Top Design Engineer Jobs

Leads SoC architecture, microarchitecture, top-level integration, RTL implementation, and quality checks through ASIC tape-out. Reviews and integrates commercial IP including ARM, DDR, and UCIe components; collaborates with architects, verification, and physical design teams on synthesis, timing constraints, DFT, and static timing analysis. Supports ATE vector generation, testing, and silicon bring-up while balancing performance, power, and area.

Lead mechanical design, development, testing, and analysis for a high-power electric propulsion system. Define requirements, produce 3D models and drawings, execute test plans, manage vendors, iterate prototypes, and deliver qualified flight hardware through production and flight.

Develop verification plans, test benches, tests, and simulations at RTL and GLS levels. Run coverage regressions, track verification status and issues, communicate progress, develop regression scripts, and improve design verification tools, methods, and workflows. Collaborate with design and systems teams to support first-pass silicon success while gaining exposure to digital and analog design.

Design and verify CMOS I/Os and analog/mixed-signal blocks (bandgap references, op-amps, comparators, POR). Run SPICE/Spectre simulations for AC/DC, SI, jitter, and power. Perform transistor reliability/EM/IR analysis, build Verilog/Liberty/IBIS models, collaborate with layout for physical design and verification, produce technical documentation, and support chip integration and silicon bring-up.

Design and improve minimally invasive surgical instruments and components, owning form, fit, function, and feel. Lead complex designs, design reviews, FMEA, tolerance stack-ups, failure analysis, manufacturability improvements, CAD documentation, testing, and validation support. Collaborate with Product Engineering, Manufacturing, and Operations, while providing technical leadership and mentorship on major projects. Apply FEA, GD&T, robust design, DOE, statistical analysis, and FDA/ISO standards to develop safe, reliable medical devices.

Provides process engineering design and project support for refinery capital projects from concept through commissioning. Owns relief valve and flare system programs, performs equipment sizing and process calculations, develops PFDs, P&IDs, and heat and material balances, and uses Aspen HYSYS, PI System, and Seeq for modeling, troubleshooting, and optimization. Supports process safety, environmental compliance, commissioning, multidisciplinary reviews, mentoring, and process improvement initiatives.

Lead mechanical design and analysis of hot structural components for next-generation military engine products. Execute design, FEA, testing support, certification/qualification documentation, and manufacturing collaboration while managing cost, weight, and schedule deliverables and interfacing across engineering disciplines.

Design and develop RF subsystems for StreamCaster MANET radios, including discrete and RFIC-based circuitry (PLL, LNA, mixers, PA), schematic capture and PCB layout oversight, RF characterization, EMI mitigation, regulatory emission/immunity compliance, production yield troubleshooting, and design-for-manufacturability improvements. Collaborate across disciplines and support occasional local travel for testing.

Design and develop complex product concepts and sub‑assemblies for NPI programs, own DFMEA, validate prototypes and initial production, lead cross‑functional problem resolution, apply DFMA and root cause analysis, and support prototype fabrication and manufacturing visits.

Lead electronic warfare (EW) research and mission data (MD) development, validation, and testing. Support EW system programming/reprogramming, prepare V&V test plans, manage MD configuration control, collect and analyze test data, and coordinate with systems engineers. Requires travel (domestic/international) and TS/SCI clearance.

Design and implement physical layout of CPU on-chip interconnect networks and last-level caches. Deliver synthesis, timing closure, floorplanning, and meet area/performance/power targets while collaborating with logic designers and evaluating next-generation coherent interconnect and cache implementations.

Leads mechanical spacecraft and satellite system formulation for new business opportunities and missions. Responsibilities include developing bus configurations, structures, mechanisms, technical budgets, requirements, verification methods, analyses, test plans, CAD definitions, production drawings, interface specifications, and operational procedures. Owns mechanical technical development from concept through production, testing, and operation while supporting program management, vendors, schedules, budgets, and customer-facing documentation.

Leads mechanical systems engineering for satellite and spacecraft design, including bus configurations, structures, mechanisms, mass budgets, requirements, CAD, FEA, verification, testing, and production support. Owns mechanical technical development from concept through operations, develops interfaces and design documentation, and supports business development, program management, schedules, vendors, and budgets for civil, commercial, and national security missions.

Develop innovative physical design methodologies for GPUs and SOCs, focusing on PPA improvements and collaboration across multiple teams. Use AI/ML to enhance design efficiency.

Lead development and execution of pre-silicon simulation and post-silicon validation plans for quantum SoC and IP. Own verification environments, testbenches, AMS models, bug-tracking, and verification databases; coordinate vendors and contingent staff. Align verification methodology with cross-functional teams and drive release-quality verification to production.

Build and maintain accessible React and TypeScript design-system components, tokens, themes, and Storybook documentation. Develop Python and Node.js services, automation, CI/CD tooling, compliance checks, and agentic AI workflows using Claude Code and MCP integrations. Own testing, accessibility, cross-browser QA, deployment, and technical documentation. Support a large developer community through outreach, demos, presentations, and office hours while gathering requirements and collaborating with design, accessibility, brand, and technology stakeholders.

Design, develop, validate, and support certification of flight mechanisms (primary/secondary actuators, propulsion, landing gear, ECS). Lead subcomponent design (gears, bearings, seals), perform analysis and environmental qualification testing (DO-160G/MIL-STD-810), and collaborate with electrical and software teams from concept through fabrication and flight test.

Design and develop mechanical structures, mechanisms, tooling, fixtures, and RF feed/waveguide components for satellite ground stations. Collaborate with RF, electrical, and manufacturing teams to ensure manufacturability, reliability, and regulatory compliance, participate in design reviews, and support transition from concept to production.

Analyze and design tubular steel transmission structures to meet customer specifications and standards; prepare calculations, cost estimates, drawings, and reports; coordinate revisions, resolve technical issues, and support fabrication and field problem resolution.

Design and lead development of mixed-signal and power management ICs from specification through silicon. Define simulations, work with layout, drive verification and tape-out, support qualification and manufacturing, improve yield, and resolve customer issues while managing project schedules and technical deliverables.

Lead design and integration of low-power, area-optimized digital RTL for mixed-signal data conversion and power-management ASICs. Own full product lifecycle from architecture through silicon bring-up, collaborate with analog, verification, and P&R teams, run RTL/gate-level simulations, define constraints, support DFT and STA, mentor engineers, and drive design reviews, documentation, and silicon debug.

Design and develop next-generation wafer inspection systems: translate customer requirements into system configurations, define error budgets, create and execute prototype test plans, collaborate across functions for integration and product launch, support customers and manufacturing to resolve system issues, and apply optics, imaging, electronics, signal processing, statistical analysis and simulation techniques. AI/deep learning experience preferred; project management skills a plus.

Develop verification plans, test benches, tests, and RTL/GLS simulations for semiconductor designs. Run coverage regressions, track verification status and issues, create regression-analysis scripts, and improve design verification tools, methods, and workflows. Collaborate with design and systems teams to support first-pass silicon success. The Career Accelerator Program also provides technical training and exposure to digital and analog design.

Design and document electronic hardware, create simulations, develop low-level processor applications, enter schematics with CAD tools, debug hardware with lab equipment, and support sustaining engineering.

Supports licensed civil engineers with site design, grading plans, utility layouts, plan and profiles, construction details, entitlement documents, exhibits, design analysis, quantity calculations, and technical correspondence. Coordinates with agencies, clients, and internal teams while developing proficiency in AutoCAD Civil 3D and pursuing an Engineer-in-Training certification and Professional Engineering license.