David Marshall Email & Phone Number

Oshkosh, Wisconsin, United States

Working on the Unibody team for the Next Generation Delivery Vehicle projectGrew position from prototype build support at supplier and assembly line to leading all underbody development activities ~$200 million in toolingPosition Supplemented by 10 full time engineers and 7 designersFinalized the development of vehicles 8 castings and design for manufacturability across the bodyDesigned product for Automated Assembly with bondments supported by Self Piercing Rivets, Flow Drill Screws, and Spot WeldsDesigned for ease of assembly via flanged weld nuts, SPAC Clinch Nuts, Rivet Nuts, and incorporated threaded featuresLed Development of Body Sealing with Expandable Tapes, Expandable Foams, Seam Sealer, Thumbable Sealer and Butyl Patches pre and post E-CoatManaged design and development between Design Firm, Internal Stakeholders, Prototype Supplier and Production SupplierAssisted in Senior Management production quote negotiation to reduce tooling and piece parts costs by 10%Managed design development through Catia V5 CAD with Winchill PLM

Oshkosh, Wisconsin, United States

Next Generation Delivery Vehicle -Frame and Body GroupLeading Front End Development through the initial prototype phaseLeading stamping design, build support, and supplier interaction with prototype and production suppliers

St Louis, Missouri, United States

Consulting with Bausch and Lomb SurgicalLeading Projects to support R&D with Rest-Of-World Registration ActivitiesCreating testing protocols to support compliance with new international regulations or new product registrationCoordinating project teams including Engineering, Quality, Regulatory, Service, and Manufacturing departments

Warsaw, Indiana

• Product Development from customer request to manufacturing and delivery• Customized Instruments and Implants for Hip, Knee, and Shoulder Replacements• Experience Working with Software and CAD including:° NX and Teamcenter to redesign instrumentation to surgeon requests ° Mimics Medical turning CT scans to bone models for custom implants• Implemented solutions to ensure manufacturability with external suppliers to enable efficient work processes• Partnered with Quality to validate design safety through both mechanical and simulation testing

Warsaw, Indiana