurrence of adverse events (Webster et al., 2022). Ineffective handoff contributes to care quality concerns and medical errors in various healthcare facilities. This project undertakes the exploration and adoption of structured handoff communication systems among nurses. To support this effort, a conceptual framework guided by applicable theory will be used in the research. Using the chosen theories, the project will examine how effective communication mechanisms can be structured to provide better outcomes, facilitate teamwork, and establish a safer healthcare landscape between patients and medical professionals.

Selected Theories

Kurt Lewin Change Theory and the Theory of Human Caring by Jean Watson are the two theories that will inform this investigation.

Effective patient handoff communication is critical to ensuring patient safety, continuity of care, and reducing adverse events (Webster et al., 2022). It assists healthcare organizations in planning the change, such as strengthening communication (Stanz et al., 2021). Unfreezing takes place when stakeholders perceive change. The transformation phase generates the new habits and the refreezing phase institutionalizes them. This concept provides a systematic take on healthcare organization reformation.

The Theory of Human Caring by Jean Watson is about the importance of interpersonal relationships and holistic nursing in the nursing profession. Curcio et al. (2024) say that carative elements provide a caring environment that is nurturing and has trusting relationships. This hypothesis suggests that real, caring nurse-to-nurse handoff communication improves information transmission, collaboration, and patient safety. Watson's paradigm encourages nurses to collaborate and stress human connection in every communication.

Process and Logic in Selecting Theories

The selection of Lewin's Change Theory and Watson's Theory of Human Caring stems from the study's practical and philosophical demands. Lewin's approach provides a tangible mechanism for systemic behavior change, which is ideal for procedural improvements like standardization of handoff communication. Its incremental method improves stakeholder participation, assessment, and change sustainability. However, Watson's philosophy protects humanistic and relational communication. Nurses need empathy, trust, and teamwork to make good handoffs (Webster et al., 2022). A dual-theory approach facilitates mechanical (process improvement) and humanistic (interpersonal connection) handoff communication. Combining these ideas provides a comprehensive framework to examine what needs to change and how and why human-centered methods might improve patient care.

Application of Theories to the Project

Lewin's Change Theory applies to implementing a standardized handoff protocol, such as SBAR (Situation-Background-Assessment-Recommendation). During the unfreezing stage, nurses and stakeholders will be educated on the risks of poor handoffs, including missed or incomplete information and patient harm. SBAR-based training and simulations will strengthen organized communication throughout transformation. Policy changes, constant monitoring, and feedback mechanisms will be used during refreezing to make the new handoff approach routine. This theory ensures that change is intentional, gradual, and rooted in awareness and participation.

Watson's Theory of Human Caring provides the relational context in which these changes occur. Nurses should see each other as partners, not just job performers. Respected and supported nurses are more likely to speak freely and extensively during handoffs. Nurses should be present, listen attentively, and communicate empathetically because good handoffs are about shared responsibility and care, not simply clinical facts. A mutual respect and awareness culture makes the handoff procedure a meaningful act of professional solidarity and patient advocacy.

Framework Guiding the Study

The conceptual framework guiding this study is grounded in integrating Lewin's and Watson's theories to address both the procedural and human aspects of handoff communication. This approach assumes systemic intervention and cultural change are needed to enhance handoff communication. Change occurs within interpersonal dynamics, shared ideals, and continuing support. Another premise is that nurses are active actors whose views, attitudes, and actions impact initiative success.

Awareness and motivation for change (unfreezing); structured intervention using SBAR or another evidence-based tool (change); reinforcement through leadership support, audits, and policy alignment (refreezing); and relational communication education (caring theory) to foster caring interactions and respect among nurses. These components are interdependent. Without a culture of respect and responsibility, structured communication cannot address handoff challenges. Relational enhancements without process uniformity may be unreliable. A thorough guide celebrates the science and art of nurse communication in patient safety.

Application of Phenomenon to Framework

The phenomenon under study—ineffective handoff communication—is multifaceted, involving behavioral, structural, and relational components. Lewin's Transformation Theory supports nurses' behavioral transformation. The 'unfreezing' phase corresponds to handoff mistake identification and mutual incentive to improve. The 'change' phase corresponds to training sessions, role-playing, and piloting structured communication tools. Documenting and institutional support help these methods become routine in the 'refreezing' stage.

