How UFV Scaled a VR Simulation Program Across Six Years—and Counting
When the University of the Fraser Valley (UFV) first introduced UbiSim into its BSN program back in 2019, it wasn’t about keeping up with a tech trend. It was a deliberate step toward solving a pressing challenge: how to give nursing students consistent, high-quality learning experiences when clinical placements were limited or inconsistent.
Lorelei Janzen, RN, BScN, MN, Associate Professor of Nursing, was involved in this initiative. With a background rooted in clinical practice and education, Janzen saw UbiSim as more than just an enhancement—it was an opportunity to fill critical training gaps while fostering deeper confidence and clinical judgment in students.
Fast-forward six years, and VR is no longer an experiment at UFV. UbiSim simulations are embedded in the fourth and fifth semesters of the BSN curriculum, helping students build hands-on readiness in pediatrics, mental health, and blood transfusion protocols. And the vision doesn’t stop there: the faculty is actively working toward full integration across all eight semesters.
Still, what sets UFV apart isn’t just how long they’ve used UbiSim VR—it’s how thoughtfully they’ve built the infrastructure around it. From comprehensive student orientation and peer-led prompting to reflective debriefing strategies, the program scaffolds simulation in a way that makes students feel safe, supported, and empowered to learn through doing.

Key Takeaways:
- UbiSim helps fill critical gaps in pediatrics, mental health, and blood transfusion skills when clinical placements are limited.
- Structured orientation, guided prompts, and debriefing ensure students feel supported and confident.
- UFV has built a multi-semester integration plan, with the goal of using VR across all eight semesters of the BSN program.
Starting With Intentional Integration
UFV’s first step into immersive simulation came with purpose. The initial rollout wasn’t flashy or large-scale. It was focused.
“We started using UbiSim back in 2019 in a limited capacity as a supplement to clinical practice,” Janzen explains. “It wasn’t just about trying something new—we wanted to see how VR could help with some of the challenges our students face in clinical placements.”
Rather than attempting to replicate entire clinical days in UbiSim VR, UFV chose to hone in on high-value skills and scenarios that were difficult to secure in traditional placements.
“We knew we had gaps, particularly in pediatric and mental health placements. Those can be harder to come by or inconsistent. We wanted to make sure students had a way to experience those situations, even if they didn’t get them in person.”
Filling Clinical Gaps with Focused Simulation
As UFV's faculty evaluated where VR could be most impactful, three areas rose to the top. Simulations gave students the chance to practice protocols and decision-making in environments that might otherwise be missed.
“The simulations we use most focus on pediatrics, blood transfusion, and mental health,” Janzen says. “These are areas where placement opportunities can be unpredictable. Students get to practice these scenarios in a safe environment, building confidence before going into real clinical settings.”
And that confidence, she explains, is not just about skill execution—it’s about decision-making.
“VR lets them step into a scenario and think through it on their own. They get to ask, ‘What would I do first? What do I prioritize?’ That kind of reflection is hard to teach in a busy clinical unit.”
Building Confidence Through Scaffolding
One of the defining features of UFV’s success with UbSim VR is its intentional support structure. The faculty didn’t just deploy UbiSim and let students figure it out—they created a framework that supports growth through every stage of the simulation.
“One of the biggest shifts has been how we support the learning experience. We start with orientation so students understand the VR platform. Then, we use scripted peer prompts during the simulations, which help guide students through critical thinking and decision-making. Finally, we follow up with thoughtful debriefing strategies to help students reflect on their performance and learning.”
Growing Toward Full-Program Integration
What started in semesters four and five is now expanding—UFV has a plan to bring UbiSim into every level of the program.
“Right now, students engage with UbiSim in their fourth and fifth semesters, but we’re actively working toward full integration across all eight semesters. That’s the direction we’re heading. We see the value, and we want students to have that continuity throughout the entire program.”
Final Thoughts
UFV’s six-year journey with UbiSim shows what’s possible when VR integration is treated as a long-term investment in pedagogy and student success. With thoughtful design, clear faculty collaboration, and a deep commitment to student learning, UFV has built a scalable, sustainable VR simulation program that’s growing stronger each year.
“We’ve seen how this builds confidence. We’ve seen how it supports clinical judgment. And we’re not done yet. We’re building something that can serve students throughout their entire nursing journey.”

"The simulations we use most focus on pediatrics, blood transfusion, and mental health. These are areas where placement opportunities can be unpredictable. Students get to practice these scenarios in a safe environment, building confidence before going into real clinical settings.”
Explore more
.jpg)
Mastering Protocols and Communication in VR Before Becoming a Real Nurse: Michael’s Story
Mastering protocols and communication in VR gave Michael the confidence to become a nurse and pursue a future in functional medicine.

“Now It’s Just Part of the Culture”: How VR Became Standard Practice at UT Austin
How UT Austin integrated UbiSim VR into its nursing culture to boost student confidence and clinical judgment and support, not replace, clinical experiences.

University at Buffalo Prepares Nursing Students to Serve Rural and Underserved Communities
REACHvr at University at Buffalo uses VR to prepare nursing students to care for rural and underserved communities, bridging gaps in access and training.