David Bosscher Email & Phone Number

Kentwood, Mi

Kentwood, Mi

-Used Pro/ENGINEER (Creo) for part and fixture design in cross-functional team environment-Simulated failure modes of exhaust systems with Abaqus and Altair HyperMesh FEA software-Provided design and documentation support for engineering change requests that included GD&T, geometry, and process changes-Managed final assembly line of diesel exhaust gas treatment systems-Worked with multiple vendors to implement major hardware and software improvements necessary to accommodate production increases of 400%-Developed and integrated lean line design along with ergonomic improvements-Worked closely with manufacturing associates to troubleshoot and fix process and machine failures

Calumet, Mi

-Managed teams of engineers and student interns on multi-year projects-Used Pro/ENGINEER to design prototype field testing instrumentation-Designed super-cooled blackbody hardware for calibration of thermal cameras -Designed sky imaging systems to measure sky radiance in visual, LWIR and MWIR bands-Constructed CAD mesh models of military ground vehicles for use in signature prediction software-Organized and directed field tests to gather data on military systems-Gained considerable experience in modeling, testing, and analysis of visual and thermal signatures of military systems-Developed calibration processes for visual and thermal cameras-Used Microsoft Office tools (Excel, PowerPoint, Word, Access) to analyze data and document results in technical reports-Co-authored and presented technical papers at Military Sensing Symposium and Ground Target Modeling and Validation conferences

Zeeland, Mi

-Worked in automated manufacturing setting producing parts for automotive industry-Solved a variety of open-ended design problems to improve machine capability, efficiency, and

Ada, Mi

-Gained extensive experience with basic shop equipment (mill, surface grinder, lathe, drill press, taps) while building automotive checking fixtures-Acquired knowledge in print reading and GD&T