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VIsual, Simulation, InteractiOn & Neuro-Adaptive Research Yielding
Intelligent Interaction
Shaping the Future of Human–Machine Intelligence
Mission
Mission
The mission of the VISIONARY Lab is to advance the science of human–machine interaction by developing intelligent, immersive, and neuro-adaptive simulation technologies that elevate training (including medical) and performance (including clinical). Through cutting-edge research in visual intelligence, haptics, AI, BCIs, and 3D visualization, we create high-fidelity, human-centered systems that enhance decision-making, improve safety, and empower the next generation of professionals.
3D Radiation Therapy Training (3DRTT)
3D Radiation Therapy Training (3DRTT)
Advanced 3D radiation therapy training technologies, providing high-fidelity simulation, a more precise treatment visualization, and immersive learning tools that enhance clinical accuracy, improve practitioner readiness, and support safer, more effective patient care.
Haptic applications Medical Training (HapticMed)
Haptic applications Medical Training (HapticMed)
High-fidelity medical simulation systems using advanced haptics, AI, and immersive visualization to enhance surgical training, improve tactile proficiency, and provide realistic, safe environments for mastering complex clinical procedures.
Framework for Electronic Enhancement of Laboratory experience (FEEL)
Framework for Electronic Enhancement of Laboratory experience (FEEL)
Tactile augmented user interfaces and assessment of a haptic-user interface that supports the learner’s understanding of complex problems (e.g. gyroscopic precession)
Assessment using Brain Computer Interfaces (ABC-I)
Assessment using Brain Computer Interfaces (ABC-I)
We quantify human cognition, (tactile, 3D perception, attention etc... ) using advanced, dry sensor-based non-invasive Brain-Computer Interfaces.
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