Top Design Engineer Jobs

Design, develop, test, and verify electrical circuits and subsystems for medical devices. The role covers the full product development lifecycle, including prototyping, circuit analysis, electromagnetic compatibility, reliability and safety testing, documentation, engineering changes, production support, field investigations, and customer issue analysis. The engineer collaborates with manufacturing, sourcing, software, mechanical, and other cross-functional teams and may conduct customer site visits.

Design and develop mechanical components and subsystems for minimally invasive medical devices from concept through verification. Translate customer and clinical needs into specifications, prototypes, models, drawings, and technical documentation. Apply design controls, risk management, testing, statistical analysis, materials and manufacturing knowledge, and regulated product-development processes. Collaborate with R&D, Quality, Manufacturing, Regulatory, Clinical Sciences, Marketing, and Project Management teams while independently supporting complex engineering projects.

The RTL/PD Engineer handles RTL-to-PD handoffs, timing closure, floorplanning, and creates automated design flows, collaborating with various teams for seamless integration and quality checks.

Design and develop minimally invasive medical device components and subsystems from concept through verification. Create drawings, models, specifications, testing documentation, and Design History File records while applying design controls, risk management, and validation processes. Analyze mechanical challenges, evaluate materials and manufacturing methods, and collaborate with R&D, Quality, Manufacturing, Regulatory, Clinical Sciences, Marketing, and Project Management teams. Plan engineering activities and provide technical expertise on complex product development projects.

Designs, develops, tests, and verifies electrical circuits and subsystems for acute-care medical devices. Responsibilities include schematic and PCB development, C/C++ code review, prototyping, bench testing, electromagnetic compatibility and reliability analysis, engineering change documentation, production support, field investigations, and collaboration across engineering, manufacturing, sourcing, and customer teams.

Design traffic signals, ITS systems, signing, pavement markings, maintenance of traffic plans, and roadway lighting. Conduct field reviews, coordinate with multidisciplinary teams, prepare technical documents and cost estimates, and support QA/QC. Apply SHA, MUTCD, AASHTO, and local standards while using transportation design software. The role requires a civil engineering degree, at least two years of traffic or transportation design experience, and proficiency with MicroStation and AutoCAD.

Designs and delivers RF front-end hardware for satellite communication user terminals, from system architecture and circuit design through PCB implementation, prototype validation, environmental testing, and production release. Responsibilities include RF analysis, component selection, simulation, laboratory measurement, performance optimization, calibration, manufacturing test development, documentation, and cross-functional integration. The role also mentors engineers and supports reliable, manufacturable transmit and receive systems.

Designs compact, embedded, multiband, and wideband antennas for satellite communication user terminals. Owns development from requirements and electromagnetic simulation through prototyping, measurement, environmental verification, integration, and production release. Responsibilities include antenna trade studies, RF structure design, enclosure integration, VNA and chamber testing, simulation-to-measurement correlation, tuning, tolerance analysis, supplier collaboration, documentation, and cross-functional technical leadership. The role also mentors engineers and establishes repeatable antenna verification practices.

Designs, analyzes, and develops propulsion engine components and systems for Rocket Lab’s Archimedes engine. Responsibilities include mechanical design, trade studies, design reviews, manufacturability evaluation, collaboration with analysts and fabrication teams, and supporting hardware from concept through production. The role requires expertise in heat transfer, fluids, structural mechanics, FEA, mechanical design, GD&T, and aerospace hardware development.

Designs industrial chemical process projects, including engineering studies, conceptual and detailed designs, cost estimates, mass and energy balances, process flow diagrams, P&IDs, equipment specifications, and technical bid evaluations. Coordinates multidisciplinary teams, suppliers, clients, and project activities while supporting design reviews, progress tracking, quality management, and safety initiatives. The role is hybrid in Syracuse, NY and requires 10–30% travel.

Designs and validates high-speed analog and mixed-signal receiver and transmitter ICs for optical and electrical communications. Responsibilities include transistor-level circuit design in CMOS and BiCMOS, broadband front-end development, analog circuit implementation, custom layout, tapeout, lab evaluation, simulation-to-measurement correlation, post-silicon validation, production transition, and customer support. The role also requires collaboration across functional teams and expertise in device physics, feedback stability, and package-system integration.

Leads mixed-signal physical IP development for high-speed serial links. Designs and verifies circuits from architectural specifications, develops and executes post-silicon test plans, collaborates with digital teams on functional and performance closure, and contributes to validation, testing, and project leadership.

Leads electrical product design and engineering projects for critical power and UPS systems, including component development, design improvements, technical documentation, testing, manufacturing support, customer issue resolution, and UL product listings. Provides design leadership across internal and external teams, analyzes test data, supports production and quality assurance, and presents technical information to customers and vendors. Travel to customer sites and trade shows may be required.

