Scott Anderson

• Wire Harness design and development - Battery Electric Heavy Trucks
• Development of wire harness routing and clipping, maintaining/updating legacy harness design, component selection, & component packaging
• Comprehensive CAD and project support to lead engineers, project management, manufacturing and procurement. Direct interface with OEM supply chain.
• Member of Volvo’s electric truck launch team, responsible for the development of main chassis wiring harness
• Member of Volvo’s electric truck launch team, responsible for the development of main chassis wiring harness
• Collaborated with lead engineers regarding customer design specifications and design changes.
• Utilized customer interface data to develop complex parts and assemblies and comprehensive drawing packages.
• Presentation development of design concepts for customer approval.
• Worked with manufacturing to resolve part and assembly discrepancies on current and legacy production units.

• Wire Harness design and development - Mid Size Cab Over EV Semi Truck
• Responsible for designing and packaging both the high & low voltage wire harness systems on a diesel to EV truck conversion prototype build
• Worked closely with the mechanical team to highlight possible design improvements or electrical routing/packaging
• Created precise wire harness nail board drawings for manufacturing
• Help to develop and maintain the wire harness parts database
• Developed all harnesses for the EV1 prototype build in 3 months

• Wire Harness design and development - Battery Electric Heavy Trucks
• Developed high-quality engineering designs and plans to meet industry standards.
• Developed comprehensive engineering documents for all projects.
• Collaborated with other departments to facilitate successful project completion.
• Assisted in developing cost-effective solutions to engineering problems.

• Product design and development - Automotive Interior Trim - (Customer) Lucid Motors
• B & C side part development of plastic injection molded interior trim components from a studio driven A-surface
• Traveled to customer, providing two weeks of on-site design support during customers initial BIW release
• Design on new the attachment scheme to BIW using molded snap features and standard components resulted in 1 million dollar plus savings on tooling
• Provided space claiming and packaging studies, reviewed development of design weekly with customer
• Incorporated design changes based on feedback from project teams.

• Interacted with architects and clients to obtain critical design information necessary to complete projects within intended time frames.
• Designed high quality, robust and cost-effective CAD product models by preparing routine layouts, detailed drawings, assembly sketches and diagrams.
• Liaised with architects, engineers and designers to understand design requirements and provided technical advice to manufacturing and construction technicians.
• Collected construction site reports, analyzed building codes and made weight, volume and stress calculations to determine materials needed for projects.

• Developed plastic injection molded brackets, that were used to for the mounting and routing the vehicles wiring harness
• Conducted engineering studies on design for products, associated and subsystems components and structures.
• Complex molded part designs included living hinges, snap features by creating fully constrained parametric sketches
• Implemented new strategies to reduce costs and improve efficiency of engineering team.
• Complete understanding of working with in the Vehicle Assembly Structure

Design and Developement: Custom Cutting Tools (mills, drills, etc.)

• Inspected sample workpieces to verify conformance with specifications using instruments such as gauges, micrometers and dial indicators.
• Profound understanding of progressive machining operations
• Analyzed customer part and created or refined a full manufacturing process

• Collaborated with coworkers, discussing assembly, and needed product adjustments.
• Wrote work orders and parts fabrication requests.
• Used computer-aided design (CAD) software to create detailed drawings and schematics of mechanical systems.
• Researched new technologies related to mechanical engineering to improve designs and processes.