Westfield, Indiana, United States
Graduated from Purdue University with a Bachelor of Science in Mechanical Engineering Technology, I contribute as a Design Engineer at Coan Engineering. My role emphasizes designing and modeling mechanical components for transmission systems, utilizing CAD-driven design methods, 3D scanning technology, and ensuring compliance with U.S. Navy engineering standards through rigorous validation processes. Previously, I supported the development of orthopedic power tools at Stryker as a Mechanical Design Engineer, focusing on improving ergonomics by optimizing weight, noise, and vibrations. My work reflects a commitment to precision, quality, and product lifecycle management.
At Coan Engineering, I focus on designing and modeling mechanical components for various transmission systems. My role involves leveraging CAD-driven design methods and 3D scanning technology to ensure precision and durability. I also ensure compliance with U.S. Navy engineering standards through rigorous design verification and validation processes.
As a Mechanical Design Engineer at Stryker, I specialized in creating advanced power tools for orthopedic surgeries. My role involved enhancing the ergonomics of handpieces by minimizing weight, noise, and vibrations, ultimately improving the surgical experience. I worked closely with multidisciplinary teams to ensure our designs met rigorous quality and safety standards.
At Stryker, I focused on developing and implementing stringent testing procedures for guided surgical power tools. My role involved inspecting both custom and standardized parts to ensure they met design specifications, contributing to the overall reliability of surgical instruments. This experience honed my skills in quality assurance and product testing within the medical device industry.