Top Design Engineer Jobs

Design and develop structural components and flight-critical systems for an electric aircraft, including analysis and prototyping, collaborating with a multi-disciplinary team.

As an intern, you'll participate in electrical subsystem design, circuit analysis, component sourcing, testing prototypes, and collaborating with engineering teams.

Design and implement polished, production-ready front-end experiences and design systems in code. Build UI across chat, voice, copilots, and agentic workflows, improve tooling and prototyping, ensure accessibility, performance, and visual quality, and collaborate closely with design and engineering to turn prototypes into shipped products.

Design and release test harnesses and electrical cable assemblies for launch vehicles. Own requirements collection, create drawings, coordinate with test, avionics, and manufacturing teams, lead design reviews, and ensure grounding/bonding and connector integrity using Creo, Windchill, and AutoCAD Electrical.

Design, analyze, and deliver primary and secondary aircraft structures for hypersonic vehicles from trade studies through detailed design, manufacturing, integration, and flight test. Perform structural trade studies, generate CAD models and GD&T, collaborate on stress/fatigue/thermal assessments, support fabrication and testing, participate in design reviews, and iterate with test/flight feedback.

The Senior Mechanical Design Engineer will develop advanced laser systems, lead design teams, validate designs, and manage system integration and testing.

Design and optimize advanced embedded memory IP (SRAM, register files, ROM) for Intel CMOS processes. Perform memory pathfinding, PPA optimization, custom circuit design, layout and automation, pre-silicon verification and post-silicon validation/debug to enable yield and product ramp. Collaborate with domain experts, EDA vendors, and product teams to deliver memory collaterals and test chips.

The CPU Physical Design Engineer will implement custom CPU designs, conduct physical design flow, optimize designs, and collaborate on verification processes. They will work with EDA vendors and enhance methodologies for CPU design.

The CPU Memory Design Engineer will design and develop custom memories and digital circuits for Intel CPUs, focusing on low-power and high-performance memory designs.

Design and develop custom and compiler-based memory circuits including SRAMs and caches, focusing on high-performance and low-power implementations.

Design and deliver next-generation networking chassis and cards from concept to production. Create 3D CAD models in Creo or NX, produce GD&T detailed drawings, perform tolerance analysis, design sheet-metal/plastic/die-cast parts, exchange PCB IDF files with ECAD teams, resolve manufacturing/field issues with suppliers, and lead cross-functional design reviews.

Lead mechanical design and hardware for military product NPI from concept through drawing release and verification. Deliver to SQDC targets, partner cross-functionally (Systems, Aero, Structures, Manufacturing, Quality, Supply Chain), coach engineers, guide hardware owners, and manage supplier readiness and verification for complex turbomachinery components.

Join the SiGe team as a Design Engineer focusing on Driver and TIA for coherent systems, dealing with cutting-edge data transmission technology.

As a Design Engineer, you'll enhance product UX with animations, manage the design system, and collaborate on front-end infrastructure, ensuring impactful design and functionality.

The RTL Design Engineer will design, code, debug, and optimize digital blocks, requiring extensive experience in RTL and various digital design technologies.

The Design Engineer II will create designs, perform analysis, maintain engineering documentation, support projects, and ensure compliance with standards.

Lead end-to-end electrical rack integration for high-performance computing: architecture, power budgeting, vendor management, safety/certification compliance, testing (hi-pot, continuity, load), failure analysis (FMEA), and factory test strategy while mentoring engineers and collaborating with cross-functional teams.

Design, build, and test prototypes for liquid cooling systems. Analyze customer proposals, develop CAD models, conduct tests, and manage vendor relationships.

The Senior Electrical Design Engineer will manage electrical design for BTM power solutions, ensuring compliance with standards, leading vendor coordination, and supporting commissioning activities for mission-critical deployments.

Design and verify high-speed SerDes physical-layer algorithms and architectures (100G+). Develop bit-exact MATLAB and C/C++ system models, run system-level simulations, collaborate with analog/digital teams, perform lab validation and firmware/debug, document requirements and test plans, support standards and customer interactions.

Design and develop R&D and production test equipment, tools, and fixtures using in-house fabrication. Collaborate with operations and process teams to support production ramps and inspection equipment. Troubleshoot and support installed equipment at Bloom and supplier sites (hardware and software). Lead projects and manage external custom machine integrators, ensuring designs release to medium/high-volume manufacturing with DFM/DFX considerations.

The Senior Valve Design Engineer will lead the development of new valve products, ensure project goals are met, innovate technologies, manage risks, mentor junior engineers, and communicate technical information effectively.

As a 3D Physical Design Engineer, you'll design and analyze 3D integrated products, focusing on ASIC/SoC design, power, clock, and cooling analysis with an emphasis on physical design methodology.

Lead circuit development for high-speed data converters, design complex transistor-level circuits, mentor engineers, and conduct design reviews and evaluations.

Lead design, analysis, and CM&U modifications for heavy-duty gas turbines (50–500 MW). Provide mechanical, vibration, and flow analysis; support testing, manufacturing, commissioning, and field troubleshooting; collaborate with internal teams, suppliers, and customers to drive reliability, cost improvements, and standardization.