Top Mechanical Engineering Jobs

Lead mechanical design and scale electromechanical subsystems for humanoid robots. Responsibilities include design, prototyping, DFx, structural and thermal analyses, cross-functional reviews, root-cause investigations, documentation in Jira/Confluence, meeting schedules/budgets, and mentoring junior engineers. Hybrid role in Fremont with ~25% travel to Salem, OR.

Lead design and project management for HVAC, plumbing, and fire protection systems on low-to-moderate complexity vertical building projects. Perform engineering analysis, prepare designs and specifications, oversee construction administration, mentor junior staff, ensure code compliance and quality control, manage budgets/schedules, and maintain client communication.

Design HVAC, piping, and plumbing systems for hospitals, commercial, and industrial facilities. Consult with architects, work on multi-discipline teams, produce drawings using AutoCAD/Revit, perform energy modeling, and communicate with clients and internal teams.

The Senior Mechanical Engineer will design and oversee mechanical systems for infrared test equipment, ensuring compliance and performance in collaboration with teams, while mentoring junior engineers and being hands-on with CAD and prototyping.

Lead and execute complex mechanical design and analysis for semiconductor/display equipment. Troubleshoot difficult mechanical issues, produce engineering test reports, develop layouts and custom tooling, specify documentation, and coordinate suppliers and manufacturing processes. Communicate technical solutions and establish standards across operations.

Design and develop mechanical subsystems for UHV and HV semiconductor inspection modules. Create 3D CAD models, drawings, BOMs; perform tolerance analysis, GD&T, and FEA; support prototyping, supplier development, manufacturing introduction, troubleshooting, and product lifecycle documentation.

Lead mechanical redesign of UHV and HV semiconductor inspection subsystems from requirements through qualification and manufacturing transfer. Drive architecture, tolerance/GD&T strategy, FEA/thermal/vibration analysis, supplier management, root-cause investigations, and mentor junior engineers to improve performance, reliability, and manufacturability.

Design, analyze, test, and deliver satellite payload mechanical and electromechanical hardware from concept through high-volume production and on‑orbit operation. Perform FEA and environmental testing, drive DFM and system-level tradeoffs, collaborate with cross-functional teams (RF/PCB/antenna), and own product lifecycle and production ramp.

Design, analyze, test, and deliver space-grade satellite hardware from concept through high-volume production. Drive system-level optimization, DFM, testing, and production ramp while partnering cross-functionally to meet launch and on-orbit performance requirements.

Design and qualify wire harnesses for Starlink vehicles: develop 3D harness designs and electrical schematics, perform mechanical and electrical testing/analysis, create manufacturing documentation, lead system integration and trade studies, and support production ramp and cost/mass optimization.

Lead mechanical engineering for defense sensor and mission systems: define architectures, guide design trades, oversee subcontractors and suppliers, lead integration/test, drive producibility and production-readiness, support proposals and customer engagement, and mentor engineering staff.

Lead end-to-end mechanical design for electromechanical production systems: translate requirements into manufacturable designs, perform FEA and hand calculations, prototype and validate, create drawings/BOMs, apply DFM/DFA, and mentor junior engineers while collaborating with electrical, controls, manufacturing, and suppliers.

Lead end-to-end mechanical design and integration of missile and UAV launcher systems for ground and maritime platforms. Own mechanical architecture, interfaces, environmental and blast/thermal mitigation, mechanisms, safety/safing features, compliance to military standards, production transition, and supplier/subcontract technical management.

Lead hands-on mechanical integration of ruggedized electronics, effectors, and mechanisms into ground- and sea-mobile platforms. Own design from concept through production and sustainment, create 3D CAD and ICDs, perform structural/thermal analysis, lead qualification and installation activities, liaise with customers and suppliers, and resolve field integration issues.

Serve as mechanical authority for integrating ruggedized electronics, effectors, and mission hardware into ground- and sea-mobile platforms. Own end-to-end mechanical design, CAD models, analyses, prototyping, qualification testing, production transition, and sustainment while leading cross-disciplinary integration and interfacing with customers and suppliers.

Lead mechanical authority for ruggedized military electronics and effectors integrated into ground and sea mobile platforms. Own end-to-end design, CAD models, structural/thermal analyses, prototyping, qualification testing, production transition, and sustainment while coordinating cross-disciplinary integration and supplier/manufacturer interfaces.

Lead hands-on mechanical design and integration of ruggedized electronics, enclosures, effectors, and mechanisms for ground- and sea-mobile defense platforms. Own full product lifecycle from concept through production and sustainment, develop CAD models and ICDs, perform structural/thermal analyses, lead qualification and installation activities, coordinate with customers and suppliers, and support production transition and field sustainment.

Lead mechanical design, integration, and qualification of ruggedized electronic hardware and enclosures for aerospace/defense. Own subsystem mechanical responsibility, produce 3D CAD models and drawings, perform structural and thermal analyses, resolve cross-disciplinary integration issues, coordinate with suppliers, support production transition and sustainment, and ensure compliance with military qualification standards.

The Hardware Engineer will develop and validate thermal solutions, perform stress analyses, create CAD models, and conduct prototyping and testing for a laser weapon system.