C922 Proposal for Virtual Simulation in Nursing Education

Grace J.
January 2, 2026January 2, 2026
C922, MSN, Western Governors University

Student Name

Western Governors University

C922 Emerging Trends and Challenges in 21st Century Nursing Education

Prof. Name

Date

Executive Summary

Nursing education depends on a variety of instructional techniques to cultivate clinical skills, critical thinking, and professional confidence among students. No single teaching method alone suffices; instead, the most effective learning environments use a blend of strategies. One such emerging approach is the integration of online simulation laboratories, which enable nursing students to practice clinical decision-making, skills, and patient interactions in controlled, virtual environments. These simulations transform mistakes into valuable learning experiences without compromising patient safety.

Despite the importance of traditional hands-on clinical and simulation experiences, many nursing students face obstacles limiting their participation. These barriers include job commitments, childcare duties, illness, geographic constraints, and limited access to clinical placements. Remote online simulation labs offer a flexible and scalable solution, adaptable to specific curricular needs and accessible regardless of student location.

This paper explores the inclusion of remote online simulation labs in the course “The Role of the BSN Nurse in Promoting Community Health.” Drawing on evidence from five peer-reviewed sources, it evaluates the effects on student learning outcomes, engagement, satisfaction, and assessment results. To support this analysis, three tables summarize the literature, identify curriculum technology gaps, and perform a force field analysis. Lewin’s Change Theory guides the discussion of implementation strategies, highlighting the roles of key stakeholders—students, faculty, and program leaders—in ensuring success and sustainability.

Remote Simulation Labs: Literature Review

The proposal to implement remote online simulation laboratories finds strong support in scholarly literature. Table 1 presents a synthesis of five peer-reviewed studies that collectively demonstrate the benefits of virtual simulation in nursing and higher education. These investigations explore cognitive, psychomotor, and affective learning outcomes, as well as student engagement and satisfaction.

The reviewed studies consistently affirm that virtual simulation effectively supplements traditional clinical education by improving skill acquisition, fostering deeper understanding, and offering flexible access to learning materials. Each article provides insights on the relevance, evidence level, strengths, and potential limitations of virtual simulation technologies.

Table 1: Summary of Key Studies on Virtual Simulation in Nursing Education

Author(s)	Year	Study Focus	Key Findings	Evidence Level	Limitations
Tolarba	2021	Virtual simulation effects	Positive impact on clinical reasoning, skills, confidence	High	Varied simulation formats
Reginald	2023	Virtual labs and self-regulated learning	Enhanced learner autonomy and retention	Moderate	General STEM focus, not nursing-specific
Medel et al.	2024	Clinical skill development	Improved theory and practice, reduced anxiety	High	Small sample size
May et al.	2023	Usability challenges in virtual labs	Need for design improvements and faculty prep	Moderate	Focused on challenges
Garrison et al.	2023	Student experiences in online education	Feelings of isolation; supplement—not replacement	Moderate	Emphasizes hybrid approach

Research Findings Supporting Remote Simulation Labs

Tolarba’s (2021) meta-analysis of 23 studies with 1,929 participants highlighted that virtual simulation positively influences cognitive, psychomotor, and affective learning domains. These findings demonstrate improvements in clinical judgment, student confidence, and emotional engagement—core competencies critical in nursing practice.

Reginald (2023) emphasized that virtual labs promote self-regulated learning by allowing students to access resources anytime and anywhere through various devices, fostering learner independence and enhancing knowledge retention. This flexibility supports diverse student needs, especially those juggling personal and professional commitments.

Medel et al. (2024) reported that nursing students engaging in virtual clinical simulations achieved superior theoretical understanding and practical skills compared to peers relying solely on traditional instruction. Participants also experienced less anxiety transitioning to clinical environments and expressed higher satisfaction with their education, regardless of previous healthcare experience.

May et al. (2023) identified challenges such as technology usability, pedagogical design, and social factors. While affirming virtual simulation’s value, the study underscored the need for faculty training and thoughtful instructional design to maximize effectiveness.

Garrison et al. (2023) noted some students’ feelings of isolation and loss of hands-on interaction during online learning transitions. However, the proposed remote labs are intended as supplements rather than replacements for in-person clinical training, accommodating various learning styles.

Areas Needing Further Investigation

Although promising, current research suggests several gaps warrant additional exploration before full-scale adoption of remote simulation labs. Comparative studies that evaluate outcomes between virtual-only and traditional clinical experiences would clarify effectiveness and inform best practices. Studies specifically targeting nursing students rather than general STEM populations would improve relevance and applicability.

Furthermore, investigating different simulation formats (e.g., desktop vs. immersive virtual reality) would aid in cost-benefit analyses. Addressing student resistance, digital fatigue, and concerns about reduced human interaction through hybrid models and faculty support remains essential for success.

