Top Engineering Jobs in Seattle, WA

Design and integrate electromechanical avionics systems from concept through production, including packaging, electrical interconnects, thermal management, structural and modal analysis, aircraft integration, compliance, validation, failure analysis, and flight-test readiness. The role requires collaboration with electrical engineers on PCB constraints, circuit cards, harnesses, and mechanical interfaces, using CAD, eCAD, manufacturing, and testing expertise in a fast-paced aerospace environment.

Design and develop electromechanical packaging for high-voltage power electronics, including electrical interconnects, thermal management, and aircraft integration. Perform structural, thermal, vibration, clearance, EMI/EMC, and PCBA hardening analyses for harsh environments. Own designs from concept through verification and validation while collaborating with electrical engineers and PCB designers. Apply CAD, eCAD, harness design, FEA, thermal analysis, and lifecycle testing methods to ensure avionics performance and compliance.

Design and develop electric motors and electromechanical components for next-generation aircraft. Integrate motor designs with aircraft structures, engines, power electronics, and thermal systems; create CAD models and drawings; support manufacturing documentation; and conduct prototyping, qualification, dyno, aircraft, noise, vibration, and troubleshooting tests.

Provide technical leadership for RF engineering on next-generation autonomous aircraft. Responsibilities include optimizing RF link performance, resolving interference issues, defining system and unit-level requirements, improving design and compliance processes, developing test procedures, mentoring engineers, supporting hiring, and coordinating cross-functional engineering activities through aircraft fielding.

Design and test aircraft motor drives, high-voltage power electronics, and controls. Responsibilities include schematic capture, modeling, simulation, circuit verification, dyno testing, qualification and reliability campaigns, failure analysis, cross-functional integration, and automated production test development.

Lead the architecture, design, integration, verification, and production delivery of high-power systems for a launch and recovery vehicle. Responsibilities include power generation, regulation, distribution, power quality, controls, custom power electronics, module selection, reliability, troubleshooting, and make-versus-buy analysis. The role also mentors engineers, leads cross-functional execution, conducts design reviews, and supports team growth.

Owns end-to-end design of new battery packs from concept through production. Responsibilities include optimizing performance, size, weight, manufacturability, and reliability; leading prototyping, testing, qualification, production handoff, requirements definition, drawings, failure analysis, cross-functional architecture execution, design reviews, mentorship, and program leadership.

Designs, develops, integrates, and fields next-generation autonomous aircraft systems. Responsibilities include electro-mechanical avionics packaging, electrical interconnects, thermal management, aircraft integration, structural and modal analysis, environmental and EMI/EMC compliance, design reviews, validation, failure analysis, and flight test readiness.

Lead the architecture, design, development, integration, verification, and production transition of autonomous aircraft power systems. Responsibilities include power generation and distribution, custom high-voltage power electronics, battery-backed uninterruptible power, component trade studies, laboratory development, troubleshooting, reliability verification, and cross-functional technical leadership. The role also involves building and mentoring an engineering team, conducting design reviews, and driving program execution in a fast-paced defense aerospace environment.

Designs and optimizes low-observable aircraft features, including RCS shaping, edge treatments, radar-absorbing materials, and subsystem integration. Conducts electromagnetic signature modeling, supports RCS testing and validation, translates threats into survivability requirements, and collaborates across propulsion, avionics, structures, materials, manufacturing, and AI teams. The role also contributes to threat modeling, customer assessments, and program milestone decisions for autonomous aircraft.