A clinical-training project needed an instructor and several trainees to share the same scenario. Muhammad built the connected web and VR platform, with live controls and video that let an instructor guide the session.
Clinical team training includes coordination and communication as well as a procedure. A recording cannot give several trainees an interactive scenario with an instructor changing the situation as they respond.
The platform therefore needed two connected experiences: a web environment for preparing and directing training, and a shared VR environment in which trainees worked together.
The instructor panel supported scenario authoring and live changes to the simulated patient’s state and vital signs. Video streamed from headsets back to the panel so an instructor could observe individual trainees.
The multiplayer VR emergency room supported procedures and team interaction. Speech recognition and natural-language processing enabled conversation with the simulated patient as part of the scenario.
Project materials showing the workflows and interfaces described in this case.
The delivery joined scenario preparation, live instruction and shared simulation. It gave the instructor a route to direct and observe the exercise while trainees participated in the same virtual setting.
A training platform’s handover should include supported hardware, session networking, scenario configuration and instructor controls. Clinical content and educational validation remain separate from software delivery. A technology owner must know who maintains each part before changing the system.
Project contribution: Muhammad. The scope described above identifies the work behind this case.
Editorial review: Ego Eimi · Updated September 6, 2026 · About the team
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