Four Hours on a Psychiatric Unit Is Not Enough: Weighing Virtual Reality, Screen-Based Simulation and Standardized Patients Against One Learning Need in Mental Health Nursing
Student Name
American College of Education
NUR6033: Innovation in Nursing Education
Module 1 Assignment
Instructor Name
July 8, 2030
Start With the Learning Need
I coordinate the simulation center in a composite private university's BSN program, which admits 120 students a year. Last year our largest psychiatric partner reduced student access after a staffing crisis, and each student now spends four hours on an inpatient psychiatric unit instead of forty-eight. Faculty report that many students graduate without ever having spoken with a person experiencing acute psychosis. At the same time, a vendor has offered our program a discounted package of twelve virtual reality headsets with a library of mental health scenarios. The offer arrived first, but the analysis has to start with the need.
The need is specific. By the end of the mental health course, students should be able to hold a therapeutic conversation with a person experiencing hallucinations and paranoid thoughts: approach safely, establish trust, acknowledge the person's experience without arguing with or reinforcing the content, assess for risk, including command hallucinations, and set limits calmly. This is a communication and relational skill, practiced in real time with a person who responds unpredictably. It also has an emotional side: students report fear of patients with psychosis, and the fear shapes how they communicate.
Criteria for Any Option
From the need, I derived four criteria. The option must let students practice a two-way conversation in which the other party responds to what they say, since the skill is interactive. It must allow feedback and debriefing on specific words and behaviors. It must address fear and stigma, not only knowledge. And it must be affordable and sustainable for 120 students a year with our staff and budget. Evidence of effectiveness weighs across all four. A technology that teaches students about psychosis but never asks them to talk to someone experiencing it does not meet this need, however immersive it is.
What the Evidence Says
Virtual simulation in general is well supported. Across the 80 studies in one systematic review, 86% supported virtual simulation as an effective way to support nursing students' learning outcomes, although the authors noted gaps and areas of bias and called for more robust designs (Foronda et al., 2020). For immersive virtual reality specifically, a meta-analysis of 12 studies with 821 participants found that it improved knowledge more than control conditions but showed no difference in skills, satisfaction, confidence or performance time (Chen et al., 2020). Knowledge is not the gap my students have; they can describe psychosis on an examination but freeze in conversation.
Standardized patients, trained actors who portray a patient consistently and can give feedback, have a mental health literature of their own. An integrative review of six studies found that simulation with standardized patients could reduce students' anxiety, challenge their preconceptions and increase confidence and self-awareness before mental health practice, although all six studies were of fairly low quality (Øgård-Repål et al., 2018). A recent meta-analysis of 62 studies comparing mental health simulation modalities found that standardized participants produced improvements in knowledge, confidence, self-efficacy, competence and anxiety, and concluded that they were particularly effective for clinical preparedness, while virtual reality, role-play and voice simulations offered supplementary benefits (Zhang & Wang, 2025).
Weighing the Options
Against the four criteria, the options differ clearly. The virtual reality package offers pre-recorded scenarios in which the student watches and chooses from set responses; it does not allow open conversation, so it fails the first criterion, and its evidence is strongest for knowledge. It could help with fear, since some scenarios simulate hearing voices, but that can be achieved more cheaply. Its cost is about $38,000 for the headsets and a three-year license, plus staff time for maintenance. Screen-based virtual simulation, which our program already licenses for medical-surgical content, includes two mental health cases with branching dialogue. It partly meets the first criterion, is already paid for and can be used as preparation. Standardized patients meet the first three criteria best: the actor responds to what the student actually says, the conversation can be debriefed line by line, and meeting a person portraying psychosis directly addresses fear. Their cost is ongoing, about $55 an hour per actor. If each of 120 students leads two 15-minute encounters while three peers observe, the program needs 240 encounters, or 60 actor hours, plus about 20 hours for actor training and debriefing, for an annual cost of roughly $4,400.
