C922 Curriculum Proposal for High-Fidelity Simulation in Nursing Education

C922 Curriculum Proposal for High-Fidelity Simulation in Nursing Education

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Name

 Western Governors University

C922 Emerging Trends and Challenges in 21st Century Nursing Education

Prof. Name

Date

Executive Summary

What instructional challenges does the course The Role of the BSN Nurse in Community Health face?

The course titled The Role of the BSN Nurse in Community Health consistently struggles to adequately prepare nursing students for applying community and population health concepts in practical settings. Traditional instructional methods have been found insufficient in fostering long-term retention of essential knowledge, enhancing clinical reasoning, or boosting student confidence in real-world scenarios. Recent studies in nursing education highlight virtual simulation as an innovative approach to augment experiential learning by offering immersive and realistic clinical experiences that traditional methods cannot fully replicate.

What were the key findings from the needs gap analysis?

A comprehensive needs gap analysis uncovered a significant underutilization of immersive educational tools within the course. There was also a notable scarcity of alternative clinical experiences beyond conventional in-person or laboratory environments. Through collaboration involving nursing faculty, students, and IT experts, the analysis emphasized the necessity for a structured virtual simulation platform to address these shortcomings effectively.

What theoretical framework guides the implementation of virtual simulation?

While there is ample support in the literature for the educational advantages of virtual simulation, comparative research between virtual methods and traditional clinical training remains sparse. To navigate this implementation, Lewin’s Change Theory was selected as the guiding framework due to its methodical process encompassing three phases: unfreezing, change, and refreezing. This model aids in balancing motivating factors and resistance through clear communication, inclusive stakeholder involvement, and comprehensive training initiatives.

What is the overall consensus regarding virtual simulation?

All key stakeholders reached a consensus endorsing the integration of virtual simulation technology within the community health nursing curriculum. This approach aims to enhance student readiness, sharpen clinical decision-making abilities, and sustain high-quality nursing education over time.

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Virtual Community Health Technology Proposal

What technology is being proposed?

The proposal advocates for the integration of virtual simulation technology to enhance clinical competencies and experiential learning opportunities for nursing students. This simulation-based learning enables safe practice, builds learner confidence, and bridges theoretical knowledge with practical application in realistic community health scenarios without risking patient safety.

How does this proposal ensure effective implementation?

The strategy for implementation is grounded in evidence-based research and actively involves all relevant stakeholders. It incorporates a thorough evaluation of current technologies, a systematic needs assessment, force field analysis, and the application of Lewin’s Change Theory to guide a smooth and successful rollout.

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Literature Review

How was the literature review conducted?

A structured literature search was performed using the Western Governors University (WGU) Library resources, employing keywords such as nursing education, community health, virtual learning, and virtual simulation. Five peer-reviewed articles meeting stringent criteria for relevance and methodological rigor were selected and analyzed. Key aspects including study purpose, context, findings, and strength of evidence are summarized in Table 1.

Article	Purpose	Context	Key Findings	Evidence Strength
Mabry et al. (2020)	Assess virtual simulation impact on self-efficacy	Nursing students	Improved knowledge, confidence, and clinical reasoning	High
Padilha et al. (2019)	Compare virtual simulation and traditional methods	Nursing education	Higher engagement and satisfaction with simulation	Moderate
Turrise et al. (2020)	Evaluate critical thinking in RN-BSN students	Virtual vs. case-based learning	Virtual simulation increased satisfaction and reasoning	Moderate
Diaz et al. (2021)	Compare clinical simulation methods	Manikin vs. virtual simulation	Repeated practice improves outcomes	Moderate
Tarng et al. (2022)	Effectiveness of virtual reality training	Attention and learning outcomes	Enhanced motivation and performance	Moderate

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Evidence Summary

What does the literature say about virtual simulation in nursing education?

