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Advancing Medical Education Through Data and Design

We study how clinicians learn and practice  and build AI-driven tools to enhance training and assessment.

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About Us

Advancing Medical Education Through Technology and Discovery

Grover Lab studies how clinicians learn, practice, and perform. We build and evaluate technology that improves training and assessment. Our work integrates medical education, learning science, simulation, and AI to teach, analyze performance and design usable systems to accelerate improvement. The lab’s home is in gastroenterology and endoscopy education, and our methods generalise across health professions.

Research Areas

Our Core Research Pillars

Our research spans simulation, AI-driven assessment, and data analytics  uncovering insights that shape better healthcare education.

Performance Analytics

High-fidelity simulation settings to teach and assess clinical and procedural skills

Human-AI Interaction

High-fidelity simulation settings to teach and assess clinical and procedural skills

AI Driven Learner Feedback

High-fidelity simulation settings to teach and assess clinical and procedural skills

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Dr. Samir C. Grover

MD, MEd, FRCPC, AGAF, FASGE

Dr. Samir C. Grover is the Executive Vice-President, Academics at Scarborough Health Network and the inaugural Pialis Family Chair in Education at the SHN Research Institute (SHNRI). With a background in gastroenterology and therapeutic endoscopy, Dr. Grover completed a Master of Education at the University of Toronto in 2009. He developed the University of Toronto Endoscopic Simulation course, which has trained over 300 endoscopic worldwide. He is an internationally recognised educator in endoscopy, and leader in research in technology-enhanced procedural education.

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Publications

Research That Transforms Medical Education

From studying clinical decision-making with AI to building data-driven training systems, our work bridges science, technology, and education to shape the next generation of clinicians.

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Dr. Samir C. Grover

Training in endoscopy has traditionally been based upon an apprenticeship model, where novices develop their skills on real patients…

Virtual reality simulation training for health professions trainees in gastrointestinal endoscopy

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1 months ago

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Dr. Samir C. Grover

The findings emphasize the importance of tailored procedural planning to optimize ERCP success in patients with altered anatomy…

Factors affecting technical success of endoscopic retrograde cholangiopan creatographic outcomes in patients…

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2 months ago

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Dr. Samir C. Grover

Post-endoscopic retrograde cholangiopancreato graphy (ERCP) pancreatitis (PEP) is common. Although multiple pancreatic duct (PD) cannulations…

Number,depth and location of inadvertent pancreatic guidewire cannulations and post-ERCP pancreatitis…

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3 months ago

Projects

Turning Research Into Real-World Impact

Our projects bridge discovery and application  combining data, simulation, and AI to create tools that enhance clinical training, assessment, and decision-making.

Contact Grover Lab

Questions about collaborations, media requests, or research inquiries? Send us a message we’ll respond within 5-7 business days.

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