Top Design Engineer Jobs

The engineer will develop verification infrastructure, create functional test plans, and ensure system integration while working with innovative IPs in circuit solutions.

The Formal Verification Engineer will develop innovative AI-driven solutions for chip design, employing formal methods and collaborating with ML and software teams.

Develop and apply AI techniques to enhance pre-silicon verification methodologies, collaborate with machine learning engineers, and improve design lifecycles.

Design, verify, and deliver memory subsystem IP for custom chips. Develop verification plans and environments, analyze simulation failures, and contribute to coverage-driven verification efforts.

The role involves developing verification plans for high-speed memory interfaces, building verification environments, and collaborating with design teams for compliance and coverage closure in ASIC/SoC projects.

The Staff Design Release Engineer will own the design and integration of compute and connectivity subsystems in autonomous vehicles, overseeing technical execution, documentation, and supplier alignment throughout the product lifecycle.

The Principal Design Verification Engineer will lead verification strategies, execute high-performance CPU subsystem verification, and improve methodologies, with a focus on CPU core and coherent interconnect verification.

The Staff Design Verification Engineer will lead verification for a cache-coherent interconnect subsystem, focusing on verification planning, execution, and improving methodologies. Key responsibilities include developing robust verification environments and addressing complex verification problems.

Lead design verification efforts for power management products, define DV strategies, mentor engineers, and drive methodological innovation across projects.

The Principal Design Verification Engineer will lead ASIC and FPGA verification processes, develop and execute test plans, and ensure design integrity through extensive validation processes. They will work with cross-disciplinary teams and contribute to innovative designs for space technology, particularly for Starlink.

The Principal Design Verification Engineer will verify ASICs/FPGA designs, lead test plans, and ensure designs meet specifications. Collaborating with cross-disciplinary teams, the role involves pre-silicon verification and post-silicon validation.

The Principal Design Verification Engineer will lead ASIC and FPGA verification, develop test plans, and validate designs for Starlink's infrastructure. Significant experience in design verification is required.

The Sr. Mechanical Engineer will design and develop machinery for the Starship production, collaborating with a team to maximize production efficiency.

As a Mechanical Engineer in Machine Design for Starship at SpaceX, you will design custom machinery and infrastructure, collaborate on vehicle design, perform structural analysis, and create engineering models. Responsibilities include supporting machine activation and manufacturing planning while working in a dynamic team environment.

The principal design verification engineer will lead ASIC verification efforts, ensuring designs meet specifications and are validated through hands-on execution and development of test plans.

The Technical Staff Engineer will design and develop analog ICs for Ethernet and USB products, collaborate with cross-functional teams, and ensure high-quality standards. Responsibilities include creating specifications, performing simulations, and meeting aggressive timelines for product development.

Lead architecture, design, simulation, layout supervision, and silicon validation of high-performance analog/mixed-signal ICs for optical modules. Define specs, run SPICE/Spectre simulations, oversee layout and test plans, perform debug and root-cause analysis, collaborate across disciplines, mentor junior engineers, and produce detailed design documentation.

Design, simulate, and validate high-performance analog and mixed-signal ICs (ADCs, DACs, TIAs, laser drivers) for optical products. Perform SPICE/Spectre simulations, supervise layout and parasitic extraction, develop test plans, participate in silicon characterization and lab debug, collaborate with cross-functional teams, resolve yield and performance issues, document results, and mentor junior engineers.

Responsible for verification of networking ASICs, including developing test plans, environments, and executing verification processes using SystemVerilog. Requires strong experience in digital design and verification techniques.

Lead electrical system development for cUAS technology, design schematics and PCB layouts, implement firmware, and ensure compliance with safety standards while collaborating with cross-functional teams.

Deliver and validate Final Assembly tooling to GVOSS standards, coach integrators, own component selection and design sign-off, drive tooling standards, continuous improvement, and manage validation/launch processes. Liaise with program MEs, vendor specialists, and lead VTTO and Tier 2 engagement. Domestic travel ~25%, possible international travel.

Design, develop, and release engine powertrain sensors (cam, crank, knock, temperature, pressure) from concept to production. Produce 2D drawings and 3D models, specifications, DFMEA and DVP, perform design robustness reviews, resolve production issues, and collaborate with designers, CAE, suppliers, and manufacturing.

Design and simulate vehicle antennas using HFSS/CST, integrate packaging with styling and body teams, lead Tier 1/2 suppliers through APQP, validate performance via OTA/anechoic and field tests (TIS/TRP), and manage formal production release (ES, SOW, FMEA, quality history) into Ford systems.

Design electrical control panels, MCCs, and VFD panels for low-voltage industrial systems. Create PLC I/O schematics, panel layouts, BOMs, motor three-line diagrams, cable schedules, and construction scopes. Coordinate with clients, OEMs, contractors, support field start-ups and bid walks, estimate project effort, and travel to client sites (~10%).

Design and release brake control hardware (ABS, ESC, electronic brake boosters) including CAD/BOM management, supplier integration, FMVSS compliance, feasibility and manufacturability analyses, FMEA/functional safety, cross-functional vehicle interface coordination, and support for vehicle, rig, and HIL testing to deliver cost‑effective, production-ready systems.