Kenny Koay is a seasoned Principal R&D Engineer at DePuy Synthes Trauma/CMF, bringing over 16 years of extensive experience in the design and development of trauma implants, including plates and screws, as well as surgical instruments. His expertise lies in navigating the complexities of the...
Kenny Koay is a seasoned Principal R&D Engineer at DePuy Synthes Trauma/CMF, bringing over 16 years of extensive experience in the design and development of trauma implants, including plates and screws, as well as surgical instruments. His expertise lies in navigating the complexities of the orthopedic medical device industry, where he has successfully launched 11 out of 21 projects from concept to completion. This impressive track record underscores his ability to transform innovative ideas into market-ready solutions that enhance patient outcomes.
In his current role, Kenny is responsible for not only designing and developing cutting-edge trauma implants and instruments but also for maintaining and improving existing products. His commitment to design improvement is evident in his collaborative approach, where he effectively manages cross-functional teams, coordinating with Franchise Marketing, Project Managers, Manufacturing Engineers, and various quality assurance departments. This multifaceted collaboration ensures that projects adhere to stringent regulatory standards, including ISO 13485, while also meeting the clinical needs of healthcare professionals.
Kenny's leadership extends beyond project management; he has dedicated over three years to mentoring a group of engineers, fostering a culture of innovation and continuous improvement within his team. His proficiency in Design for Manufacturing and deep understanding of design control processes are instrumental in driving successful product development initiatives. As a key player in the orthopedic sector, Kenny Koay exemplifies the blend of technical expertise and leadership necessary to advance the field of trauma care, making significant contributions to the evolution of medical devices that improve the quality of life for patients worldwide.