The evidence consistently indicates that virtual simulation enhances nursing students’ knowledge retention, self-confidence, and clinical reasoning skills. It fosters deliberate practice, reduces performance anxiety, and promotes effective clinical judgment within lifelike scenarios (Mabry et al., 2020). Additionally, students report greater satisfaction and engagement compared to traditional educational methods (Padilha et al., 2019).

How does virtual simulation compare to traditional learning methods?

Virtual simulation surpasses traditional case-based learning by providing higher levels of learner confidence and satisfaction (Turrise et al., 2020). Its capacity for repeated, controlled practice sessions contributes to improved clinical performance and decision-making (Diaz et al., 2021). Overall, virtual simulation is supported as a valuable pedagogical tool in nursing education.

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Gaps in the Literature

What research gaps remain?

Despite the positive findings, direct comparisons between virtual and in-person clinical experiences remain limited. Many studies suffer from small sample sizes, short follow-up durations, and delayed outcome assessments, which constrain the applicability of results (Padilha et al., 2019). There is also a notable lack of comprehensive guidelines for integrating virtual learning into community health nursing curricula.

What areas require further investigation?

Further studies are needed to explore long-term retention of knowledge, development of critical thinking skills, and the effectiveness of virtual simulation as a replacement for clinical hours, particularly for RN-BSN students (Turrise et al., 2020).

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Needs Assessment

What was evaluated in the needs assessment?

The needs assessment reviewed the structure of the course The Role of the BSN Nurse in Promoting Community Health by surveying nursing faculty, students, and IT professionals. The evaluation highlighted the absence of structured alternatives to traditional face-to-face clinical practice opportunities.

What solution was identified?

Virtual simulation was identified as a viable solution to address clinical placement shortages, scheduling challenges, and inconsistent learning experiences. The flexibility and quality improvement potential of virtual simulation received unanimous support from stakeholders.

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Need-Gap Analysis

The table below (Table 2) presents the discrepancies between current instructional technologies and the desired state, along with recommended action steps to bridge these gaps.

Current Curriculum Technology	Desired Curriculum Technology	Identified Need-Gap	Action Steps
In-person instruction, eBooks	Virtual simulation integration	Limited opportunities for safe clinical decision-making practice	Identify stakeholders, assess needs, define technical and educational requirements, select appropriate platform, and establish technical specifications

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Collaboration with Stakeholders

How was stakeholder collaboration facilitated?

Collaboration was a vital component involving faculty reviewing curriculum compatibility, students providing feedback on usability, and IT personnel evaluating technical infrastructure, costs, and system requirements. Communication was maintained through bi-monthly meetings, video conferences, weekly emails, and targeted calls, fostering transparency and steady progress throughout the project.

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Comparison of Current Technologies

Technology	Strengths	Limitations
eBooks	Cost-effective, widely accessible	Causes screen fatigue; lacks clinical practice opportunities
Zoom	Enables remote learning	Limited immersive clinical engagement and hands-on skill development

In contrast, virtual simulation offers immersive and interactive environments that enhance applied learning and improve knowledge retention (Padilha et al., 2019).

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Current Technology Challenges

What challenges exist with traditional instruction?

Three major challenges were identified: limited individualized feedback, inconsistent acquisition of clinical skills, and decreased student engagement. Traditional instructional approaches depend heavily on instructor proficiency, lack tailored feedback mechanisms, and do not provide sufficient opportunities for repetitive skill practice. These factors collectively diminish student confidence and readiness for clinical roles.

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Overcoming Challenges Through Virtual Simulation

Virtual simulation addresses these challenges by creating engaging, interactive experiences that increase motivation and enable repeated practice. These platforms offer objective performance data to deliver personalized feedback and adaptive learning pathways (Tarng et al., 2022). Realistic scenarios enrich clinical reasoning and decision-making skills, making learning more effective and meaningful.

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Summary of Curricular Technology Assessment

The assessment revealed a significant instructional gap in the course’s clinical training approach. Stakeholders showed strong preference for virtual simulation, recognizing its potential to overcome logistical barriers, support diverse learning preferences, and align with evidence-based education best practices.

