Project Details

Overview

The VR-Based Intubation Task Trainer leverages cutting-edge VR technology to teach healthcare professionals the skill of fiberoptic intubation. Developed using Unity, the project integrates a high-fidelity 3D bronchus model created in Blender, providing a realistic and immersive training experience. The application is built to enhance the precision of intubation procedures and improve medical training outcomes

Key Features:

  • A realistic 3D bronchus model designed in Blender, with a 1.5mm main bronchus diameter for accurate anatomical representation.
  • Unity as the core development platform, bringing the 3D models and training environment to life in virtual reality.
  • Visual Studio for scripting, creating interactive scenarios, and integrating the VR environment with essential medical tools.
  • Immersive VR training for healthcare professionals to practice fiberoptic intubation techniques in a controlled, risk-free environment.

Development Approach:

  • 3D Modeling: Blender was used to design a high-fidelity 3D bronchus model with precise anatomical details, ensuring a realistic and immersive virtual environment for intubation training.
  • VR Application Development: The 3D model was imported into Unity, where interactive scripts and physics were applied to replicate real-world behaviors of the bronchus and the intubation procedure.
  • Application Scripting: Visual Studio was employed to develop scripts that handle user interactions, feedback systems, and the seamless integration of VR controls.
  • Collaboration: This project is being developed in collaboration with students from Salim Habib University, Mirza Areeb Baig and Usama Javed, whose innovative ideas and technical contributions have significantly enhanced the project's progress.

Impact:

  • This training tool is expected to significantly enhance the fiberoptic intubation skills of healthcare providers by providing hands-on, immersive practice. It will contribute to better medical decision-making and patient safety in real-life procedures.

Current Status:

  • The Fiberoptic Intubation Task Trainer is an exciting work in progress, with development actively underway. Our team is focused on refining the GUI-based application and integrating advanced hardware to ensure an immersive and effective training experience for healthcare professionals.