Ryan M.
About Ryan M.
Ryan M. serves as the Director of Engineering at OsteoCentric Technologies and is the Founder and Chief Trailblazer at Trailblazer MedTech. He has extensive experience in medical device engineering, having held various leadership roles across multiple companies and achieved significant milestones in product development.
Work at OsteoCentric Technologies
Ryan M. serves as the Director of Engineering at OsteoCentric Technologies, a position he has held since 2024. He is responsible for overseeing engineering operations and leading the development of innovative medical devices. His role involves applying his extensive knowledge in various engineering disciplines to enhance product design and functionality.
Experience at Trailblazer MedTech
As the Founder and Chief Trailblazer at Trailblazer MedTech, Ryan M. has been instrumental in establishing the company since 2024. His leadership focuses on pioneering advancements in medical technology, leveraging his background in engineering to drive innovation in the field.
Previous Roles in Medical Device Engineering
Ryan M. has held several significant positions in the medical device industry. He worked at CryoLife, Inc. in various managerial roles from 2016 to 2019, where he led project engineering and research & development teams. Additionally, he served as a Senior Product Engineer at SpineSmith and as a Project Engineer at Barrios Technology, contributing to a range of medical device projects.
Educational Background
Ryan M. holds a Master of Business Administration from Texas State University, completed between 2011 and 2014. He also earned a Bachelor of Science in Mechanical Engineering from the University of Idaho from 1999 to 2004. Furthermore, he obtained a Master of Engineering in Biomedical Engineering from Texas A&M University in 2006.
Certifications and Skills
Ryan M. is a certified Solidworks professional and holds a Lean Six Sigma green belt certification. His expertise spans mechanical, electrical, software, and systems engineering, enabling him to develop medical devices across all classes, from Class I to Class III. He has successfully led teams in designing devices that have reached over one million patient interactions globally.