Top Design Engineer Jobs

Design, simulate, and characterize MEMS devices and packages (gyroscopes, accelerometers, IMUs). Develop package simulation flows, validate materials, perform wafer/part-level characterization, build SPICE/analytical models, co-design with ASIC and packaging teams, and transfer designs to production while collaborating with vendors and multidisciplinary teams.

Design and document HPDC fixtures, gauges, and manufacturing aids. Create detailed 3D models and 2D drawings (GD&T, materials, welds). Support prototyping, shop trials, cell layouts, and cross-functional teams to improve safety, quality, ergonomics, and manufacturability. Maintain engineering documentation and ensure compliance with plant standards and HSE requirements.

Design and develop PCB layouts from schematics using Altium, create BOMs and manufacturing data, review circuits for manufacturability, test and troubleshoot prototype and production circuits, support production electrical testing, troubleshoot test equipment, and train technicians/operators.

Owner for driveshaft/halfshaft design, analysis, release and testing. Develops requirements, DFMEAs, DVP&Rs, CAE work, EBOMs, supplier management, prototypes, validation, root cause analysis, cost reductions, and supports manufacturing and audits.

Lead end-to-end design, development, validation, and troubleshooting of complex multi-layer PCB circuit packs. Perform schematic capture, signal integrity assessment, component selection, PCB layout guidance, lab validation, fabrication coordination, documentation for TL9000 compliance, and mentor junior engineers.

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.

Design and develop high-speed, high-sensitivity InGaAs/InP photodiodes across concept to manufacturing. Collaborate with epitaxy and process engineers, perform electrical/optical characterization, support qualification and reliability, drive design improvements, document results, and support manufacturing scale-up and IP development.

Lead pre-silicon verification for security IP and SoC subsystems: develop C/C++ test content, architect SystemVerilog/UVM environments, drive coverage signoff, mentor engineers, build C test infrastructure and automation (Python/etc.), and accelerate bring-up via FPGA/emulation and hardware debug tooling.

Produce roadway and civil 3D design models, plans, cross-sections, and construction drawings using MicroStation/OpenRoads. Ensure DOT standards compliance, perform QC and design reviews, collaborate with engineers and PMs, and mentor junior CAD staff.

Design, architect, and verify digital cores for battery charger ICs. Collaborate with systems and analog teams, create verification plans and simulation models, perform simulations and lab evaluations, support multiple projects, and improve design methodology and documentation.

Lead design, analysis, and testing of second-stage rocket fluid systems including pressurization, pneumatics, and propellant management. Define requirements, perform thermo-fluid and structural analysis, route tubing/piping, author specs, manage suppliers, and support integration, qualification testing, and mission operations for cryogenic, high‑pressure hardware.

Design and verify high-performance, multi-layer PCBs for next-generation networking hardware. Lead full board lifecycle: schematic/layout, high-speed signal and power integrity debugging, failure analysis, test-plan development, and design reviews to ensure product reliability.

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 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, simulate, and characterize RF/analog/mixed-signal ICs for space and ground systems. Derive specs, perform floorplanning and layout, model package parasitics, validate prototypes, analyze radio performance, and support test automation and production qualification.

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 characterize RF/analog/mixed-signal ICs for space and ground deployments. Derive RFIC specifications, perform floorplanning and layout, model package parasitics, validate prototypes, analyze radio performance, and support production testing and automated lab equipment development 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.

Design, simulate, and model RF/analog/mixed-signal ICs in SiGe or CMOS for space and ground systems. Derive specifications, perform floorplanning and layout, model package parasitics, characterize prototypes and full radio performance, and support production test qualification and automated lab equipment development.

Design and develop RTL logic for SoC blocks, integrate IP and subsystems, optimize for power/performance/area/timing, ensure quality for physical implementation, apply secure hardware development practices, and collaborate with IP providers to validate SoC designs.

Design and deliver mechanical subsystems from concept through production: translate requirements into CAD, drawings, BOMs, and verification plans; lead prototyping, FEA and first-principles analysis, test campaigns, supplier handoffs, and cross-functional integration to meet mass, life, and reliability targets.

Lead mechanical development of automated ground systems from concept to field deployment. Design structures, precision mechanisms, electromechanical assemblies; prototype, validate, and ensure manufacturability, reliability, safety, and operational usability while partnering cross-functionally and with suppliers.

Support VDC/BIM across project lifecycle: develop BIM strategy, train teams, implement visualization and simulation tools, automate processes, manage standards and Autodesk Construction Cloud, and integrate performance/sustainability analysis.

Lead electrical and automation design for water/wastewater projects: create electrical distribution and control system drawings, review specifications and shop drawings, coordinate SCADA/PLC architecture, provide constructability reviews, mentor design staff, and support site visits and construction coordination.