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Tien-Ching Lee

Affiliate, Orthopaedic Surgery
Visiting Scholar, Orthopaedic Surgery

BioI am an orthopedic surgeon and assistant professor at Kaohsiung Medical University (KMU), serving in the Department of Orthopaedics at Kaohsiung Medical University Hospital, Taiwan. I completed my Ph.D. at KMU in 2023, focusing on orthopedic research and innovation.
My clinical expertise and research interests encompass orthopedic trauma, hand surgery, osteoporosis, and fracture repair. My work has been recognized with several prestigious awards, including the 2018 Merit Paper Award from the Taiwanese Osteoporosis Association and the 2019 AOTAP Scientific Congress Merit Paper Award.
As part of a dynamic research team, I have contributed to significant medical device innovations. Our developments include a novel targeting device for screw positioning and an advanced surgical tool for carpal tunnel release. These innovations have secured patents across multiple jurisdictions, including the United States, Taiwan, China, European nations, and Singapore. Our achievements have been honored with the Taiwan National Innovation Award for four consecutive years (2019, 2020, 2022, and 2024).
Currently, I am a visiting scholar in Dr. Yang's laboratory at Stanford University, where I am expanding my expertise in innovation, research, and development while fostering international collaborations. This aligns with my commitment to advancing orthopedic care through global knowledge exchange and professional networking.

Tiffany Lee

Clinical Instructor, Pediatrics

Timothy Jiyong Lee

Research Data Analyst 1, Urology - Divisions

Ting-Ting Lee

Life Science Research Professional, Biology

Tonghun Lee

Professor of Aeronautics and Astronautics

BioProfessor Lee's research group is focused on investigating the fundamental physics relevant to next generation aerospace propulsion systems and space entry technologies. Areas of interest include hypersonic propulsion systems, hybrid chemical and electrical propulsion systems, compact UAV propulsion technologies, integration of sustainable aviation fuels, and application of advanced laser & optical diagnostics. His work aims to improve fundamental understanding of high-speed reacting flows while advancing technologies for more efficient and environmentally responsible aerospace systems.