From Watson's theory, caring, trust, and presence relate to how nurses perceive and communicate during handoffs. The quality of the provided information frequently reflects nurse relationships. Critical patient data may be omitted or misunderstood if the interpersonal climate is distrustful or rushed. Despite the identical structure, Watson's focus on caring moments explains why certain handoffs work better than others.

Sample selection will focus on registered nurses in acute care settings, particularly those involved in shift-to-shift handoffs. This group is appropriate for theory application and practice change because of their direct engagement in communication and capacity to give experiential insight into handoff issues and possible improvements.

Research Using the Framework

Recent research underscores the relevance of Lewin's Change Management Theory and Watson's Theory of Human Caring in enhancing nursing practices. Using Lewin's theory, Amina et al. (2022) used teach-back to enhance patient discharge planning. Their quasi-experimental research of 50 nurses and 50 patients showed statistically significant increases in nurses' performance and patients' knowledge following instruction. The research shows how Lewin's unfreeze-change-refreeze approach may organize an effective intervention, particularly for communication and patient education gaps. The results suggest that systematic reform and focused training may enhance nursing care performance.

Similarly, Bellier-Teichmann et al. (2022) explored the impact of an educational intervention based on Watson's Theory of Human Caring among hemodialysis nurses. Qualitative interviews showed that the intervention improved caring, relational, and nurse-patient relationships. The study shows how human-centered models like Watson's may improve healthcare settings and patient experiences, particularly in depersonalized settings.

These studies demonstrate that combining structured change strategies with caring-based education can enhance procedural efficiency and relational quality. This dual-theory approach supports sustainable, empathic, evidence-based nursing practices to improve communication of patient handoff.

Clarifying the Issue under Study

Patient handoff communication refers to the transfer of critical information and responsibility for patient care between healthcare providers during transitions such as shift changes, interdepartmental transfers, or discharge. Though a routine process, handoff is a high-risk process in which errors regularly occur, usually resulting in adverse patient outcomes, such as medication errors, delayed treatments, or misdiagnoses. In most healthcare organizations, variable handoff practices cause fragmented care and heightened patient safety risks.

The Joint Commission has routinely cited communication failure at the time of handoffs as a primary root cause of sentinel events, thus the imperative for standardized interventions. In local practice, the turnover of employees and disparate training additionally perpetuate the issue, creating a failure in the transmission of patient information. Nurses, physicians, and all providers may lack a standard structure and a standardized language at the time of handoff, so critical information is at risk for omission.

Enhancing handoff communication is therefore a priority in patient safety and systems improvement. It demands population-based approaches that not only address the behavior of individual providers but also enlist organizational leadership, community agencies, and interprofessional teams in implementing evidence-based, sustainable practices. It is a target area that fits well within the objectives of advanced practice nursing in terms of enhancing quality of care, ensuring safety, and preventing avoidable adverse events.

Proposed Interventions Based on Literature Review

A review of the literature highlights multiple interventions proven effective in strengthening patient handoff communication. The most researched and practiced strategy is the standardized handoff protocol through the use of structured communication tools like SBAR (Situation, Background, Assessment, and Recommendation) or I-PASS (Illness severity, Patient summary, Action list, Situational awareness, Synthesis) (McCarthy et al., 2025). These tools offer a template for clear, concise, and comprehensive, prioritized communication, decreasing variability and guaranteeing necessary information is communicated.

Another approach is the use of electronic health record (EHR)-based handoff templates, which achieve consistency in data and reduce the utilization of memory. Tools integrated in the EHR, such as electronic tools, provide access in real time to lab values, orders, and progress notes and therefore improve the handoff process in terms of timeliness and accuracy. In addition, interprofessional education and simulation-based education have been successful in improving the providers' communication and teamwork. Simulation training helps physicians practice standardized handoff practices, receive feedback, and achieve shared situational awareness. Education also imposes accountability and instills a culture in which effective communication is an asset.

Another approach is dedicated handoff time and limiting interruption during transitions. Couture (2022). Literature reveals that handoffs in designated quiet areas, where time is protected, help reduce errors and omission. Such system-level modification is dependent on administrative support and policy execution, where providers remain focused solely on handoff, no multitasking.

Finally, involvement of the patient and family in handoff, particularly at bedside shift report, is revealed as a new best practice. Bedside report helps patients confirm information, participate in decision-making about their own care, and recognize errors, fostering patient-centricity and safety. These interventions collectively provide a model for improving patient handoffs. As part of the proposed change project, a multifaceted approach, including installing a standardized protocol such as I-PASS, integrating it in the EHR, providing staff education and simulation, and encouraging bedside involvement, will be employed in an attempt to achieve maximum impact.

