The DARE Lab integrates robotics and AI to develop cutting-edge technologies for translational medicine, from robotic first responders to ingestible devices that enable "swallowing the doctor."
Kang Ning won 2nd Place in the Young Professional Paper Competition at IEEE EMBC 2026 in Toronto for a portable thermoelectric cooling system for clinical rehabilitation.
2026
Zhao Haining was named a Student Paper Competition Geographic Finalist and Wei Wenbin received a Best Paper Award for "Fair-Eye Net" at IEEE EMBC 2026.
2026
Prof. Hen-Wei Huang presented "Cost-Efficient Wearable Blood Glucose Monitoring Through Automated Intravenous Cannula Sampling" at EMBC 2026 in Toronto.
2026
DARE Lab members joined the 48th IEEE EMBC in Toronto, Canada, presenting the lab's latest research to the global biomedical engineering community.
2026The Digital, AI, Robotics, and Electronics (DARE) Lab integrates robotics and AI to bridge the gap between diagnosis and treatment in translational medicine. We develop cutting-edge technologies like robotic first responders for emergency care, closed-loop therapy systems for real-time interventions, and ingestible robots that enable continuous monitoring and treatment from within. These innovations aim to transform patient care through smarter, more responsive medical solutions.
Our research spans three core areas, each focused on developing innovative solutions for critical healthcare challenges.
Developing ingestible robotic devices for minimally invasive diagnosis and treatment of gastrointestinal conditions.
Learn More →Creating robotic first responders and AI-powered triage systems for rapid emergency medical response.
Learn More →Building intelligent closed-loop systems that monitor patient status and deliver personalized treatments in real-time.
Learn More →We are always looking for talented researchers, students, and collaborators who share our passion for transforming healthcare through technology.
