Principal Investigator: Dr. Avinash Gupta

Summary:

The Augmented Reality (AR) based Endotracheal Intubation (ETI) Simulator is an ongoing project designed to enhance the training experience for medical students and health professionals. This smart trainer integrates sensors into both the mannequin and laryngoscope to capture a wide range of data points during the intubation process. The simulator boasts an intuitive user interface and features a compact, realistic design that ensures a seamless and immersive practice experience. Its detailed quantitative feedback provides users with valuable insights into their technique and performance, which are essential for skill development.

The benefits of this AR-based ETI Simulator are substantial. By delivering precise feedback, it accelerates learning and improves training quality, allowing users to quickly identify and address areas for improvement. The user-friendly interface and ergonomic design make it accessible to learners at various skill levels, facilitating easy integration into training programs. Moreover, the realistic and compact design of the simulator contributes to a more authentic training experience, helping users build confidence and competence in real-world scenarios.

Goals:

Development of a high-fidelity smart trainer for training and evaluating endotracheal intubation.
Data collection and mathematical model development for performance evaluation
Expert data to standardize the parameter tracking and model the feedback safe zones
Development of a real – time augmented reality (AR) visualization and feedback system
Validation of the trainer by healthcare providers