Research
We engineer wearable and body-integrated systems to control human movement and enable richer physical interaction between humans and machines.
01 / RESEARCH DIRECTION
Wearable & Body-Integrated Electronics
Developing flexible, stretchable, and body-integrated electronic systems for seamless interaction with the human body, enabling wearable sensing, stimulation, and real-world operation.
RELEVANT SKILLS & BACKGROUND
Flexible Electronics · Wearable Sensors · Body-Integrated Systems
Figure 01 - Flexible, Strechable and skin-interfaced electronic systems
02 / RESEARCH DIRECTION
Electrical Stimulation, Neuromuscular Control, and Closed-Loop Movement Control
Engineering precise electrical stimulation systems to recruit muscles, regulate movement, and control limb function. We investigate selective stimulation, multi-channel control, and adaptive strategies for reliable and efficient neuromuscular actuation.
RELEVANT SKILLS & BACKGROUND
Electrical Stimulation · FES/NMES · Motor Control · Closed-Loop Control · Machine Learning
Figure 02 - Electrical stimulation circuit and testing platform
03 / RESEARCH DIRECTION
Sensory Feedback & Human-Machine Interaction
Exploring how sensory feedback and body-integrated interfaces shape human movement, perception, and interaction with machines and robot. We aim to develop intuitive interfaces that restore and augment human capabilities, opening new possibilities in rehabilitation, intelligent robotic interaction, wearable robotics, and human augmentation.
RELEVANT SKILLS & BACKGROUND
Sensory Feedback · Human-Machine Interaction · Virtual reality · Human Augmentation · Biomedical application · Embodied Intelligent
Figure 03 - Human-Machine interaction, tactile feedback, and Virtual Reality