Electrical Engineer

Job Description
Perform all aspects of automotive harness development using Siemens Capital CAE harness design tools. Reference or import harness data from Catia v5/v6 to extract 3D routing. Reference or import logical network data from EAZ to extract connectivity and electrical characteristic aspects of existing harness designs.

Key Responsibilities

Logical Architecture & System Design

• Logical wiring architecture models developed in Siemens Capital:
  • Power and ground distribution
  • Signal and communication networks (Direct, CAN, LIN, Ethernet, FlexRay)
• Functional connectivity definitions between ECUs, sensors, actuators, and loads
• Logical signal lists and port definitions with complete electrical attributes
• System-level design validation outputs (completeness, connectivity consistency, rule compliance)

Physical Harness Design

• Physical harness designs in Siemens Capital equivalent in scope and engineering intent to CATIA/EAZ designs
• Harness topology and routing definitions:
  • Bundle structure, splices, branches, and breakouts
  • In-vehicle routing intent by zone (body, IP, doors, engine bay, rear)
• Connector and terminal assignments with correct cavity usage and keying
• Wire and cable definitions including gauge, color, material, shielding, and twist rules

Capital-Generated Manufacturing Outputs

• 2D harness drawings suitable for manufacturing and supplier release
• Harness and vehicle-level Bill of Materials (BOMs)
• Wire lists and cut-length reports
• Connectivity and net reports
• Splice and joint tables
• Shielding and grounding reports
• Change-controlled design datasets for release management

End-to-End Harness Execution Packages

• Complete end-to-end Capital execution from logical design to physical harness design and manufacturing outputs
• Production-ready harness datasets aligned to active vehicle development programs
• Validation ensuring Capital outputs meet OEM production release requirements

CAE Analysis & Validation Deliverables (Harness-Focused)

• Electrical rule checks and design validation reports
• Circuit protection and fuse validation with Siemens Capital Analysis
• Voltage drop readiness (where applicable) with Siemens Capital Analysis
• Design consistency and error-check using full vehicle harness summaries
• Support data for downstream simulation activities including formats required by Spice and Ansys TwinBuilder

Comparison & Benchmarking Deliverables

• Side-by-side comparison packages:
  • Siemens Capital outputs vs. EA1 CATIA/EAZ outputs
  • Wiring intent, connectivity, BOM, and drawing equivalency
• Gap and delta analysis reports covering feature differences, data fidelity gaps, and manual vs. automated steps

Workflow & Process Documentation

• Documented Capital workflow steps for harness design execution
• Time and effort summaries for each major activity
• Process comparison reports:
  • Capital vs. legacy toolchain efficiency
  • Complexity, rework, and iteration impact
• Recommendations for future-state workflow improvements

Change & Configuration Management Deliverables

• Change impact assessment packages (connectivity, BOM, manufacturing)
• Revision-controlled harness datasets
• Clear traceability between logical, physical, and released data

Cross-Functional Communication Deliverables

• Design review presentation packages
• Technical summaries for electrical, packaging, manufacturing, and supplier teams
• Issue tracking and resolution documentation

Knowledge Capture & Best Practices

• Capital modeling best-practice guidelines
• Lessons learned from live program execution

Diverse Lynx LLC is an Equal Employment Opportunity employer. All qualified applicants will receive due consideration for employment without any discrimination. All applicants will be evaluated solely on the basis of their ability, competence and their proven capability to perform the functions outlined in the corresponding role. We promote and support a diverse workforce across all levels in the company.