Comparing Other Views on the Problem and Solutions

While the literature widely supports standardized tools, there are differing perspectives on the best approach to improving handoffs. Blazin et al. (2020) contend that adaptability and contextuality are necessary since strict protocol adherence may not be able to adjust for distinct clinical cases or specialties. Emergency departments, for example, could need shorter, quicker handoffs than inpatient units.

Others support the precedence of organizational culture over the application of standardized tools. Communicating professionals, they claim, more often experience barriers in the form of hierarchical, high-workload, and interprofessional distrust rather than a lack of structuring in a vacuum. Interventions thus demand culture-shift programs, buy-in at the higher levels, and the building of a safety psychology in the service of open, transparent conversation (Sutcliffe et al., 2019).

In addition, a handful of studies have called bedside handoffs into question because of patient privacy concerns, provider resistance, and the risk of overloading patients at the bedside with complex-to-interpret clinical information. These studies recommend selective bedside involvement based on the patient's preference and clinical appropriateness.

Despite such opposing views, everyone agrees that handoff communication requires multi-dimensional answers consisting of structured instruments, cultural change, and adaptability to local environment. The proposed change project acknowledges these perspectives by selecting interventions supported by evidence but tailoring implementation to the organizational setting and engaging stakeholders in co-design.

Data Collection Methods

Data collection will mirror methods successfully used in prior studies. Questionnaires and surveys will be administered to personnel before and after the intervention in order to assess perceptions of the quality, completeness, and satisfaction in the handoff process. Standardized instruments, such as the Handoff Clinical Evaluation Exercise (CEX), offer proven measures of effective communication.

Trained assessors will make direct observations and audits of handoff sessions using standardized checklists. This enables objective evaluation of protocol adherence and the detection of gaps. Patient outcome data will be extracted from the EHR, such as adverse event rates, medication errors, length of stay, and readmissions. Pre- and post-intervention comparisons will show clinical impact (Modi & Feldman, 2022). Lastly, the use of focus groups and staff and patient interviews will offer qualitative information regarding the barriers, facilitators, and attitudes of the intervention, providing a rigorous evaluation.

Data Analysis Plan

The survey and patient outcome quantitative data will be summarized and examined statistically. Comparisons of pre- and post-intervention data will be conducted using paired t-tests or chi-square tests, depending on the nature of the data(Hasija, 2023). Confounding variables such as staff ratios or patient acuity can be controlled for in the regression models. Interview and focus group qualitative data will be thematically analyzed. Transcripts will be coded, and the themes discovered in the data will be determined to discern provider experience, challenges, and recommendations for improvement. Triangulating the quantitative and qualitative findings will increase the strength of the inferences.

Potential Limitations and Mitigation Strategies

Several limitations may affect the project. To begin, change resistance among the providers can constrain protocol adherence. To avert this, the project will priorities stakeholder involvement, conduct training, and emphasize evidence associating the improvement in handoff with patient safety. Second, time constraints could impede participation in training and adherence to structured handoffs. Flexibility in schedules, clerical support in dedicated handoff time, and embedding tools in workflows will reduce such a barrier.

Third, challenges in data collection can occur, such as incompletely filled-out survey forms or observer bias during handoff audits. Interventions are ensuring anonymity, providing incentives, and employing more than one trained observer for reliability (Ominyi et al., 2025). Lastly, generalizability is constrained since the project is being executed in a unit. Results, though, will help offer a framework that can be customized in a different setting.

Subject Selection and Sampling Procedure

The participants will be nurses, doctors, and allied healthcare professionals who participate in patient handoff in the selected hospital unit. Purposive sampling will be adopted, since the project is targeting the providers who are directly participating in the handoffs. It ensures relevance and depth of understanding.

For questionnaires, all eligible personnel will be approached for participation, ensuring maximum representation and minimum sampling bias. For qualitative aspects, a smaller sample will be drawn for the sake of having controllable data and a variety of perceptions. Even patients participating in bedside handoff will be purposively sampled, targeting those who are capable and willing to participate in the feedback.

This sampling approach is warranted because it is consistent with the objective of the project, which is enhancing the communication among the individuals directly responsible for handoffs and the most affected patients.

