Top Engineering Jobs in Seattle, WA

Design and release primary and secondary structural components for an autonomous UAV. Execute conceptual through production design, perform hand stress calculations, support testing and validation, collaborate across disciplines, produce drawings and documentation, and work with manufacturing and flight test to resolve issues.

Design and validate power electronics for X-BAT aircraft including DC-DC converters, inverters, motor controllers, and battery systems. Perform schematic capture, simulation, prototyping, board bring-up, testing, EMI/EMC mitigation, and support flight-test and qualification. Collaborate with cross-functional teams and follow disciplined engineering and documentation practices under senior mentorship.

Own selection, qualification, and lifecycle management of electronic components. Manage PLM data, AML/AVL, PCNs/EOL mitigation, BOM reviews, vendor lists, alternate sourcing, and supplier technical engagement to ensure reliability and supply continuity.

Design, build, and scale high-performance deterministic aircraft subsystem models and simulation infrastructure in C++. Implement tests, V&V, and faster-than-real-time simulation tools. Collaborate with autonomy, embedded, GNC, and test teams, perform system performance analysis, and produce reports and visualizations to support aircraft development and automated flight qualification.

Design and integrate avionics electro-mechanical systems from concept to production, including packaging, harnesses, thermal and structural analysis, EMI/EMC compliance, PCB interfacing, validation, failure analysis, and flight test readiness while collaborating cross-functionally.

Lead supplier development for machined parts: audit and improve supplier processes, perform on-site quality investigations, support NPI, provide technical guidance on specifications and manufacturing, monitor supplier performance, and mitigate supply chain risks to enable scalable aerospace production.

Lead survivability engineering for autonomous aircraft: design and optimize low-observable features, perform EM signature modeling and RCS testing, partner with multidisciplinary teams and materials scientists, translate threats into survivability requirements, and support assessments and milestone decisions throughout the program lifecycle.

Design, develop, and deploy mechanical test fixtures, stands, and integration tooling to validate X-BAT aircraft subsystems. Create CAD models and drawings, perform structural/thermal analyses, support environmental, vibration, and endurance testing, troubleshoot failures, and collaborate with cross-functional teams to improve test efficiency and hardware reliability.

Lead aerostructures design for the X-BAT program, developing lightweight, manufacturable, survivable composite and metallic airframe structures. Oversee design standards, validation, structural analysis, flight-test support, root-cause investigations, and transition to production while building and mentoring a high-performing engineering team and coordinating cross-functional stakeholders.

Lead design, development, and operation of engineering laboratories. Own lab strategy, infrastructure, operations, HIL/SIL integration, asset lifecycle, team leadership, vendor management, and cross-functional collaboration to enable rapid hardware/software development and testing.