Projects

Multicenter research program comparing prehospital vs in-hospital ECPR for out-of-hospital cardiac arrest, from feasibility studies to randomized controlled trials.

Building a foundation model to predict optimal defibrillation strategy from ECG waveforms during CPR, enabling personalized treatment for refractory ventricular fibrillation.

Patented technology for autonomous determination of optimal cardiac compression location using multi-electrode ECG signals.

Investigating whether capnogram-derived airway patterns (intrathoracic airway closure and thoracic distension) are associated with return of spontaneous circulation in OHCA.

Porcine study investigating intratracheal milrinone during cardiac arrest to improve ROSC through pulmonary vasodilation and inotropic effects without systemic hypotension.

Self-optimizing hospital operating system using real-time data, digital twins, and AI agents to improve clinical outcomes, operational efficiency, and staff experience.

Autonomous, continuously-improving world agent implementing persistent learning, knowledge exploration, and ethical AI governance based on immutable principles.

Proposal for an innovative orthopedic surgical center in Quebec featuring prehabilitation, surgery day optimization, and data-driven closed-loop improvement.

Digital health platform for prehabilitation, perioperative optimization, and post-operative recovery tracking with wearable integration and personalized pathways.

Randomized trial evaluating AI-assisted clinical reasoning in anesthesiology, comparing clinician vs AI vs clinician+AI performance on oral board scenarios.