APRN Role and Clinical Practice Implications

Advanced practice registered nurses (APRNs) play a pivotal role in leading handoff improvement initiatives. APRNs serve as both clinical experts and change agents, bridging direct patient care with systems-level improvement. In this project, the APRN’s role will include:

Facilitator and Educator – Training staff standardized handoff protocols, conducting workshops, and developing simulation scenarios. APRNs bring advanced clinical expertise and credibility, enhancing staff buy-in.

Data Analyst and Evaluator – Collecting, analyzing, and interpreting data on handoff quality, error rates, and patient outcomes. APRNs apply evidence-based frameworks to measure effectiveness and guide iterative refinements.

Collaborator and Advocate – Partnering with administrators, IT specialists, and community agencies to secure resources, integrate tools into EHR systems, and align with organizational policies.

Policy Influencer – Advocating for institutional policies that protect handoff time, reduce interruptions, and sustain long-term adoption of best practices.

Clinical applications enhance patient safety, reduce sentinel events, and improve interprofessional practice. In addition, standardized handoffs can reinforce continuity of care between settings, especially in community-based transitions where APRNs often coordinate primary care and home health agencies. Finally, the project furthers the nursing profession's pursuit of patient advocacy and quality improvement.

Addressing Knowledge Gaps

This project closes several knowledge gaps. While various studies document the strength of structured tools, very few examine the collaborative effect of implementing standardized protocol, EHR tools, staff education, and patient engagement. This is a four-pronged strategy addressing not just the structure of communication, but culture, workflow, and patient involvement. Furthermore, in drawing in APRNs as leaders and data analysts, the project brings out the distinct value added of advanced nursing practice in advancing system-level change, a somewhat under-addressed frontier in the field of handoff studies. Additionally, by incorporating patient perspectives through bedside handoff and feedback, the project contributes to the literature on patient-centred communication, a growing but still limited body of evidence.

Implications of the Change Project

The proposed project has far-reaching implications for healthcare delivery. At the patient level, the enhanced handoff communication reduces errors that are preventable, improving safety and satisfaction. At the provider level, it reduces stress, improves role clarity, and fosters teamwork, improving job satisfaction and diminishing burnout. At the organizational level, the project supports compliance with accreditation standards, reduces costs associated with adverse events, and improves quality metrics. For policymakers, the project provides a model for scalable, evidence-based interventions that address national patient safety priorities.

In the broad population health context, improved handoff communication promotes equitable, coordinated care, especially in vulnerable populations who move across acute, community, and long-term care settings. By improvisation and patient engagement, the project encourages continuity and reduces differences in the quality of care.

Summary

Improving patient handoff communication is critical for advancing patient safety, quality of care, and interprofessional collaboration. The proposed change project, grounded in literature and evidence-based strategies, combines standardized protocols, EHR integration, education, and patient engagement. Through robust data collection and analysis, the project will provide measurable outcomes demonstrating the value of structured handoff.

APRNs will be primary players in the facilitator, educator, analyst, and advocate roles, allowing for clinical translatability and systems-level sustainability. Despite the constraints, thoughtful planning and cautionary steps make it more feasible. Besides bridging the current practice gaps, the project solidifies the evidence base generally about handoff improvement, reinforcing organizational, policy, and population health objectives. In the end, this effort shows how practice-based improvement projects under the direction of APRNs can significantly alter healthcare procedures, bridging knowledge gaps and improving patient outcomes directly.

Recommendations and Conclusion

Effective patient handoff communication is a cornerstone of safe, high-quality care. This study addressed inconsistent and unstructured communication during adult medical-surgical unit nurse shift transitions. The study showed how organized handoff procedures, training, and organizational leadership can minimize mistakes and increase continuity of care using evidence-based methods, theoretical frameworks, and change management tactics. According to the report, clinical settings need standardized equipment, technology integration, and cultural support. The following sections provide significant recommendations, practice implications, research summary, future directions, and a theoretical and policy conclusion.

Recommendations

Implement Standardized Handoff Protocols

A primary recommendation is the adoption of standardized handoff models such as SBAR (Situation, Background, Assessment, Recommendation) or I-PASS. These organized techniques decrease omissions, increase clarity, and build a healthcare provider communication language (Parker, 2022; Beyrau et al., 2025). Some nurses find such rules stiff, but they guarantee crucial information is passed between shifts. Customizing tools to meet the unit is workflow while maintaining evidence-based structure improves efficiency and provider engagement. Communication consistency improves patient safety, medication accuracy, and decision-making.

