Top Mechanical Engineering Jobs

Lead mechanical design and development of advanced energy catheters and flexible electromechanical instruments. Work in cross-functional teams to prototype, test, verify, and document devices, investigate root causes, develop manufacturing and design control documentation, support pre-clinical and clinical evaluations, and translate feasibility concepts into scalable, regulated product development programs.

Support new product development and localization of robotic-assisted surgical platforms for China: create design inputs, develop and execute verification tests, prepare technical submission dossiers, partner with test labs and design teams for certification and regulatory approvals, and ensure Design Control compliance and risk mitigation across the product lifecycle.

Design and develop mechanical components and proprietary manufacturing equipment for surgical robot systems. Lead kinematics, actuation, sensing integration, tolerance analysis, qualification testing, design control, and production support to improve quality and reliability.

Lead cross-functional development of new and improved electromechanical surgical instruments and assemblies: conceptualize architectures, design parts in CAD, perform mechanical analysis, run verification/validation testing, perform FMEA and risk analyses, support manufacturing transfer, and mentor engineers.

Design and integrate electromechanical sensor and transducer systems for next-generation minimally invasive surgical instruments. Perform modeling, prototyping, testing, supplier qualification, verification/validation, and documentation to support product development and transfer to manufacturing while ensuring compliance with medical device safety standards.

Lead and mentor a mechanical systems team to develop robotic surgical hardware from concept through manufacturing and commercialization. Hands-on 'player-coach' role guiding mechanical design, prototyping, testing, validation, regulatory strategy, and cross-functional program delivery while managing schedule, budget, and technical risk.

Lead design, development, testing, and risk analysis of wristed robotic surgical instruments. Collaborate cross-functionally to iterate prototypes, document requirements and regulatory materials, mentor engineers, and resolve field and manufacturing issues to ensure safe, high-quality medical devices.

Lead end-to-end mechanical subsystem development for a novel surgical robotics platform. Design, build, test, and document components and assemblies; create test fixtures; analyze prototype results; collaborate cross-functionally with software, electrical, clinical, and manufacturing teams; maintain CAD databases; support pre-clinical and clinical labs; and prepare patent and regulatory documentation.

Design, prototype, and implement in-house manufacturing equipment for minimally invasive medical devices. Lead mechanical design of fixtures and semi-automated electro-mechanical systems, integrate mechatronics and vision/motion control, manage project plans and vendors, create documentation and validation protocols (DQ/IQ/OQ/PQ), and provide production support and equipment qualification/calibration.

Lead precision mechanical design for electro-mechanical/opto-mechanical subsystems from concept through manufacturing transfer. Drive tolerance-driven designs, prototyping, testing, FEA, DFM/DFA, and supplier collaboration. Partner cross-functionally on verification, reliability, and regulatory documentation while mentoring junior engineers and supporting sustaining engineering and IP activities.

Design and develop high-precision mechanical and electromechanical components for next-generation robotic surgical instruments. Drive concept-to-launch activities including prototyping, testing, verification/validation, documentation, and design transfer. Collaborate across disciplines, support clinical and pre-clinical work, lead technical reviews, mentor junior engineers, and contribute to IP and regulatory compliance.

Design and develop aircraft Electrical Wiring and Interconnection Systems (EWIS) in a digital PLM environment: harness routing, component selection, cross-discipline coordination, flight test/manufacturing liaison, process improvement, and mentoring junior engineers.

Serve as subject-matter liaison for aircraft mechanical systems (ECS, water/waste, control and structures). Provide troubleshooting, root-cause analysis, engineering dispositions, and test support across production, integration, ground and flight tests. Interpret drawings, AMMs, ICDs and requirements, coordinate cross-functional resolution, document corrective actions, and mentor junior engineers while supporting continuous improvement.

Participate in design, development, testing, and certification of mechanical systems for aerospace and defense. Perform analyses and simulations, create and execute test plans, prepare technical documentation, and collaborate with cross-functional teams to ensure designs meet performance, quality, and regulatory standards.

Lead mechanical design, analysis, and root-cause investigations for da Vinci robotic platforms. Drive cross-functional decisions, mentor junior engineers, manage supplier interactions, maintain design control documentation, and support risk management, verification, and CAPA activities to scale production-ready electromechanical systems.

Manage mechanical engineering projects across the product lifecycle: develop project plans, provide technical oversight, interface with customers, report status, resolve issues, identify risks, and drive continuous improvement and process best practices.

Lead complex mechanical engineering projects for ISR/aviation systems, designing mechanical components, performing analyses (FEA/CFD/thermal), mentoring junior engineers, producing technical documentation, and coordinating stakeholders to ensure project success.

Lead design, development, testing, and deployment of advanced mechanical systems for aerospace/defense. Perform analyses and simulations, develop test plans, review technical documentation, integrate with cross-functional teams, and mentor junior engineers. Requires ability to obtain and maintain a Secret security clearance.

Participate as a mechanical engineer fellow designing, analyzing, testing, and certifying mechanical systems for aerospace and defense. Develop CAD models and CAE analyses, execute test plans, prepare technical documentation, and collaborate with multidisciplinary teams to meet regulatory and performance standards.

Design, develop, analyze, test, and certify mechanical components and systems for aerospace and defense. Create technical documentation, execute test plans, and collaborate with multidisciplinary teams to integrate mechanical designs that meet regulatory and performance standards.

Serve as senior technical authority for mechanical design on an airborne command-and-control program. Lead and mentor mechanical engineers, oversee drawings, analyses, test procedures, and integration activities. Drive trade studies, materials/tolerance/stress analyses, ensure FAA/DoD compliance, support configuration management, and coordinate multidisciplinary validation and testing.

Military fellowship for active-duty service members to perform EWIS design and development for large transport-category aircraft. Responsibilities include harness routing, component selection, PLM and CAD tool usage, cross-discipline coordination, flight test/manufacturing liaison, process improvement, and mentoring junior engineers.

A fellowship for active-duty service members to gain on-the-job mechanical engineering experience designing, developing, testing, certifying, and improving mechanical systems across the product lifecycle in aerospace and defense programs. Work includes CAE, multidisciplinary design, and product development support within MST mission solutions.

Hands-on mechanical engineer serving as technical liaison for aircraft structural modifications. Troubleshoot non-conformances, interpret and update engineering drawings, apply CAD (SolidWorks/CATIA), generate dispositions for on-aircraft assembly/testing, participate in design reviews, and advise production and design teams to ensure airworthiness and manufacturing compliance.

Lead design, analysis, testing, and deployment of advanced mechanical systems for aerospace/defense. Validate designs with simulations, oversee test plans, review technical documentation, integrate with cross-functional teams, and mentor junior engineers.