Kyle True
About Kyle True
Kyle True is a Principal R&D Engineer at Boston Scientific with extensive experience in designing and developing complex medical devices. He has a strong background in project management and has worked in various roles within the medical device industry.
Current Role at Boston Scientific
Kyle True has held the position of Principal R&D Engineer at Boston Scientific since 2018. Based in Arden Hills, Minnesota, Kyle applies his extensive engineering skills to the research and development of medical devices. His role involves designing and developing complex medical products, particularly for guided procedures, interventional pulmonology, endoscopy, and ablation products.
Previous Experience at Smiths Medical
Before returning to Boston Scientific, Kyle True was a Senior Engineer in Advanced Manufacturing - New Product Introduction at Smiths Medical from 2016 to 2018. In this role, he focused on integrating advanced manufacturing technologies into new product lines, significantly contributing to the product development process within the medical device industry.
Career at Holaira, Inc.
From 2013 to 2016, Kyle True worked as a Senior R&D Engineer at Holaira, Inc. in the Greater Minneapolis-St. Paul Area. During his tenure, he played a crucial role in the research and development activities, further honing his skills in creating innovative medical devices and contributing to products' market success.
Engineering Background and Education
Kyle True possesses a solid educational foundation in Mechanical Engineering, having earned both his Bachelor's (2004-2007) and Master's degrees (2007-2009) from the University of Minnesota. His academic achievements laid the groundwork for a successful career in engineering, beginning with various internships and roles at Boston Scientific and BAE Systems. Additionally, he served as a Teaching Assistant in Computer Aided Engineering at the University of Minnesota.
Versatility in Engineering Skills
Kyle True has demonstrated versatility across multiple market segments within the medical device industry. His extensive experience spans the design, development, and project management of products used in guided procedures, interventional pulmonology, endoscopy, and ablation. His involvement in these varied areas underscores his comprehensive engineering skills and adaptability.