Dr. Adeel Khatri is an Emergency Medicine physician, Simulation Fellow, and healthcare systems strategist currently practicing at The Indus Hospital & Health Network, Karachi. He works in a high-volume, resource-constrained emergency department environment, where clinical excellence and systems efficiency must coexist under sustained operational pressure. His work spans three core domains: clinical emergency care, simulation-based education, and emergency systems design. At Indus, Dr. Khatri has been actively involved in disaster preparedness planning, surge staffing models, and operational redesign of emergency department workflows. His projects link workforce allocation, patient throughput metrics, and acuity-based risk stratification to measurable safety and quality outcomes. He has contributed to structured disaster surge frameworks, mortality-risk–linked staffing proposals, and evidence-informed emergency department classification aligned with international standards.

Dr. Khatri has completed his simulation fellowship with IPSS-INSPIRE and has been actively involved in designing and implementing high-fidelity, standards-based simulation programs aligned with international best practices. His educational portfolio includes INACSL-aligned structured simulation scenarios, competency-based OSCE stations, ventilator troubleshooting modules, ultrasound applications in emergency care, procedural sedation simulations, pediatric critical care cases, trauma resuscitation modeling, and environmental and systems-based emergency modules. His approach emphasizes psychological safety, structured debriefing, and measurable competency progression, while using low-cost strategies for sustainable solutions in LMIC settings.  Through his work with IPSS Academy, serving as the Co-chair, he contributes to curriculum development, simulation faculty development initiatives, and postgraduate training reforms in Pakistan.

Dr. Khatri maintains a strong interest in strengthening emergency care systems in low- and middle-income countries (LMICs). His focus areas include:

• Trauma systems development in resource-limited environments 
• Pediatric and adult emergency critical care
• Disaster medicine and multi-casualty preparedness
• Emergency department staffing optimization and throughput engineering
• Sustainable simulation program development
• Technology-enabled medical education and digital process modeling

His professional mission is to integrate clinical excellence, operational intelligence, and scalable education models to build resilient emergency systems that improve patient outcomes, support workforce sustainability, and elevate training standards in challenging healthcare environments.