C922 Curriculum Proposal for High-Fidelity Simulation in Nursing Education
Student 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 “The Role of the BSN Nurse in Community Health” encounters ongoing challenges in adequately preparing nursing students to apply community and population health concepts effectively. Traditional teaching methods alone do not sufficiently promote long-term retention of knowledge, clinical reasoning skills, or student confidence. Contemporary nursing education research suggests that virtual simulation is a powerful tool to enhance experiential learning outcomes by providing immersive, realistic clinical experiences.
What were the key findings from the needs gap analysis?
A detailed needs gap analysis revealed limited use of immersive educational technologies and a lack of alternative clinical experiences outside of conventional face-to-face or lab settings. Collaboration among nursing faculty, students, and IT specialists confirmed the critical need for a structured virtual simulation platform to fill these gaps.
What theoretical framework guides the implementation of virtual simulation?
Although literature supports the educational benefits of virtual simulation, comparative studies between virtual and traditional clinical methods are limited. To guide the change process, Lewin’s Change Theory was selected for its structured approach involving unfreezing, change, and refreezing stages. This framework helps balance driving forces and resistance through communication, stakeholder engagement, and training.
What is the overall consensus regarding virtual simulation?
Stakeholders reached consensus endorsing the adoption of virtual simulation technology within the community health curriculum. This initiative aims to improve student readiness, enhance clinical decision-making, and promote sustainable, high-quality nursing education.
Virtual Community Health Technology Proposal
What technology is being proposed?
The proposal recommends implementing virtual simulation to boost nursing students’ clinical skills and experiential learning. Simulation-based learning enables learners to practice safely, build self-efficacy, and apply theoretical knowledge to realistic community health scenarios without risk to patients.
How does this proposal ensure effective implementation?
This initiative draws on evidence-based literature, involves key stakeholders, evaluates current technologies, and uses a structured needs assessment, force field analysis, and Lewin’s Change Theory to facilitate a successful rollout.
Literature Review
How was the literature review conducted?
A systematic search using the WGU Library was conducted with keywords such as nursing education, community health, virtual learning, and virtual simulation. Five peer-reviewed articles meeting criteria of relevance and rigor were analyzed. Their key details, including purpose, context, findings, and evidence strength, are summarized in Table 1.
Evidence Summary
What does the literature say about virtual simulation in nursing education?
Consistent themes highlight that virtual simulation improves nursing students’ knowledge, confidence, and clinical reasoning. It supports deliberate practice, lowers performance anxiety, and facilitates clinical judgment in lifelike scenarios (Mabry et al., 2020). Studies also indicate higher satisfaction, engagement, and stronger reasoning skills compared to traditional learning methods (Padilha et al., 2019).
How does virtual simulation compare to traditional learning methods?
Digital simulation offers higher confidence and satisfaction levels versus case-based learning (Turrise et al., 2020). It allows for repeated practice in a controlled setting, enhancing learning outcomes (Diaz et al., 2021). Collectively, the evidence supports virtual simulation as a valuable addition to nursing curricula.
Gaps in the Literature
What research gaps remain?
Despite promising results, limited direct comparisons between virtual and face-to-face clinical experiences exist. Many studies have small samples, brief follow-ups, and delayed assessments, limiting generalizability (Padilha et al., 2019). Additionally, guidelines for integrating e-learning into community health nursing remain underdeveloped.
What areas require further investigation?
More research is needed on long-term knowledge retention, critical thinking development, and the efficacy of simulation replacing clinical hours, especially for RN-BSN students (Turrise et al., 2020).
Needs Assessment
What was evaluated in the needs assessment?
The needs assessment examined the course structure of The Role of the BSN Nurse in Promoting Community Health through surveys of nursing faculty, students, and IT staff. The findings pointed to a lack of structured alternatives to in-person clinical practice.
What solution was identified?
Virtual simulation emerged as a key solution to overcome clinical site shortages, scheduling difficulties, and inconsistent learning experiences. Stakeholders unanimously supported this direction due to its flexibility and potential to improve learning quality and student preparedness.
