The Challenge

Medical education demands hands-on experience with real procedures—but gaining access to those opportunities is costly, time-sensitive, and often restricted by availability or ethical constraints. Institutions struggle to offer consistent, risk-free environments where students and professionals can practise basic through to complex medical procedures.

SiliconTeb’s vision was to close this gap by offering a highly realistic simulation platform that could replicate key medical procedures, from operating room preparation to advanced clinical interventions. The challenge was to ensure clinical accuracy, develop immersive environments using XR technology, and create a performance evaluation system that could objectively assess learner progress.

Our Approach

To bring SiliconTeb Procedure to life, we worked alongside medical experts and academic advisors to design 10 fully interactive and clinically accurate training modules. These simulations covered a wide range of real-world scenarios, including:

• Operating Room Setup (Pre-Operative Preparation)
• Airway Management and Intubation
• Basic Surgical Techniques and Instrument Handling
• Sterilisation Protocols
• Patient Positioning and Safety Procedures

Each module was built using extended reality, allowing users to step into a fully immersive virtual environment where they could practise procedures repeatedly, safely, and at their own pace. The simulations not only taught step-by-step protocols but also mimicked real-world stressors like time pressure and the need for precision.

To make the platform even more effective, we integrated a custom AI-based analytics engine that tracks and evaluates every aspect of a user’s performance—from timing and accuracy to sequence of actions and adherence to protocol. After each session, trainees receive detailed feedback reports, and institutions can monitor skill progression over time.

The Outcome

SiliconTeb Procedure is now empowering healthcare institutions with a modern, scalable solution for procedural training. It has been adopted by hospitals, medical schools, and research centres looking to improve the consistency, safety, and accessibility of their training programs.

The extended reality environment offers a hands-on learning experience that closely replicates real-life clinical settings, while the AI-driven performance analytics ensures that trainees and educators can measure skill development with confidence and clarity.

By simulating core procedures like operating room setup and intubation, SiliconTeb Procedure is transforming the way medical professionals are trained—minimising risk, reducing resource dependency, and ensuring better-prepared healthcare workers across the board.