Prof Wangdo Kim, Universidad de Ingenieria y Tecnologia β UTEC, Peru
Wangdo Kim is a distinguished professor and researcher specializing in biomechanics, mechanical engineering, and sports science. With decades of academic and industry experience, he has significantly contributed to knee joint mechanics, foot biomechanics, and sports injury prevention. Holding a Ph.D. in Mechanical Engineering from Lehigh University, he has held various prestigious positions, including roles at Samsung Aerospace and as an editorial board member of esteemed journals. His research integrates engineering principles with human movement analysis, leading to groundbreaking studies in knee function, CAD/CAM, and robotics. He has received numerous accolades, such as the Outstanding Reviewer Award from The Knee (Elsevier) and recognition at the ASME Grand Challenge Competition. His extensive publication record includes innovative work on computational biomechanics and sports performance optimization. With expertise spanning academia and industry, Wangdo Kim continues to shape the fields of biomechanics and mechanical engineering through impactful research and mentorship. ππ¬π
Publication Profile
Google Scholar
Education
- Ph.D. in Mechanical Engineering β Lehigh University, Bethlehem, PA, USA (Oct. 1986) ππ¬
- M.S. in Mechanical Engineering β Lehigh University, Bethlehem, PA, USA (Jan. 1979) ποΈβοΈ
- B.S. in Mechanical Engineering β Seoul National University, Seoul, Korea (Jan. 1979) πποΈ
- Postdoctoral Research in Biomedical Engineering β Lehigh University, Bethlehem, PA, USA (June 1991) π₯π§βπ¬
Wangdo Kim’s educational journey laid the foundation for his expertise in mechanical engineering, biomechanics, and biomedical applications. His Ph.D. research focused on integrating engineering principles into human movement studies, contributing to innovative biomechanical modeling. During his postdoctoral tenure, he specialized in biomedical engineering, bridging mechanical design with medical applications. His academic training at prestigious institutions provided him with interdisciplinary skills in robotics, CAD/CAM systems, and computational modeling. This strong educational background has driven his influential research on knee joint mechanics, sports injuries, and movement analysis, making significant contributions to both academia and industry. πποΈπ
Experience
- Managing Communicator β Samsung Camera Division & PDD (Penkhurst Design & Development) (Sep 1997 – Dec 1998) π·π‘
- CAD/CAM Manager β Samsung Aerospace (Sep 1996 – Mar 1997) βοΈβοΈ
- Project Manager, E-CIM (Engineering CIM) Programs β Samsung Aerospace (Aug 1995 – Aug 1996) ππ
With a diverse career spanning academia and industry, Wangdo Kim has held key leadership roles in mechanical engineering and biomechanics. As a Managing Communicator at Samsung Camera Division, he contributed to design communication and technological advancements. His tenure as CAD/CAM Manager at Samsung Aerospace involved optimizing manufacturing processes through computer-aided engineering. As a Project Manager for E-CIM programs, he led initiatives that enhanced engineering automation and innovation. His industry expertise, combined with academic research, has fostered advancements in biomechanical modeling, robotics, and sports science, shaping both theoretical and practical applications of mechanical engineering. ππ¬π
Awards and Honors
- Outstanding Reviewer Status β The Knee (Elsevier) (2015) π
π
- Grand Challenge Competition β ASME Summer Bioengineering Conference (2010) ππ¬
- Top 20 Articles β BioMedLib (2012) ππ
- Editorial Board Member β Advances in Biomechanics and Applications (ABA) (2013) ποΈπ
Wangdo Kimβs contributions to biomechanics and mechanical engineering have been recognized through multiple prestigious awards. As an Outstanding Reviewer for The Knee, he played a crucial role in advancing research on knee mechanics. His recognition at the ASME Grand Challenge Competition highlights his innovative approaches to biomechanical analysis. Being ranked in BioMedLib’s Top 20 Articles signifies his impactful publications in sports science and engineering. Additionally, his role as an Editorial Board Member for Advances in Biomechanics and Applications showcases his leadership in shaping the fieldβs academic discourse. These accolades reflect his commitment to advancing biomechanics, mechanical design, and human movement studies. π
ππ
Research Focus
- Biomechanics β Foot mechanics, knee joint mechanics, sports injuries π¦΅πββοΈ
- Mechanical Engineering β Mechanical design, CAD/CAM, robotics βοΈπ€
- Sports Science β Sports injuries, sports equipment design, human movement analysis ποΈπΎ
Wangdo Kim’s research integrates engineering principles with human biomechanics to advance sports science and rehabilitation. His work in foot and knee joint mechanics explores movement optimization and injury prevention. Through mechanical design and CAD/CAM applications, he has developed innovative approaches to robotics and medical devices. In sports science, his studies focus on equipment design and motion analysis, enhancing athletic performance and recovery. His computational models and real-world applications bridge the gap between theoretical research and practical implementation, making significant contributions to biomechanics, rehabilitation engineering, and sports medicine. π¬πβ½
Publication Top Notes
- “Tibial femoral tunnel for isokinetic graft placement” π₯ (2017)
- “The Duality of Knee Functional Axes and Foot Contact” π€ (2016)
- “Observations on the Knee Functional Axis During Active Movements” π (2016)
- “Novel Computational Approaches Characterizing Knee Physiotherapy” π€ (2014)
- “An Informational Algorithm as the Basis for Perception-Action Control of the Instantaneous Axes of the Knee” π (2013)
- “Tracking Knee Joint Functional Axes through Tikhonov Filtering and PlΕ±cker Coordinates” π (2013)
- “The Natural Shock Absorption of the Leg Spring” ποΈββοΈ (2013)
- “Haptic Perception-Action Coupling Manifold of Effective Golf Swing” ποΈ (2013)
- “Efferent Copy and Corollary Discharge Motor Control Behavior Associated with a Hopping Activity” ποΈββοΈ (2013)
- “The Natural Frequency of the Foot-Surface Cushion During the Stance Phase of Running” πββοΈ (2011)