Research Vision
Virtual Worlds That Understand People
Traditional virtual reality presents identical experiences to every
user. Neuroadaptive VR transforms this paradigm by continuously
monitoring brain activity, physiological signals, gaze behavior, and
interaction patterns to personalize virtual environments according to
each individual's cognitive and emotional state.
Core Technologies
AI Meets Human Physiology
Our systems integrate multimodal sensing, real-time artificial
intelligence, wearable devices, and immersive technologies to create
adaptive human-centered experiences.
EEG
Eye Tracking
Physiological Signals
Virtual Reality
Artificial Intelligence
Real-Time Adaptation
🎓 Intelligent Education
Learning environments that adjust task difficulty, feedback, and
teaching strategies based on student attention, cognitive workload,
and engagement.
🏥 Healthcare & Rehabilitation
Immersive therapeutic environments for mental health, cognitive
rehabilitation, neurofeedback, pain management, and psychological
assessment.
🚀 Professional Training
Adaptive simulations for aviation, medicine, emergency response,
defense, and industrial training that respond to operator stress and
performance in real time.
🧠 Cognitive Research
Experimental platforms for studying attention, decision making,
emotion, memory, fatigue, and human behavior in controlled immersive
environments.
Student Opportunities
Build the Future of Immersive Intelligence
Students joining this research area can work on EEG analysis,
physiological signal processing, multimodal machine learning, Unity-
based VR development, wearable sensing, user experiments, human-centered
AI, and adaptive interaction design.
Unity
XR Development
EEG Analysis
Machine Learning
Human Factors
User Studies