Healthcare-associated infections (HAIs) are infections people get at a healthcare facility while receiving medical care for another condition. One of the key drivers of HAIs is inadequate infection prevention and control (IPC) practices. Many hospitals lack sufficient and regular IPC training and education programs for staff.
Working with Inception XR and leading healthcare partners, our team set out to design a VR experience to accelerate nurses’ knowledge acquisition of IPC protocols.
Using the VR simulation as an immersive learning and training tool, nurses at a top hospital in Atlanta can perform medical tasks in VR while being assessed on their ability to avoid the spread of contaminants.
The first module of the simulation focuses on placing an IV catheter into a virtual patient’s arm. The simulation tracks the user’s compliance with IPC protocol while performing the task in VR, including proper hand hygiene, changing gloves, and cleaning surfaces and medical equipment – all in a simulated hospital environment.
The design work included considerations for complex interactions, including locomotion, controller inputs, virtual object manipulation, and consistent feedback for user actions. Our team considered the many challenges of designing for users who had never used VR, providing clear instructions and visual cues to seamlessly guide the user through the simulation.
Designing for VR is always challenging, especially when the goal is to simulate complex actions from real-world scenarios. One of our goals for the project was to help our clients establish a clear visual language and foundation for documenting the user experience in their VR application. Our team:
- Developed a scalable VR interaction design system that can be adopted as the project expands to include more medical scenarios
- Designed personas and identified usability challenges
- Defined virtual object interactions and key animation needs
- Designed application architecture and overarching experience flow
- Designed storyboards that served as experience blueprint for team
- Identified placement and needs for animations, UI, SFX, VFX, and VO across the entire user journey
- Identified optimal placement of virtual objects and virtual layout
- Developed content for instructions, feedback, and voice-overs
Interactions design work included:
- Locomotion system (via teleportation and anchors)
- Controller mapping (Quest 2 and Meta Pro)
- Virtual hand poses
- Complex object interactions, including grabbing and manipulating virtual medical supplies (syringes, tourniquets, IV catheters, etc), virtually washing and drying hands, putting on and taking off virtual gloves, dropping and respawning objects, etc.
If you’d like to learn more about our work in VR, reach out!