Research
01
Research Area 1
Enhancing User Experience with Haptic Technology
We develop tactile feedback systems — incorporating vibration, heat, and muscle movement — to create deeply immersive interactions. Our work spans virtual reality, robotics, and human-computer interaction.
- Vibrotactile rendering and perception
- Multimodal haptic feedback (vibration, heat, kinesthetic)
- Haptic devices for VR controllers
- Perceptual studies of touch and force feedback
02
Research Area 2
Next-Generation Virtual Reality Research
We create multisensory virtual environments that combine visual, auditory, and haptic feedback to produce realistic digital worlds. We also investigate novel input methods designed for natural and intuitive user interactions.
- Immersive VR environment design
- Cross-modal perception in VR/AR
- Cybersickness measurement and mitigation
- Novel VR input device development
03
Research Area 3
Interface Prototyping and Application
We design and fabricate physical interaction devices using techniques ranging from 3D printing to custom circuit design. Our goal is to bridge physical and digital technologies to develop more user-friendly experiences.
- Soft and flexible tactile sensors
- Custom haptic actuator design
- 3D-printed interactive prototypes
- Circuit-level hardware for HCI systems