“Enhance intelligence, utility, adaptability and accessibility of wearables and assistive robots  through integration of bio-inspired designs, human-in-the-loop controls and AI” 

• Identify new opportunities for wearable and assistive technologies to augment, assist, or enable human activities and performance

• Apply the principles of human biomechanics in sensing, actuations, and controls 

• Develop mechanical models, electronics and prototypes that well-incorporate those principles

• Implement and train AI models for robot intelligence

• Validate robot prototypes through computational simulations and in-vivo experiments