Integrate Technology-Enabled Handoff Systems

Integrating electronic health record (EHR)-based templates into handoff processes enhances accuracy and accessibility. Studies show EHR handoff modules minimize documentation mistakes and enhance physician satisfaction (Vega et al., 2024). Technology should support verbal reporting, not replace them. A hybrid paradigm with digital and spoken recordkeeping promotes responsibility and comprehension. Templates must reflect patient acuity and unit-specific requirements and need informatics and frontline nurse collaboration. This balancing optimizes digital tools while retaining human communication.

Provide Ongoing Education and Simulation-Based Training

Structured education, including simulation-based training, should be institutionalized to support skill development and reinforce best practices. Simulation boosts nurse confidence, situational awareness, and mistake detection (Koukourikos et al., 2021). Training should be part of pre-licensure and continuous professional development. Educational initiatives need mentoring, feedback, and performance assessments to last. Healthcare organizations may maintain communication quality gains and patient outcomes by including handoff training into orientation and ongoing education.

Implications for Clinical Practice

The implications of this project for clinical practice are profound. Structured handoffs reliably convey medication prescriptions, care priorities, and clinical changes, decreasing mistakes and improving continuity of care. This initiative emphasizes advanced practice nurses' role as educators, mentors, and system-wide change agents. APNs may integrate disciplines and maintain patient-centered, culturally sensitive communication using standardized tools. Clinically, better handoffs reduce unnecessary testing, treatment delays, and patient decision-making. Interprofessional communication during handoffs improves responsibility and teamwork. At the organizational level, consistent handoff communication directly contributes to cost reduction, improved staff morale, and alignment with national safety goals. The project shows that communication is a clinical ability essential to nursing's safety and quality of treatment.

Summary of Study and Limitations

This project examined strategies to improve handoff communication in adult medical-surgical units. Following the PICOT inquiry, standardized, evidence-based methods were compared against unstructured practices to assess patient safety, information transmission, and staff satisfaction. SBAR and I-PASS prevent adverse occurrences and boost staff confidence, as shown in previous research (Blazin et al., 2020; McCarthy et al., 2025). EHR-based templates, simulated training, and organizational culture building were other methods. These strategies addressed patient safety weaknesses and improved care continuity.

Nonetheless, several limitations must be acknowledged. Most supporting research was done in hospitals, including this project's analysis. This limits applicability to outpatient, rural, and community settings. In addition, many studies examine compliance with organized tools rather than patient outcomes like death or readmissions. Some institutions may struggle to embrace simulation-based training due to time and money restrictions.

Directions for Future Research

Future research should expand beyond acute care settings to outpatient, community, and home health environments, where handoff communication remains underexplored. Intervention sustainability and direct effects on patient outcomes, including satisfaction, readmissions, and duration of stay, need longitudinal research. Culturally sensitive and patient-inclusive handoff techniques should be examined for equality among varied groups. Interprofessional viewpoints need further research, especially from physicians, pharmacists, and allied health professionals.

Consideration of Theoretical Constructs

This project's theoretical foundation integrates Lewin's Change Theory and Watson's Theory of Human Caring. Lewin's framework organized handoff procedures step-by-step, emphasizing education, change, and institutionalization. Watson's relational theory recognized that empathy, trust, and caring relationships affect handoff communication. These ideas were significant but might be expanded to highlight interprofessional cooperation beyond nursing. Future refinement should include team-based communication models that match current healthcare complexity.

Suggestions for Public Policy and Practice

The implication of the findings of this project on the public policy and institutional practice is evident. Standardized handoff communication is a patient safety goal of national accrediting bodies such as The Joint Commission (The Joint Commission, 2025). Policy makers ought to build on such recommendations to enforce the regular implementation of evidence-based measures such as SBAR or I-PASS in every clinical environment. Institutions should encourage EHR-based handoff systems and simulation-based training. Policies must require actions like reducing adverse occurrences, not just process compliance. Healthcare practices should integrate handoff improvement with quality and equity aims. Structured, culturally sensitive, and patient-inclusive handoffs may minimize cost, systemic unfairness, and patient safety via policy and practice reforms.