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Stakeholder Consensus

Stakeholder Group	Position on Virtual Simulation	Noted Concerns
Nursing Students	Enthusiastic; view it as highly relevant	None significant
Faculty	Supportive; anticipate improved outcomes	Concerns about technology adaptation
IT Personnel	Agree on efficiency and feasibility	Budget limitations, vendor consolidation
Administration	Approved; fits institutional objectives	None reported

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Force Field Analysis

Table 3 outlines the driving and restraining forces impacting the implementation of virtual simulation.

Driving Forces	Restraining Forces
Improved student learning outcomes	Faculty resistance to new technology
Enhanced clinical decision-making	Budgetary constraints
Increased student engagement	Time required for training
Reduced dependence on clinical sites	Limited interpersonal interaction

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Change Theory Application

Lewin’s Change Theory serves as the foundation for integrating virtual simulation technology through three key phases:

• Unfreezing: Engaging stakeholders by communicating the need for change and presenting supportive evidence.
• Change: Conducting training sessions, pilot testing the technology, and providing ongoing support.
• Refreezing: Institutionalizing the changes through policy revisions, continuous evaluation, and acknowledging stakeholder contributions.

This structured approach facilitates balancing resistance and motivation, ensuring a sustainable transition (Cherry & Jacob, 2014).

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Conclusion

What is the purpose and expected impact of virtual simulation integration?

The primary aim is to enhance nursing students’ knowledge, critical thinking abilities, and experiential learning in community health. The anticipated outcomes include improved preparedness for clinical practice and elevated standards of patient care.

How does virtual simulation fill existing curricular gaps?

By offering a safe, controlled environment for practicing clinical skills, decision-making, and receiving feedback, virtual simulation strengthens competency development and applied learning in ways traditional methods cannot.

Why is this implementation significant?

Given the growing shortage of clinical placements and increasing demand for skilled community health nurses, virtual simulation presents an evidence-based, scalable alternative that supports workforce readiness and ensures patient safety.

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References

Booth, R. G., Scerbo, C. K., Sinclair, B., Hancock, M., Reid, D., & Denomy, E. (2017). Exploring learning content and knowledge transfer in baccalaureate nursing students using a hybrid mental health practice experience. Nurse Education Today, 51. https://www.sciencedirect.com/science/article/pii/S0260691717300163

Cherry, B., & Jacob, S. (2014). Contemporary nursing: Issues, trends, and management (6th ed.). Mosby Elsevier.

Diaz, D. A., Anderson, M., Hill, P. P., Quelly, S. B., Clark, K., & Lynn, M. (2021). Comparison of clinical options: High-fidelity manikin-based and virtual simulation. Nurse Educator, 46, 149–153. https://doi.org/10.1097/NNE.0000000000000906

Mabry, J., Lee, E., Roberts, T., & Garrett, R. (2020). Virtual simulation to increase self-efficacy through deliberate practice. Nurse Educator, 45(4), 202–205. https://doi.org/10.1097/NNE.0000000000000758

C922 Curriculum Proposal for High-Fidelity Simulation in Nursing Education

Padilha, J. M., Machado, P. P., Ribeiro, A., Ramos, J., & Costa, P. (2019). Clinical virtual simulation in nursing education: A randomized controlled trial. Journal of Medical Internet Research, 21(3). https://doi.org/10.2196/11529

Tarng, W., Pan, I.-C., & Ou, K.-L. (2022). Effectiveness of virtual reality on attention training. Systems, 10(104). https://doi.org/10.3390/systems10040104

Turrise, S. L., Thompson, E., & Hepler, M. (2020). Virtual simulation: Comparing critical thinking and satisfaction in RN-BSN students. Clinical Simulation in Nursing, 46, 57–61. https://doi.org/10.1016/j.ecns.2020.03.00

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