Surgical Simulation
The New Frontier of Surgical Learning
Teach
Train
Innovate
Inspire
Collaborate
Lead
... and much more!
Exponential Global Growth
Clinical Superiority
Credentialing Demands
Learning Curve Challenge
Exponential Global Growth
Clinical Superiority
Credentialing Demands
Learning Curve Challenge
Exponential Global Growth
Clinical Superiority
Credentialing Demands
Learning Curve Challenge
Exponential Global Growth
Clinical Superiority
Credentialing Demands
Learning Curve Challenge
Exponential Global Growth
Clinical Superiority
Credentialing Demands
Learning Curve Challenge
Exponential Global Growth
Clinical Superiority
Credentialing Demands
Learning Curve Challenge
Exponential Global Growth
Clinical Superiority
Credentialing Demands
Learning Curve Challenge
Introduction
Simulation Training Programs
- Foundational Skill Labs for Medical Students
- Simulation in Residency Assessments (SIMRA)
- Crisis Resource Management Simulations
- Surgical OSCE & Objective Skill Validation Modules
- Team-Based Interprofessional Simulations
Each program includes real-time coaching, video-assisted review, and debrief sessions guided by expert faculty.
Structure tiers
Comprehensive Training Levels
We offer four structured tiers of robotic education to accommodate various experience levels, supported by expert instructors and industry partners.

Simulation Training Programs
- Foundational Skill Labs for Medical Students
- Simulation in Residency Assessments (SIMRA)
- Crisis Resource Management Simulations
- Surgical OSCE & Objective Skill Validation Modules
- Team-Based Interprofessional Simulations
Each program includes real-time coaching, video-assisted review, and debrief sessions guided by expert faculty.

Data-Driven Performance Feedback
All simulation stations are equipped with:
- Motion tracking sensors
- Force feedback analytics
- Procedure time logs and error detection
- Competency rubrics and growth charts
These tools generate a personal performance profile for each learner, used for both formative and summative evaluation.

Innovation Through Simulation Research
Our simulation center contributes to global research through:
- Validation studies of new simulators
- Cross-specialty fidelity comparison
- Simulation’s impact on real-world outcomes
- Collaboration with surgical education researchers worldwide

Integration with Cadaver Lab and Live Surgery
Simulation is seamlessly integrated with:
- Pre-cadaveric lab skill preparation
- Rehearsal of complex procedures before live patient surgery
- Bridging gap from virtual to real through stepwise exposure
01
VR and AR Simulators
- Laparoscopic surgery
- Endoscopy and colonoscopy
- Urology and gynecology
- Neurosurgery and skull base procedures
02
Task Trainers
- Suturing, knot tying, vessel ligation
- Cannulation and catheter placement
- Airway management and intubation
03
Hybrid Sim Labs
- Combination of mannequins and live procedural tools
- Integrated imaging and OR equipment
04
High-Fidelity Operating Room Simulators
- Full OR replica with team-based emergency scenarios
- Code blue simulations and trauma response