Theoretical Framework Relating to Product

This project was designed and implemented using Lewin Change Theory and Watson Theory of Human Caring. Lewin's three-stage model—unfreezing, change, and refreezing—standardized handoffs realistically. The unfreezing phase raised communication awareness, while the transformation phase stressed simulation and SBAR training. In the refreezing stage, policies, audits, and leadership reinforced these behaviors. This systematic approach to communication improved deliberate, long-lasting, and worker-engaged communication.

Watson's Theory of Human Caring, which emphasized interpersonal and relational communication, supplemented Lewin's paradigm. In the process of handoffs, nurses should have trust, respect, and disclose clinical information. The culture of care in the theory of handoff may allow Watson to explain handoffs as meaningful and professional contacts that drive patient advocacy. These concepts developed a procedural precision and individual intimacy model. This balance contributed to the focus on structural and cultural communication barriers of handoff and render the initiative applicable to the real-life practice and nursing development.

Conclusion

The research was centered around a long-standing issue of ineffective handoff communication in nursing practice. It also integrated the existing workflow, EHRs, simulation training and culture work to supplement patient safety and continuity of care. This initiative was developed in accordance with Change Theory provided by Lewin and Theory of Human Caring offered by Watson focusing on the complexity of systemic change and human touch in nursing communication. Despite the deficiency in the outcome measurability and generalizability, the results demonstrate the powerful role of the advanced practice nurses in long-term change. The same principles apply to the public policy that defines the handoff techniques and outcome measures. This study has shown that clinical, professional, and ethical requirements of good communication in order to promote safe, coordinated, and compassionate care during all transitions take precedence.

References

Amina, A., Kassem, A., & Sleem, W. (2022). Applying Lewin’s Change Management Theory To Improve Patient’s Discharge Plan. Mansoura Nursing Journal (Print), 9(2), 335–348. https://doi.org/10.21608/mnj.2022.295591

Bellier-Teichmann, T., Roulet-Schwab, D., Antonini, M., Brandalesi, V., O’Reilly, L., Cara, C., Brousseau, S., & Delmas, P. (2022). Transformation of Clinical Nursing Practice Following a Caring-based Educational Intervention: A Qualitative Perspective. SAGE Open Nursing, 8(8), 237796082210781. https://doi.org/10.1177/23779608221078100

Beyrau, K. E., Lopreiato, J., Mann-Salinas, E., Valdez-Delgado, K., Ashcroft, C., Miller, M., Wadzinski, W., Stierwalt, J., Romigh, G., & Davis, W. T. (2025). Evaluation of Novel Training and Data Summary Tool During Simulated En Route Care Patient Handoffs. Military Medicine. https://doi.org/10.1093/milmed/usaf261

Blazin, L. J., Amorn, J. S., Hoffman, J. M., & Burlison, J. D. (2020). Improving patient handoffs and transitions through adaptation and implementation of I-PASS across multiple handoff settings. Pediatric Quality & Safety, 5(4). https://doi.org/10.1097/pq9.0000000000000323

Brown, S.-A., Sparapani, R., Osinski, K., Zhang, J., Blessing, J., Cheng, F., Hamid, A., MohamadiPour, M. B., Lal, J. C., Kothari, A. N., Caraballo, P., Noseworthy, P., Johnson, R. H., Hansen, K., Sun, L. Y., Crotty, B., Cheng, Y. C., Echefu, G., Doshi, K., & Olson, J. (2023). Team Principles for Successful Interdisciplinary Research Teams. American Heart Journal Plus: Cardiology Research and Practice, 32(32), 100306–100306. https://doi.org/10.1016/j.ahjo.2023.100306

Couture, O. (2022). Errors in healthcare: A Proposed Study Investigating a Universal Methodology for Improving Patient Handoffs and Limiting Healthcare Errors. Senior Projects Spring 2022. https://digitalcommons.bard.edu/senproj_s2022/122/

Curcio, F., Lommi, M., Nury, R., Burgos, A. A. E., Pucciarelli, G., & Iván, C. (2024). Identifying and exploring jean Watson’s Theory of Human Caring in nursing approaches for patients with psychoactive substance dependence in medical and surgical acute wards. Nursing Reports, 14(3), 2179–2191. https://doi.org/10.3390/nursrep14030162

Dawadi, S., Shrestha, S., & Giri, R. A. (2021). Mixed-Methods research: A discussion on its types, challenges, and criticisms. Journal of Practical Studies in Education, 2(2), 25–36. https://oro.open.ac.uk/75449/

