Top Design Engineer Jobs

Owner of electrical design lifecycle for complex boards and subsystems: define architectures, produce schematics, provide PCB design guidance (stack-up, routing, SI/PI), perform modeling/simulation, validate via analysis and lab bring-up, produce documentation, mentor junior engineers and coordinate multidisciplinary teams.

Perform electrical design for power and lighting on institutional, retail, and commercial buildings. Prepare calculations (energy, load, photometrics, voltage drop), construction documents, and specifications. Coordinate with architects, contractors, owners, vendors, and officials during design and construction. Review shop drawings, respond to RFIs, conduct site visits and observations nationwide, and produce technical reports. Meet client schedules and internal budgets.

Design electrical power and lighting systems for institutional, retail, and commercial buildings. Produce calculations (energy, load, photometrics, voltage drop), create coordinated construction documents and specifications, coordinate with architects and contractors, perform construction administration (shop drawing review, RFIs), travel for site visits, and meet project schedules.

Perform mechanical design of HVAC, plumbing, and fire protection systems for commercial and institutional buildings; produce calculations, construction documents, cost opinions, and construction administration. Coordinate with architects, owners, contractors, and officials; perform energy and load calculations, site visits, and prepare technical reports.

As a Senior Mechanical Design Engineer, you'll design components for transformers, create CAD models, perform structural calculations, and collaborate with cross-functional teams to ensure product performance and compliance.

Lead digital and mixed-signal IC architecture, design, implementation, and delivery. Drive RTL coding, simulation, synthesis, DFT, timing closure, silicon evaluation, circuit debug, production test support, and customer/applications support across global teams; contribute to product specifications and technology roadmaps.

Design and develop aircraft system valves including concept, prototyping, testing, and support of legacy designs. Perform hands-on prototype building, performance and environmental/qualification testing, manufacturability and quality support, and manage multiple projects with potential leadership responsibilities. Opportunity to advance toward Director-level management.

The Senior Mechanical Design Engineer will lead design efforts on complex systems, perform evaluations, and collaborate with teams to optimize defense systems.

Design, simulate, and layout high-speed, precision analog and mixed-signal ATE ICs. Perform Monte Carlo/corner analysis, chip-level mixed-signal simulation, stability/compensation work, and support IC characterization and test development to optimize power, performance, and density.

Lead architecture and hands-on design of advanced ATE instrumentation including high-voltage analog, precision references, DACs, ADCs, and high-speed pin electronics. Own concept through tapeout, validation, and production; develop behavioral models (Octave/Verilog-A); collaborate with layout, VLSI, packaging, and test teams; mentor designers and influence methodology and cross-functional execution.

Lead product design, development, testing, and validation for assigned projects. Create and update drawings and BOMs, perform tolerance/material/BOM checks, support manufacturing/purchasing/quality issues, implement cost-down design changes, ensure safety/agency compliance, and use DFM/DFMEA/PFMEA and impact analysis to meet cost, schedule, and performance targets.

Lead and mentor an electronics team to design, simulate, build, and test mixed-signal and high-speed digital circuits, VHDL/FPGA modules, and system integrations (cameras, GPS, data storage) for flight missions; collaborate across disciplines and with vendors through full lifecycle to manufacturing and assembly.

Design, develop, and integrate electronic circuits and harnesses for flight missions using Altium and PSPICE. Integrate cameras, lasers, storage, compute, and science instrumentation. Perform PCB design, fabrication coordination, assembly, testing, troubleshooting, and documentation (schematics, BOMs, test procedures). Collaborate with multidisciplinary teams, vendors, and manufacturing to ensure mission delivery; occasionally support overtime.

Execute full-chip physical design from RTL to tape-out, including synthesis, place-and-route, timing closure (top-level STA), clock tree synthesis, EM/IR analysis, floorplanning, physical verification, flow/methodology development, and collaboration with RTL designers. On-site work required in Colorado Springs.

Perform full-chip physical IC design from RTL to tape-out including synthesis, place-and-route, STA/timing closure, EM/IR analysis, clock tree synthesis, floorplanning, and physical verification while collaborating with RTL designers and developing flows/methodologies.

Design and manufacture critical PCBAs end-to-end: component selection, schematic capture, PCB layout, prototyping, bring-up, debugging, validation, and signal characterization. Integrate electromechanically with firmware and mechanical teams, develop test plans and specifications, and work with contract manufacturers to ensure production quality (including occasional onsite support).

Define, develop, and maintain RTL-to-GDSII physical design flows and automation across Cadence and Synopsys toolchains. Integrate foundry runsets, enable multi-corner/multi-mode STA and EMIR infrastructure, optimize PPA and schedules, build QoR frameworks, and support/scale the PD team through standards, tooling, training, and documentation.

Lead IR drop and electromigration (EMIR) analysis and sign-off for advanced-node SoCs from floorplan through tapeout. Collaborate with power grid, floorplan, package, implementation, RTL, STA, IP vendors and foundry to resolve hotspots, guide mitigation (decap, grid reinforcement), and deliver automated EMIR flows, runsets, and root-cause reporting for multi-corner sign-off.

Implement and verify Palladium and Protium SOC designs: perform RTL synthesis, floorplanning, clock tree building and optimization, close timing/IR drop and physical verification, document designs for tape-out, and interface with front-end RTL and back-end verification teams.

Design and micro-architect a high-performance MMU for GPUs; develop and apply advanced verification methodologies; make architecture decisions; mentor engineers; collaborate with architects, designers, and software engineers across sites.

Lead RF/microwave design and analysis for receiver/exciter and antenna subsystems. Define requirements, perform performance modeling, measurements, data reduction and large-data processing (MATLAB). Support subsystem integration, testing, TRRs, requirements verification, and provide technical leadership for junior engineers on AESA/phased-array and antenna/RF performance.

Design, model, and verify RF and mixed-signal assemblies and subsystems (AESA, T/R modules, filters, beamformers). Perform EM and RF simulations, define test plans, prototype and troubleshoot hardware using RF lab equipment and antenna ranges, manage RF budgets and frequency planning, collaborate with mechanical/manufacturing/quality/supply chain, and support products across their lifecycle.

Lead physical implementation of custom CPU designs from RTL to manufacturing. Execute floorplanning, synthesis, place-and-route, clock tree synthesis, STA, power/clock distribution, verification and signoff. Collaborate across architecture, logic, circuit, CAD, and validation teams to optimize power, performance, area, and manufacturability, improve physical design methodologies, and work with EDA vendors to advance tools and automation.

Support structural analysis and design for building projects, prepare calculations, reports, and construction documents, develop drawings/models in Revit/AutoCAD, coordinate with architects and contractors, attend site visits, and learn project delivery, budgets, and timelines under mentorship.

Lead mechanical design, packaging, and release of 12V component shields (generators, inverters, converters, vent tubes, jump start hardware). Translate requirements to designs, create drawings/BOMs, manage integration, drive DFMEA/DVP&R and validation, collaborate with suppliers and cross-functional teams, and support prototype/production builds and engineering changes.