Case Study
Enhancing Emergency Responder Training with Immersive XR Simulations
Key Result Highlights
- Reduced production cost for future simulations by up to 15% through asset reuse.
- Enabled a phased rollout strategy for all 10 EMR modules.
- Delivered high-quality, low-latency XR simulations ready for in-class and remote learning.
The Client
The client is a leading CTE platform offering certification-aligned virtual simulations across healthcare, trades, and technical programs.
The Challenge
To relaunch its Emergency Medical Responder (EMR) training program, the client needed a scalable, AI-augmented simulation framework that would reduce manual production time without sacrificing instructional quality.
Critical Success Parameters
- Develop a CPR + AED simulation for WebXR and Meta Quest 2.
- Ensure alignment with AHA and NREMT national standards.
- Support future scalability across 9 additional EMR training modules.
- Maintain high visual fidelity while optimizing runtime performance.
- Design modular asset and code structures to reduce effort on future builds.
- Build instructional flows that are fully accessible and standards-compliant.
Our Approach
- Designed and built a real-time CPR simulation using Unity, packaged for WebGL and Meta Quest 2.
- Developed rhythm-based interactivity with AED prompts and guided instructional steps.
- Delivered adult and child scenarios; scoped infant simulation as an optional extension.
- Created reusable frameworks, skeleton documents, and modular components for scalability.
- Collaborated with client teams through iterative review cycles and SME validation.
- Managed end-to-end storyboarding, 3D modeling, accessibility QA, and XR optimization.
Need Similar Results?
Talk to our team to see how we can help.