Senior Electrical Harness Engineer

Own assigned harness families end to end, from concept through drawing release, prototype builds, and production launch.

Define and own harness routing and 3D packaging in CATIA V5/V6, optimizing for mass, cost, packaging space, serviceability, and assembly.

Create and release 2D harness manufacturing drawings and wire lists in Capital Harness (Siemens); read and understand electrical schematics and provide feedback to the electrical architecture team.

Select clips, connectors, terminals, seals, and wire; size circuits for power consumption, voltage drop, and fuse protection; define electrical interfaces and endpoints with connected devices.

Resolve technical issues including EMI, thermal protection, chafe/abrasion, mechanical strain, and environmental sealing; define protection, retention, and clipping strategies.

Lead packaging and design reviews, develop and execute Design Verification, DFM, and contribute to DFMEA.

Work directly and independently with harness suppliers from prototype development through design reviews, production readiness, and change implementation.

Support early prototype and pilot builds at the assembly plant, troubleshooting build and vehicle issues and driving manufacturing integration fixes.

Collaborate with electrical architecture, mechanical/packaging, manufacturing, and quality teams to align harness design with vehicle requirements.

Develop and improve engineering processes for device transmittals, schematics, and 3D harness routing, along with design guidelines, best practices, and component libraries.

Masters’s degree in Electrical, Mechanical, Mechatronics, or Electromechanical Engineering,

8+ years of wire harness / EDS design experience, preferably in the automotive industry (aerospace, heavy truck, or similar also considered), with a demonstrable work history

Proficiency in 3D CAD for harness routing and packaging, preferably CATIA V5 or V6 (3DEXPERIENCE)

Experience with 2D harness design software, preferably Siemens Capital Harness

Ability to translate electrical schematics into 2D manufacturing drawings and 3D harness routing, including connector and terminal selection, wire sizing, power consumption, and electrical interfaces

Experience with selection and validation of the harness components (clips, wires, terminals, seal, etc.)

Working knowledge of automotive EE communication (CAN, LIN) and low-voltage power distribution architectures

Hands-on experience supporting vehicle development and industrialization, from prototype through production launch

Experience working directly with harness suppliers on design reviews and production readiness

Experience launching a mass-production vehicle program through Start of Production

Familiarity with LV and HV connection systems, seals, and terminal retention mechanisms for electric vehicles

Design of harness brackets, clips, and protection hardware in plastic and sheet metal, with DFM knowledge (injection molding, stamping)

Experience with DFMEA, and cost/reliability trade-off analysis

Understanding of signal integrity (SI), EMC/EMI, grounding, and shielding principles

Experience with high-speed automotive communication harnesses (Automotive Ethernet, GMSL, A2B, CAN)

Experience with Capital/Mentor Graphics Topology and HarnessXC bridging

Hands-on use of harness test equipment (continuity testers, multimeters, oscilloscopes) and prototype vehicle instrumentation

Familiarity with Jira and Confluence in an iterative development environment