Need-Gap Analysis
The following table (Table 2) illustrates the discrepancies between current and desired instructional technologies and outlines recommended actions to address these gaps.
| Current Curriculum Technology | Desired Curriculum Technology | Identified Need-Gap | Action Steps |
|---|---|---|---|
| In-person instruction, eBooks | Virtual simulation integration | Limited safe clinical decision-making practice | Identify stakeholders, assess needs, define requirements, select platform, establish technical specs |
Collaboration with Stakeholders
How was stakeholder collaboration facilitated?
Collaboration was essential and involved nursing faculty assessing curriculum fit, students offering feedback on usability, and IT personnel evaluating infrastructure, costs, and system needs. Communication channels included bi-monthly meetings, video conferences, weekly emails, and targeted calls, ensuring transparency and steady progress.
Comparison of Current Technologies
| Technology | Strengths | Limitations |
|---|---|---|
| eBooks | Cost-effective, accessible | Screen fatigue, limited engagement, no clinical practice |
| Zoom | Facilitates remote learning | Lacks immersive clinical engagement, limits hands-on skill development |
Virtual simulation, by contrast, provides immersive, interactive environments supporting applied learning and better knowledge retention (Padilha et al., 2019).
Current Technology Challenges
What challenges exist with traditional instruction?
Three main challenges were identified: limited feedback, inconsistent skill acquisition, and reduced student engagement. Traditional methods often rely heavily on instructor ability, fail to deliver individualized feedback, and provide inadequate skill repetition, negatively impacting student confidence and readiness.
Overcoming Challenges Through Virtual Simulation
Virtual simulation addresses these issues by offering engaging, interactive experiences that promote motivation and repeated practice. Platforms provide objective data enabling personalized feedback and adaptive learning paths (Tarng et al., 2022). Realistic, context-rich scenarios help develop clinical reasoning and decision-making skills effectively.
Summary of Curricular Technology Assessment
The assessment highlighted a significant instructional gap in the course. Stakeholders overwhelmingly favored virtual simulation, recognizing its potential to reduce barriers, cater to diverse learning styles, and align with evidence-based educational practices.
Stakeholder Consensus
| Stakeholder Group | Position on Virtual Simulation | Noted Concerns |
|---|---|---|
| Nursing Students | Enthusiastic; see it as relevant | None major |
| Faculty | Supportive; see outcome improvement | Concern over technology adaptation |
| IT Personnel | Agree with efficiency potential | Budget and vendor consolidation considerations |
| Administration | Approved; aligned with institutional goals | None noted |
Force Field Analysis
Table 3 presents forces affecting virtual simulation implementation.
| Driving Forces | Restraining Forces |
|---|---|
| Improved student learning outcomes | Faculty resistance to technology |
| Enhanced clinical decision-making | Budget constraints |
| Increased student engagement | Training time demands |
| Reduced reliance on clinical sites | Limited interpersonal interaction |
Change Theory Application
Lewin’s Change Theory guides this technology integration through three stages:
- Unfreezing: Communicating the need for change and sharing evidence to prepare stakeholders.
- Change: Implementing training, pilot tests, and support systems.
- Refreezing: Embedding the change through policy updates, ongoing evaluation, and stakeholder recognition.
This approach balances resistance with motivation for sustainable adoption (Cherry & Jacob, 2014).
Conclusion
What is the purpose and expected impact of virtual simulation integration?
The main goal is to enhance nursing students’ knowledge, critical thinking, and experiential learning within community health. Expected outcomes include better preparedness for clinical practice and improved patient care.
How does virtual simulation fill existing curricular gaps?
It offers safe, controlled environments for skill practice, decision-making, and feedback, strengthening competency development and applied learning.
Why is this implementation significant?
Amid clinical placement shortages and growing demands for community health nurses, virtual simulation provides an evidence-based, scalable alternative supporting workforce readiness and patient safety.
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
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
C922 Curriculum Proposal for High-Fidelity Simulation in Nursing Education
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.2020.03.004