Top Design Engineer Jobs in Seattle, WA

Design and verify analog and digital circuits for high-performance accelerometers from architecture through detailed design and testing. Perform simulations, data analysis, define and execute test procedures, present design reviews, report status, drive new product development to schedule and budget, and support factory RCCA activities while collaborating with mechanical, systems, and manufacturing teams.

Lead analog-electrical engineer responsible for architecture, design, simulation, test, and verification of high-performance accelerometer electronics. Collaborate with mechanical, systems, manufacturing teams, manage supplier interactions, drive new product development to schedule and budget, and present results at design reviews.

Design, document, and test mechanical and structural systems for the B-1B full-scale fatigue test and sustainment program. Create and manage 3D CAD designs, develop repairs and test parts (including 3D-printed parts), lead supplier coordination and testing, validate components against requirements, and communicate technical information across teams and suppliers to support production and certification.

Collaborate with product designers to implement modular, reusable React components and pixel-perfect UI across desktop and mobile. Build performant CSS-driven interactions, animations, and micro-interactions. Bridge front-end logic with design and maintain high polish across Vetcove's applications.

Lead electrical design for data center infrastructure: create schematics, single-line and wiring diagrams, panel layouts, BOMs, and manufacturing packages. Manage CAD/document control, ERP/MRP BOMs, and engineering changes. Collaborate with cross-functional teams and suppliers, support testing and root-cause analysis, mentor junior designers, and drive cost and manufacturability improvements.

Design, develop, analyze, and support aerospace/flight-worthy structures, mechanisms, and mechanical systems. Create 2-D drawings and 3-D models, perform basic calculations and design analysis, document requirements and tests, support manufacturing/QA/testing/deployment, coordinate vendors and assemblies, and assist business development and proposal efforts.

Design and support aerospace flight-worthy structures, mechanisms, and mechanical systems from concept through deployment. Create 2D drawings and 3D models, perform basic calculations and analyses, document requirements and test reports, coordinate manufacturing and QA, and support proposals and business development.

Lead electrical systems engineer responsible for designing, analyzing, and validating aircraft primary and secondary power systems (EPGS and SPDS). Work includes requirements development, architecture and schematic design, supplier coordination, test support, troubleshooting, certification document compilation (ELA, ICD, SDD), and FAA Part 25 support. Role supports lab, build, flight test, and operational sustainment and is fully onsite in Tukwila, WA.

Lead design and analysis of aircraft primary (EPGS) and secondary (SPDS) electrical power systems. Develop requirements, system architecture, schematics, interface docs, and certification artifacts. Oversee supplier integration, support lab/flight tests, troubleshoot fielded hardware/software, and support FAA Part 25 certification.

Lead end-to-end ASIC/SoC design and verification for high-performance RF/modem SoCs: write requirements, design RTL (Verilog/SystemVerilog), verify modules/subsystems/SoC, integrate ARM cores and high-speed interfaces, optimize power/performance, support backend DFT/STA/LEC, perform FPGA flows and post-silicon bring-up, and use golden-reference models (Matlab/SystemC/C).

Design, implement, and optimize memory controller micro-architecture in Verilog/SystemVerilog. Integrate IP into SoC, write basic tests, perform lint/CDC/low-power/timing checks, and automate tasks with scripting and AI. Collaborate cross-functionally and with IP providers to deliver high-quality, performance- and power-optimized blocks on schedule.

Design, develop, test, and support aerospace flight-worthy structures, mechanisms, and mechanical systems. Create 2D/3D models, perform calculations and analyses, prepare drawings/BOMs, support manufacturing/QA/testing, assist proposals, and mentor junior engineers.

Design and develop aerospace/flight-worthy structures, mechanisms, and mechanical systems. Create 2D layouts and 3D models, perform engineering analysis, document requirements and tests, support manufacturing/QA, aid proposals, and mentor junior engineers.

Lead conceptualization, design, development, testing, and deployment of aerospace flight-worthy structures, mechanisms, and mechanical systems. Create 2D/3D models and drawings, perform and verify engineering calculations and analyses, document requirements and tests, support manufacturing/QA/assembly/testing, mentor junior engineers, and support proposals and business development.

Design and develop aerospace flight-worthy structures, mechanisms, and mechanical systems. Produce 2D/3D CAD models and drawings, perform basic calculations and analyses, create BOMs and QA specs, support manufacturing, testing, and deployment, and assist proposal and business development efforts.

Design, develop, test, and support aerospace/flight-worthy structures, mechanisms, and mechanical systems. Create 2D layouts and 3D models, perform mechanical analyses, select components/vendors, produce drawings/BOMs/specs, support manufacturing, testing, deployment, proposals, and mentor junior engineers.

Design, analyze, and support aerospace flight structures with emphasis on advanced composite components. Create CAD models and drawings, define BOMs and manufacturing/QA requirements, perform mechanical calculations and GD&T, support testing and production, provide customer technical support, and mentor junior engineers.

Lead mechanical design for aerospace and defense structures, mechanisms, and systems from concept through qualification. Perform calculations, tolerance stack-ups, produce CAD models and drawings, generate BOMs, support prototyping and testing, contribute to proposals, and mentor junior engineers.

The Design Engineer develops building automation system designs, supports engineering standards, manages design assignments, and works on controls programming and graphics development.

Design and simulate photonic integrated circuit building blocks and optical interfaces; derive PIC specifications; perform IC floorplanning and layout; characterize high-speed optical link electrical and optical blocks; develop test equipment and support production testing and qualification for space- and ground-deployed PICs.

Lead design of GPU servers and rack-scale infrastructure for AI workloads, partnering with GPU vendors, ODMs/OEMs, and data center teams. Own mechanical layout, power distribution, thermal design, cable management, validation, and production readiness while balancing performance, reliability, serviceability, and cost. Influence hardware standards and strategy across large-scale deployments.

Design, simulate and model RF/analog/mixed-signal ICs in SiGe or CMOS; derive RFIC specifications; perform floorplanning, layout, and parasitic/package modeling; evaluate and characterize prototypes and full radio performance; develop automated test lab equipment; and work with systems, modem/DSP, ASIC, and manufacturing teams for production testing and qualification.

Design, simulate, and analyze photonic integrated circuit building blocks and package optical interfaces. Specify PIC systems, perform IC floorplanning/layout, characterize high-speed electrical and optical components, develop automated test equipment, and support production testing in collaboration with cross-disciplinary teams.

Design and develop space- and ground-deployable MMICs from spec through production. Simulate, model, package, characterize prototypes, develop test automation, and support production testing and integration with RF systems.

Design, simulate, and model RF/analog/mixed-signal ICs in SiGe or CMOS for space and ground applications. Derive specs, perform floorplanning and layout, model packages/parasitics, evaluate prototypes, characterize radio performance, develop test lab equipment, and collaborate with systems, DSP, ASIC, and manufacturing teams on production testing and qualification.