Needs Assessment of Nursing Curriculum

A thorough needs assessment reveals that remote online simulation labs effectively address longstanding issues such as limited clinical placement availability, scheduling conflicts, and uneven training quality. These labs offer standardized, consistent learning scenarios accessible anytime, allowing students to practice skills repeatedly in a risk-free setting.

By enabling experiential learning through error correction and immediate feedback, these platforms build student confidence and competence without endangering patient safety. Their flexibility accommodates students’ diverse personal and logistical constraints, making nursing education more equitable and inclusive.

Curriculum Technology Need-Gap Analysis

Table 2: Technology Need-Gap Analysis in Nursing Curriculum

Current Curriculum Technology	Desired Curriculum Technology	Identified Gap	Proposed Actions
In-person clinical and simulation labs only	Remote online simulation laboratories	Access limited by time, location, and personal commitments	Develop and pilot remote simulation labs; train faculty; integrate into curriculum

Collaboration with Stakeholders

Successful deployment of remote simulation technology hinges on active collaboration among nursing students, faculty, and program leadership. Students contribute vital feedback on usability and educational effectiveness. Faculty oversee curriculum alignment, teaching integration, and assessment strategies. Program directors secure funding, supervise rollout, and monitor outcomes.

Communication channels include email, face-to-face meetings, and virtual platforms (e.g., Zoom) to promote transparency, collective decision-making, and ongoing evaluation.

Challenges with Current Technologies

Existing educational tools like high-fidelity mannequins and recorded lectures offer valuable experiences but pose challenges. Mannequins are costly, occupy substantial space, and have limited availability. Recorded lectures allow flexible learning but lack interactive elements necessary for immediate clarification and active engagement.

Overcoming Challenges Through Remote Simulation

Remote online simulation labs mitigate these issues by removing scheduling barriers, increasing scenario variety, and permitting unlimited practice. Students gain exposure to diverse patient populations, including pediatric and community-based cases emphasizing social determinants of health. This diversity fosters cultural competence and comprehensive assessment skills.

Summary of Curricular Technology Needs Assessment

The proposed remote simulation labs provide equitable access, increase student confidence, and cater to varied learner preferences. Features such as immediate feedback and repeated practice opportunities promote mastery of clinical skills and enhance patient safety readiness.

Stakeholder Consensus

Through structured discussions, stakeholders—including students, faculty, and leadership—reached consensus that remote simulation’s benefits surpass potential drawbacks. The technology is viewed as a valuable supplement to traditional teaching, capable of enriching nursing education.

Factors Influencing Implementation

Table 3: Force Field Analysis of Remote Simulation Labs Implementation

Forces Supporting Integration	Forces Resisting Integration
Flexible, student-centered learning	Limited student access to technology
Enhanced cultural competence	Financial constraints
Increased opportunities for practice	Reduced hands-on physical skills

Application of Lewin’s Change Theory

Lewin’s Change Theory guides the implementation process through three phases: unfreezing, changing, and refreezing. This model emphasizes preparing stakeholders, managing transitions, and embedding new practices sustainably.

Rationale for Using Lewin’s Change Theory

Widely adopted in healthcare education, Lewin’s model focuses on human factors, clear communication, and long-term change. It supports strategic planning, faculty involvement, and continuous evaluation, ensuring the intervention’s success.

Anticipated Resistance and Mitigation Strategies

Potential resistance may arise from budget concerns, increased faculty workload, or discomfort with new methods. Transparent communication, phased rollouts, and institutional support can alleviate these challenges.

Implementation Plan Based on Change Theory

Unfreezing: Conduct needs assessments and engage stakeholders to prepare for change.
Changing: Pilot remote simulation labs, provide faculty training, and gather feedback.
Refreezing: Fully integrate the technology into curricula, supported by ongoing evaluation and adjustments.

Conclusion

Integrating remote online simulation laboratories within the “Role of the BSN Nurse in Promoting Community Health” course represents a transformative opportunity for nursing education. This approach supports flexible, inclusive, experiential learning while enhancing clinical judgment, cultural sensitivity, and student confidence. By addressing existing curricular gaps and accommodating diverse learner needs, remote simulation labs improve patient safety preparedness and help develop a competent nursing workforce. The broader adoption of this technology promises to advance nursing education quality and consistency across healthcare systems.

References

Barrow, J. M., Annamaraju, P., & Toney-Butler, T. J. (2022). Change management. StatPearls.

El-Shafy, I. A., Zapke, J., Sargeant, D., Prince, J. M., & Christopherson, N. A. M. (2019). Decreased pediatric trauma length of stay with implementation of Lewin’s change model. Journal of Trauma Nursing, 26(2), 84–88.

Garrison, C. M., Hockenberry, K., & Lacue, S. (2023). Adapting simulation education during a pandemic. Nursing Clinics of North America, 58(1), 1–10.

May, D., Jahnke, I., & Moore, S. (2023). Online laboratories and virtual experimentation in higher education. Journal of Computing in Higher Education, 35(2), 203–222.