Top Design Engineer Jobs

Design and develop vehicle electrical systems using CAD tools; create models, drawings, and test documentation; support prototype development, troubleshooting, and design reviews while ensuring compliance with FMVSS, state, and customer requirements. Collaborate with cross-functional teams to ensure manufacturability and provide technical reports and presentations.

Design and implement CPU microarchitecture features and ISA extensions using Chisel. Integrate designs into Chisel/FIRRTL framework, perform sandbox verification, collaborate on verification plans, optimize for physical implementation and performance, and document microarchitecture specifications.

The Mission Data Systems Engineer will conduct EW research, support system programming, and assist with data analysis during MD testing.

Support multi-discipline machine design projects: perform analyses, prepare calculations, CAD models and detailed drawings, assist with FEA and reports, and coordinate with structural, controls, and fluid dynamics teams.

Lead system-level electrical design and integration for silicon photonics AI accelerators. Define hardware requirements, design power/memory/interconnect circuits, oversee PCB layout and manufacturability, validate and qualify electrical properties, perform lab validation, and collaborate with mechanical, IC, software, and manufacturing teams to bring products from concept to production.

Design and deliver tooling, fixtures, handling equipment, and GSE to support manufacturing, assembly, integration, and test of lunar vehicle hardware. Develop requirements, CAD models, drawings, and controlled documentation; validate and support fabrication, assembly, testing, and continuous improvement while ensuring compliance with safety, quality, and regulatory standards.

Design and develop mechanical systems, machine assemblies, fixtures, tooling, and robotic end-of-arm tooling using 3D CAD. Produce manufacturing drawings, BOMs, and documentation applying GD&T and DFM. Support fabrication, machining, welding, assembly, prototyping, testing, commissioning, troubleshooting, and continuous improvement while collaborating with cross-functional teams.

Design and develop filling and packaging machinery from components to complete assemblies. Create CAD models, BOMs, drawings, and engineering documentation; validate prototypes, support fabrication, testing, field evaluations, and continuous design improvements. Provide manufacturing guidance and occasional domestic/international travel for installations and acceptance.

Lead production engineering for assigned products: interpret project specs, perform and check design calculations, create/modify fabrication drawings, coordinate with clients and internal departments, support Purchasing and Manufacturing, manage electronic job records, and order long-lead materials.

Design and develop prototype and production tooling, specify and modify components, research and test plastic materials and processing equipment, analyze failures, develop test procedures, provide technical support and training, and coordinate problem-solving for plant operations and new product development.

Lead conceptual and preliminary configuration design of unmanned aerial systems, create CAD models and drawings, run cross-disciplinary trade studies, coordinate with flight test, manufacturing, and supply chain, and present design decisions, risks, and solutions to stakeholders.

Design and support aerospace flight-worthy structures, mechanisms, and mechanical systems from concept through deployment. Create 2D drawings and 3D models, perform basic calculations and analyses, document requirements and test reports, coordinate manufacturing and QA, and support proposals and business development.

Design and validate multi-layer mixed-signal PCBs and wiring harnesses for MANET radios. Perform component selection, schematic capture, PCB stack-up and rule definition, hardware bring-up, testing, and root-cause analysis. Collaborate with PCB designers, software, FPGA, and RF teams to ensure EMI control and manufacturability.

Design and analyze opto-mechanical modules: perform tolerancing, FEA (strain, vibration, thermal, shock), optical system design, assemble and debug subsystems, develop alignment tooling and qualification processes, and support manufacturing ramp and supplier quality.

Design and layout custom high-speed, multi-layer PCBs using Altium, collaborating with engineers and vendors to meet DFM and signal integrity requirements. Produce fabrication/assembly drawings, maintain Altium Vault and libraries, develop PCB processes and best practices, train teammates, and write scripts to automate workflows. Support mission milestones, including occasional evening/weekend work.

The role involves designing and developing analog and mixed-signal integrated circuits, conducting simulations, providing layout guidance, and supporting silicon validation.

Design mechanical assemblies, parts, and systems for off-highway and mobile equipment. Create 3D models, drawings, BOMs, and documentation; evaluate prototypes, support testing, and collaborate with cross-functional teams to optimize designs.

Design, test, and integrate electrical/electronic components, subsystems, and systems for off-highway machines and vehicles. Develop electrical requirements, BOMs, and test plans; coordinate with suppliers; support builds and validation; troubleshoot components and wiring harnesses; and collaborate with cross-functional teams throughout product development.

Design building electrical systems (power, lighting, fire alarm, nurse call, low-voltage) for healthcare and other buildings. Produce calculations, specifications, BODs, construction documents, surveys, coordinate with teams and clients, lead technical meetings, and support construction administration and project execution.

Design and develop mechanical components and assemblies for residential and commercial battery energy products from concept through production. Create CAD models and manufacturing drawings, perform thermal/stress/structural analysis, select materials, apply DFM, work with suppliers and manufacturing, integrate with electrical systems, and plan and run testing and validation.

Technical lead for electro-mechanical actuator design and development for aerospace platforms. Own system architecture, component design, testing, validation, and lifecycle activities while coordinating suppliers, manufacturing, and customers to meet program milestones and producibility requirements.

Lead development of precision analog/mixed-signal Battery Management products: translate system requirements to block-level specs, own transistor-level analog design, coordinate top-level and block development, run top-level and DFT simulations, and participate across the product development lifecycle through qualification.

Lead modeling, simulation, and governance of 12V energy management. Perform generator and battery sizing, IOD calculations, homologation load consumption analysis, run electrical balance simulations, identify risks, define mitigation scenarios, and produce traceable reports while coordinating cross-functional stakeholders.

Design, develop, integrate, and test circuit cards and electronics hardware for spacecraft and aerospace systems. Own schematic capture, PCB layout, bring-up, debugging, component selection, and validation. Support signal/power integrity, EMI/EMC, thermal and environmental considerations, collaborate with cross-functional teams, and drive hardware through prototype to production.

Design isolated and non-isolated converter stages, implement advanced topologies, perform trade-off analysis, develop control algorithms, and coordinate with design and manufacturing teams for power electronics systems.