Medical Innovation & Global Recognition

This project marks a milestone in Hong Kong EdTech internationalization. Using the XRCC Platform, students and Occupational Therapists (OTs) collaboratively converted traditional rehabilitation into an immersive, high-definition experience. Honored at the "Geneva International Invention Exhibition," the platform addresses environmental limitations in Occupational Therapists and validates the practical value of AIXR teaching materials in professional medical settings.

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Context · Background

Internationally Recognized Medical Technology: Review of the Geneva Invention Exhibition Award-Winning Case

This project represents a prestigious cross-disciplinary collaboration between students and professional Occupational Therapists. The team developed an "Immersive Dishwashing Simulation" designed for rehabilitation needs. This project was showcased at the International Exhibition of Inventions Geneva, demonstrating the innovative power and human-centric tech applications of Hong Kong students on a global stage.

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Project Details Immersive Dishwashing Simulation

Category MedTech · Rehabilitation

Platform XRCC + vCAVE System

Team Students + Occupational Therapists

Institution CUHKFAA Thomas Cheung Secondary School

Recognition International Exhibition of Inventions, Geneva

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Challenge · Objectives

Bottlenecks in Occupational Therapy Rehabilitation Training: Why Traditional Methods Struggle to Simulate Real Life?

Interdisciplinary Platform: To provide a creative space where students can integrate complex medical and rehab concepts into immersive experiences.
Content Depth in Rehabilitation: To utilize the vCAVE system to create a safe, controlled, and highly realistic training environment for patients.
International Professional Standards: As a global exhibition entry, the system required top-tier visual fidelity and seamless operational performance.

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Solution · The Choice of Professional Therapists

The Choice of Professional Therapists: How the VOTANIC vCAVE System Provides 1:1 Immersive Training

After comparing various market solutions, the team selected XRCC and vCAVE for its unique advantages:

HD Visual Performance: Rehab training relies heavily on visual cues. XRCC’s high-definition rendering makes everyday scenarios (like dishwashing) incredibly lifelike, enhancing patient engagement.
Standalone vCAVE System: Provides a 1:1 physical immersion. Patients can train without the burden of heavy VR headsets—a crucial factor for those in recovery.
Easy Programming (No-Code): The intuitive creation flow allowed the team to focus on "Occupational Therapy Logic" and "Scene Design" rather than being bogged down by complex coding.

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Results · Impact

From Dishwashing Simulation to Future: XRCC's Long-term Strategy in Tertiary and Vocational Education

Ultra-Smooth Interaction: The system maintains high fluidity during complex interactions, ensuring professional continuity in training.
Globally Recognized R&D: The successful integration of Occupational Therapy and XR at Geneva proves that student creations on XRCC have reached international-grade potential.
A New Era for Occupational Therapy: Successfully expanded the application of VR Cave in medical education, serving as a landmark case for future MedTech integration.

Project Leader's Voice "

What attracted us most to XRCC / vCAVE compared to other products was the HD visual performance, the standalone cave environment, and the easy programming workflow. The system's extreme smoothness allowed our students to explore the future of Occupational Therapy without technical barriers.

Mr. Lee Kin Long, Ringo Mathematics and Physics Teacher
CUHKFAA Thomas Cheung Secondary School

#RehabTech #STEAM