Code Blue

When a patient's heart stops, the clock starts ticking — but delayed action, unclear roles, and lack of training stand in the way. Traditional simulation labs cost $100k+ and lack dynamic patient feedback. Communication breakdowns are implicated in 70% of medical adverse events.

• Tutorial Mode — self-paced practice for CPR, intubation, IV/Fluids, and Team Leader with real-time feedback on compression depth and rate.
• Simulation Mode — multi-user collaboration through SharePlay with hand tracking and role assignment across different physical locations.
• Advanced Training Mode — realistic scenarios with a living patient simulation, dynamic vital signs, and progressive skill levels from Compression Mastery to Full ACLS.

A heart-shaped foam trainer anchors the XR scenario in 3D space, replicating the exertion of real CPR with tactile haptics. Image tracking places the scene onto any surface — preserving physical authenticity at a fraction of the cost of traditional manikins.

• Hand Tracking — controller-free medical procedures via ARKit hand joint tracking
• Living Patient — dynamic cardiac rhythms (VF, VT, PEA, Asystole) with real-time ECG, SpO2, and EtCO2
• Evidence-Based Scoring — ACLS deviation tracker graded from S-rank (96% ROSC) to F-rank (patient death)
• Multiplayer Sync — SharePlay with GroupSessionMessenger for cross-device state and spatial personas

• Flexible — Train alone or with instructors and peers.
• Accessible — Practice anytime, anywhere — no sim lab required.
• Scalable — Lower cost than traditional manikins or sim centers.

Designers: Hannah Yunbing Han, Jasmine Yiming Sun

Engineers: Nandita Venkat, Sahil Mayenkar

Senior Advisors: Steven Patterson, Christopher Robinson, MD, PhD

Mentors: Hunter Harris, Dat Nguyen, Jenny Wang, Daniel Pillis, Jenna Fizel

Program: MedVR Accelerator 2025

3D Assets: Charite University Hospital Operating Room, Adult Intubation Procedure Demonstration via Sketchfab