Top Design Engineer Jobs

Develop and verify designs for AI processors, focusing on system-level verification, testbench development, and collaboration with RTL designers.

Design Verification Engineers will develop and verify designs for AI processors, collaborating across teams to ensure functionality through rigorous testing and innovative strategies.

Design, analyze, simulate, and test high-reliability analog and power electronics. Perform circuit design and control/feedback analysis, hardware validation, and manufacturing test support. Position may be filled at Principal or Senior Principal levels depending on experience; requires ability to obtain SSBI/SCI clearance.

The Motor Designer will own the design of custom motors, optimizing for torque density and compact packaging. Responsibilities include electromagnetic simulation, mechanical design, prototype testing, and collaboration with engineering partners.

Design detailed mechanical, electrical, and automation installation drawings and models for data center systems. Produce layouts, BOMs, submittals, and documentation; coordinate with engineers, manufacturers, fabricators, and field teams; ensure compliance with standards and support project delivery and client interactions.

Develop and maintain ASIC design verification environments. Build testbenches, write test plans and testcases, debug regressions, implement functional and code coverage, and verify complex SoC blocks using simulation, emulation, and AI-assisted methods to drive verification closure.

Lead multi-discipline design teams for large rail and transit design-build projects. Manage project planning, budgets, schedules, QA/QC, safety, stakeholder coordination, contract terms, and delivery from concept through final design to meet client and contractual requirements.

Lead QA/QC for roadway design deliverables: develop QA/QC plans, perform independent design checks of geometry, grading, drainage, MOT and pavement, review calculations/drawings, mentor junior engineers, create quality tools, and ensure compliance with client, agency, and contractual standards.

Develop, integrate, test, and maintain mission design simulations and software tools for NASA and commercial spaceflight programs. Implement coding standards, use source control and CI/CD, produce software documentation, support Class C software processes per NPR 7150.2, and collaborate with NASA civil servants and contractors.

Lead design verification for SoC blocks using SystemVerilog/UVM and industry interfaces (AXI/NoC/Ethernet/PCIe/UCIe). Develop UVM testbenches, define block/subsystem/SOC test plans, drive regression and coverage closure, mentor engineers, and communicate with clients. Work fully onsite in San Jose.

Develop and deliver premium soft interior trim components from concept to production. Define material and construction specs, perform DFM and DFMEA, support prototype builds and testing, collaborate with CMF, design, vehicle engineering, and suppliers, and manage launch and supplier readiness for wrapped panels, soft IP, armrests, and textile liners.

Design/Verification engineer will develop AIML-enhanced verification methodologies, build and maintain UVM testbenches, drive coverage-driven verification closure, automate RTL generation from specs, evaluate industry tools, perform root-cause analysis, and collaborate with design and system teams to ensure silicon quality from RTL to tapeout.

The Lead Engineer will oversee tooling, GSE, and testing for the Neutron Launch Vehicle, manage engineers, coordinate projects, and ensure robust planning and training.

Designs, develops, tests, and deploys reliable software systems. Collaborates with product and cross-functional teams to solve technical challenges, improve performance, perform code reviews, and implement automated testing and documentation to meet business objectives.

Ensure operational health and reliability of data center mechanical cooling systems through commissioning, maintenance program design, failure analysis, testing, technical support, and cross-team collaboration to improve maintainability and performance.

The Principal Mechanical Design Engineer leads R&D in designing and developing automated biodevice products from concept to prototype, ensuring robust, innovative designs through cross-functional collaboration.

The Senior Mechanical Design Engineer will lead R&D efforts in designing and prototyping automated biodevice products, managing projects and ensuring compliance to specifications.

Design and verify integrated hardware and test solutions (console/panel layouts, power/cooling, RF, analog/digital). Develop and integrate SW/HW test systems, use lab test equipment, troubleshoot anomalies, support requirements verification, and work with ATE and schematic/layout tools. Position requires U.S. citizenship, ability to obtain Secret clearance and Special Program Access; on-site in Waynesboro, VA with ~10% travel.

Design and verify integrated hardware and test solutions including console, panel, power/cooling, RF, and electronic circuits; support SW/HW integration, ATE design, troubleshooting, anomaly resolution, and requirements verification for classified defense programs.

Design, develop, test, and support integrated analog/digital circuitry and electronic control systems for ship and submarine launch control. Responsibilities include analog and digital circuit design, PCB/layout and EMI/EMC troubleshooting, firmware development, data acquisition and cable design, lab testing, lifecycle support, and resolving field technical issues. Work autonomously on DoD programs requiring US citizenship and ability to obtain Secret clearance.

Design and implement HW/SW test and instrumentation solutions including real-time data analytics, UI/UX, instrument drivers, firmware, SW/HW integration, and requirements verification. Troubleshoot, investigate, and document anomalies; support process automation and design-to-cost objectives in an on-site, cleared program environment.

Design and analyze analog circuits and power supplies from system requirements through detailed design, simulation, testing, verification, and transition to production. Perform circuit modeling, signal integrity, electrical stress and worst-case analyses, troubleshooting, and collaborate across disciplines to resolve technical issues.

Design and develop test hardware solutions (consoles, interface panels, power/cooling, RF, electronic circuits); perform SW/HW integration, requirements verification, lab testing and troubleshooting with test equipment; document anomalies and support design-to-cost, scope and schedule. Role may be filled at engineer or principal level.

Design mechanical and electromechanical test hardware and systems including automated handling equipment, panels, fixtures, consoles, RF receivers, and cooling solutions. Perform CAD modeling, requirements verification, thermodynamic and structural considerations, lab test connections, troubleshooting, anomaly resolution, and design-for-manufacture while supporting cost and program constraints.

Design and develop test-focused hardware/software solutions including real-time data analytics, UI/UX, instrument drivers, firmware, and SW/HW integration. Verify requirements, troubleshoot anomalies, automate processes, and work in Agile/SDLC environments. Support product cost-conscious designs and special program access requirements.