Design and develop physical layouts for silicon interposers used in NVIDIA products. Collaborate with package technical leads, signal integrity and technology engineers, and design teams to deliver package solutions. Conduct feasibility studies, floorplanning, custom layout, design-rule and netlist verification, and layout trade-off analysis. Resolve manufacturing, electrical, cost, and scheduling issues while using Cadence tools and verification flows such as DRC and LVS.

Design and develop ruggedized electro-mechanical systems through concept exploration, trade studies, prototyping, testing, and delivery. Collaborate with multi-disciplinary teams, produce technical reports, and ensure designs meet harsh-environment and performance requirements.

Design and verify ASICs and FPGAs for aerospace and space electronics. Responsibilities include RTL design, physical implementation, IP integration, static timing analysis, linting, CDC and LEC checks, UVM-based reusable testbench development, functional and code coverage, FPGA prototyping, and hardware integration testing. The role is fully onsite in Mountain View, California, supports multiple experience levels, and requires U.S. citizenship, U.S. person status, and the ability to obtain a Secret clearance.

Design and validate DFT architectures for mission-critical ASICs, including TAP/JTAG, IJTAG, Boundary Scan, MBIST, scan compression, ATPG, and silicon debug. Integrate DFT features into chip design flows, optimize test coverage, develop verification artifacts, support timing and bring-up activities, and collaborate with internal teams and external partners on interfaces and security requirements. The role is fully onsite, with occasional travel and after-hours meetings during critical milestones.

Design, analyze, test, certify, and support flight control and mechanical hydraulic systems and components for the 787. Translate airplane requirements to system/component requirements, lead design and validation testing, produce certification artifacts, resolve production and fleet issues, perform trade studies and simulations, and coordinate cross-functionally with suppliers, manufacturing, avionics, safety, and customers.

Architects and designs Verilog RTL for digital sections of advanced DDR5, DDR6, and future memory interface chips. Responsibilities include clocking, FSMs, low-power and high-speed design, synthesis, static timing analysis, DFT, formal verification, CDC/RDC checks, logic equivalence, ECOs, and backend design handoff. The role also documents specifications, participates in reviews, defines new features, and mentors junior engineers.

Architects, designs, verifies, and optimizes CMOS analog blocks and high-speed DDR I/O interfaces for custom ASICs. Responsibilities include analog Tx/Rx, PLL, signal integrity, low-power design, EM/IR and aging reliability, layout oversight, simulation, validation, ATE and bench-data analysis, documentation, and technical mentorship.

Owns electrical systems and components from requirements through design, validation, release, launch, and continuous improvement. Responsibilities include electrical architecture, power distribution, wiring harnesses, controls, interfaces, supplier execution, design reviews, troubleshooting, engineering changes, configuration control, and vehicle build support. The role requires cross-functional collaboration, automotive quality-system awareness, periodic work at proving grounds, travel under 25%, and U.S. person status due to export controls.

Design and implement DFT architectures for complex semiconductor products, including FPGA, processor, DSP, SERDES, IO, and multi-die designs. Responsibilities include defining specifications, inserting test logic, generating ATPG patterns, applying timing constraints, validating designs pre-silicon, and supporting silicon bring-up and debug. The engineer will collaborate with IP, integration, and test development teams while improving DFT automation, test coverage, manufacturing yield, test cost, and production readiness.

Develop control strategies, diagnostics, communication methods, and algorithms for vehicle systems. Design software architecture, implement and integrate embedded controls, and validate functionality through unit, HIL, bench, and vehicle testing. Collaborate with systems engineers and cross-functional teams to define requirements, model systems, solve multidisciplinary controls problems, and advance vehicle control and simulation technologies. This hybrid role requires 10% domestic and international travel.

Leads architecture, specification, RTL implementation, verification, power optimization, timing closure, and tape-out of high-performance networking ASIC subsystems. Partners across hardware, software, verification, physical design, and product teams to balance performance, power, area, and feature objectives. Drives EDA automation and AI-assisted design methodologies while mentoring engineers and providing technical leadership across the ASIC lifecycle.

Designs, analyzes, qualifies, and documents solid rocket motor structures and propulsion components. Leads clean-sheet design, development campaigns, prototyping, testing, troubleshooting, requirements verification, and design reviews. Creates CAD models and drawings, manages design risks and schedules, supports production scalability and supply-chain planning, resolves hardware discrepancies, and mentors engineers. Requires expertise in solid propulsion, additive manufacturing, structural mechanics, and aerospace design, plus eligibility for a Secret clearance.