One more option addresses the fear criterion at almost no cost. Hearing voices simulations, in which students listen through earphones to recorded voices while completing everyday tasks, have been used widely in mental health nursing education. The voices recording can be used in a classroom before the standardized patient encounters, so that students have a brief, first-person sense of the experience before they are asked to respond to it.
Risks in the Recommended Design
Standardized patients portraying psychosis carry risks of their own, and the recommendation depends on managing them. The first is portrayal. A poorly trained actor may present psychosis as frightening or comic, which would reinforce the stigma the encounter is meant to reduce. The actors will be trained over two sessions by a psychiatric nurse practitioner, using a case written with the help of a peer support specialist who has lived experience of psychosis, and the first encounters will be observed by faculty before students take part. The second risk is to students. Some students have their own experience of mental illness or of a family member's psychosis, and an encounter can be distressing. The prebriefing will explain what the encounter involves, students will be able to step out without penalty, and faculty will be available afterward. The third risk is to the actors, who will portray distress repeatedly over several days. Each will have a scheduled break every hour and a debriefing at the end of each day. None of these measures is expensive, but each must be planned, and the scenario design in the next module will include them explicitly.
Recommendation
I recommend a three-part design for the mental health course: the existing screen-based virtual simulation cases as preparation, a classroom voice-hearing simulation with discussion, and two standardized patient encounters per student with a person portraying acute psychosis, each followed by structured debriefing. I recommend declining the virtual reality package for now. That is not a judgment that virtual reality has no place in nursing education, but that this package does not meet this need, and its evidence base supports a gain we do not most need. If the vendor develops scenarios with open conversational responses, or if new evidence shows skill gains, the decision should be revisited. The money not spent on the headsets would also pay for the actors for more than eight years, which makes the recommended design sustainable within the current budget. Implementation will begin with actor recruitment and training over the summer, and the next module will design the first scenario to the national standards for simulation.
References
Chen, F.-Q., Leng, Y.-F., Ge, J.-F., Wang, D.-W., Li, C., Chen, B., & Sun, Z.-L. (2020). Effectiveness of virtual reality in nursing education: Meta-analysis. Journal of Medical Internet Research, 22(9), Article e18290. https://doi.org/10.2196/18290
Foronda, C. L., Fernandez-Burgos, M., Nadeau, C., Kelley, C. N., & Henry, M. N. (2020). Virtual simulation in nursing education: A systematic review spanning 1996 to 2018. Simulation in Healthcare, 15(1), 46-54. https://doi.org/10.1097/SIH.0000000000000411
Øgård-Repål, A., De Presno, Å. K., & Fossum, M. (2018). Simulation with standardized patients to prepare undergraduate nursing students for mental health clinical practice: An integrative literature review. Nurse Education Today, 66, 149-157. https://doi.org/10.1016/j.nedt.2018.04.018
Zhang, X., & Wang, H. (2025). Comparative effectiveness of mental health simulation techniques in nursing education: A systematic review and meta-analysis. International Journal of Mental Health Nursing, 34(1), Article e13502. https://doi.org/10.1111/inm.13502
How this NUR 6033 Module 1 example is structured
NUR 6033 Module 1 typically analyzes a technology against a specific learning need in nursing education; your classroom's instructions decide the technology. This example begins with the learning need rather than the product, sets explicit criteria, compares options using the best available evidence, weighs cost and fit, and recommends with conditions for revisiting the decision.
NUR6033 Module 1 questions, answered
What does NUR6033 Module 1 usually ask for?
NUR6033 Module 1 typically asks you to analyze an educational technology against a specific learning need in nursing education and make a recommendation. Your classroom's instructions decide the technology.
Should the paper start with the technology or the need?
With the need. Define what students must learn, set criteria from it, and then evaluate technologies against those criteria and the evidence.
Is it acceptable to recommend against a technology?
Yes. A well-reasoned decision not to adopt, with conditions for revisiting it, often shows stronger judgment than an enthusiastic recommendation.
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