Harnessing Design Engineer

About the role

In this role, you will design and own electrical interconnect systems for high-performance space vehicles, leading development from early concept through production and integration. You’ll serve as the primary point of contact for harness-related design decisions while collaborating across multiple engineering disciplines to deliver reliable solutions for demanding mission environments.

Lead the design, development, and implementation of electrical harness architectures, acting as the subject matter expert for interconnect systems on assigned programs
Translate system-level requirements into detailed harness designs that meet functional, environmental, and reliability constraints
Evaluate and specify components such as wiring, connectors, shielding approaches, cable constructions, and associated hardware suited for demanding environments
Create and release documentation packages including interconnect schematics, system block diagrams, and production drawings
Lead and contribute to design reviews, proactively identifying risks, gaps, and opportunities to improve overall system performance
Develop clear assembly instructions and verification procedures aligned with industry standards and proven engineering practices
Partner with cross-functional teams to define electrical requirements, ensuring alignment between mechanical, software, electrical, product, and compliance stakeholders
Support rapid development cycles, including prototyping, deployment, and continuous improvement
Manage contributions across multiple programs simultaneously, balancing priorities across different phases of development

Bachelor’s degree in Mechanical Engineering, Electrical Engineering, or a related technical field (or equivalent experience)
Minimum of 3 years designing wiring and interconnect systems for harsh-environment applications such as aerospace, defense, or industrial platforms
Demonstrated ownership of full interconnect system design, including grounding approaches, signal performance, power distribution, and shielding strategies
Proficiency in interpreting and working from wiring diagrams and interconnect documentation
Experience optimizing designs to meet mission requirements, including manufacturability, mass efficiency, and overall system performance
Experience conducting trade studies to optimize connector selection, conductor sizing, wiring topology, and shielding methods
Ability to ensure compliance with system-level electrical constraints such as current capacity, voltage limits, redundancy requirements, bandwidth, and EMI/EMC considerations
Strong understanding of electrical failure modes and mitigation techniques, including interference, voltage drop, thermal effects, and crosstalk
Working knowledge of GD&T and common engineering drawing standards as applied to formboards, manufacturing drawings, and production documentation