David Groschen
About David Groschen
David Groschen is a Manufacturing Engineer at Boston Scientific with a background in Chemical Engineering and extensive experience in process optimization and quality improvement in the additive microelectronics industry.
Current Position at Boston Scientific
David Groschen currently holds the position of Manufacturing Engineer at Boston Scientific. He has been employed there since 2017, contributing his expertise to the Greater Minneapolis-St. Paul Area. In this role, his responsibilities likely include improving manufacturing processes and enhancing product quality.
Previous Experience at Hutchinson Technology Inc.
Before joining Boston Scientific, David Groschen worked as a Process Development Engineer II at Hutchinson Technology Inc. from 2013 to 2017. Located in Eau Claire, Wisconsin Area, his tenure lasted four years. His role involved process development which included optimizing and implementing new processes within the company.
Early Career Roles
David Groschen's early career includes key roles such as a Chemical Test Lab Engineering Intern at Donaldson from 2012 to 2013 in Greater Minneapolis-St. Paul Area. Additionally, he gained hands-on laboratory experience as a Laboratory Aide at the University of Minnesota from 2011 to 2012. These initial steps in his career helped him build a strong foundation in engineering and testing methodologies.
Education and Chemical Engineering Background
David Groschen earned his Bachelor of Science (BS) in Chemical Engineering from the University of Minnesota-Twin Cities, completing his degree between 2009 and 2013. His education provided him with a solid grounding in scientific principles, which he utilizes in his professional roles to improve manufacturing capabilities and product quality.
Expertise in Process Optimization and Data Analysis
David Groschen specializes in optimizing existing processes and qualifying new processes through detailed data analysis. His expertise includes improving capability, yields, and product quality in the additive microelectronics industry. He applies scientific fundamentals and logical testing progressions to identify and overcome various failure modes in manufacturing processes.