Desmedt, M., Ulenaers, D., Grosemans, J., Hellings, J., & Bergs, J. (2021). Clinical Handover and Handoff in healthcare: a Systematic Review of Systematic Reviews. International Journal for Quality in Health Care, 33(1). https://doi.org/10.1093/intqhc/mzaa170

Hasija, Y. (2023). Paired Sample t-Test - an overview | ScienceDirect Topics. Www.sciencedirect.com. https://www.sciencedirect.com/topics/biochemistry-genetics-and-molecular-biology/paired-sample-t-test

Jorro-Barón, F., Suarez-Anzorena, I., Burgos-Pratx, R., De Maio, N., Penazzi, M., Rodriguez, A. P., Rodriguez, G., Velardez, D., Gibbons, L., Ábalos, S., Lardone, S., Gallagher, R., Olivieri, J., Rodriguez, R., Vassallo, J. C., Landry, L. M., & García-Elorrio, E. (2021). Handoff improvement and adverse event reduction programme implementation in paediatric intensive care units in Argentina: a stepped-wedge trial. BMJ Quality & Safety, 30(10), 782–791. https://doi.org/10.1136/bmjqs-2020-012370

Koukourikos, K., Tsaloglidou, A., Kourkouta, L., Papathanasiou, I., Iliadis, C., Fratzana, A., & Panagiotou, A. (2021). Simulation in clinical nursing education. Acta Informatica Medica, 29(1), 15–20. https://doi.org/10.5455/aim.2021.29.15-20

McCarthy, S., Motala, A., Lawson, E., & Shekelle, P. G. (2025). Use of structured handoff protocols for within-hospital unit transitions: a systematic review from Making Healthcare Safer IV. BMJ Quality & Safety, bmjqs-2024-018385. https://doi.org/10.1136/bmjqs-2024-018385

McCarthy, S., Motala, A., Lawson, E., & Shekelle, P. G. (2025). Use of structured handoff protocols for within-hospital unit transitions: A systematic review from making healthcare safer IV. BMJ Quality & Safety, bmjqs-2024-018385. https://doi.org/10.1136/bmjqs-2024-018385

Modi, S., & Feldman, S. S. (2022). The Value of Electronic Health Records Since the Health Information Technology for Economic and Clinical Health Act: Systematic Review. JMIR Medical Informatics, 10(9), e37283. https://doi.org/10.2196/37283

Ominyi, J., Nwedu, A., Agom, D., & Eze, U. (2025). Leading evidence-based practice: Nurse Managers' Strategies for KnowledUtilizationion in Acute Care Settings. BMC Nursing, 24(1). https://doi.org/10.1186/s12912-025-02912-5

Parker, M. (2022). Improving Communication Skills of New Graduate Nurses: Using SBAR Format. Master of Science in Nursing Theses and Projects. https://digitalcommons.gardner-webb.edu/nursing-msn/54/?no_redirect=true

Stanz, L., Silverstein, S., Vo, D., & Thompson, J. (2021). Leading through rapid change management. Hospital Pharmacy, 57(4), 422–424. https://doi.org/10.1177/00185787211046855

The Joint Commission. (2023). National patient safety goals. The Joint Commission. https://www.jointcommission.org/standards/national-patient-safety-goals/

The Joint Commission. (2025). National patient safety goals. The Joint Commission. https://www.jointcommission.org/standards/national-patient-safety-goals/

Vega, M. F., George, M., Day, L., Mbadugha, A., Owens, K., Sweeney, C., Chau, S., Escalante, C., Bodurka, D., & Aiss, M. A. (2024). Enhancing implementation of the I-PASS handoff tool using a provider handoff task force at a Comprehensive Cancer Center. The Joint Commission Journal on Quality and Patient Safety, 50(8). https://doi.org/10.1016/j.jcjq.2024.03.004

Webster, K. L. W., Keebler, J. R., Lazzara, E. H., Chaparro, A., Greilich, P., & Fagerlund, A. (2022). Handoffs & Teamwork: A Framework for Care Transition Communication. The Joint Commission Journal on Quality and Patient Safety, 48(6-7), 343–353. https://doi.org/10.1016/j.jcjq.2022.04.001

WHO. (2024). Patient safety curriculum guide multi-professional edition. https://iris.who.int/bitstream/handle/10665/44641/9789241501958_eng.pdf