Top Mechanical Engineering Jobs

Lead mechanical engineering for a chemical plant: provide technical/troubleshooting maintenance support, improve OEE and safety, lead continuous improvement and design for pumps/pressure vessels, manage capital projects (scopes, bids, budgets, contractor liaison), and provide monthly on-call support.

Lead multidisciplinary product research and development for electromechanical sensors and systems. Design, assemble, and test prototypes, create and interpret mechanical and electrical drawings, integrate components, support product lifecycle, and collaborate cross-functionally to meet customer and system requirements.

Lead design and standardization of compressor actuation systems for gas turbines, support rotodynamics root-cause and test investigations, develop engine/package interfaces and external hardware, collaborate across functions through NPI processes, and support validation via development testing from concept through implementation.

Lead mechanical design and NPI for turbomachinery from concept through production. Create 3D models, drawings, BOMs, and documentation; collaborate with cross-functional teams and suppliers to ensure manufacturability and quality. Investigate field issues, perform root cause analysis, and drive continuous improvement.

Lead mechanical design and R&D for automated apparel manufacturing equipment. Create prototypes and production machines, design robotic end effectors and tooling, perform tolerance analyses and engineering validation, prepare BOMs and cost estimates, coordinate vendors, develop assembly processes, and support transfer to manufacturing while mentoring cross-functional teams.

Design and manufacture ruggedized mechanical subsystems from concept to production: CAD modeling, prototyping (CNC, 3D printing, laser cutting, vacuum forming), microfluidic and airflow subsystem integration, DFM/DFA, tolerance analysis, testing, vendor coordination, field testing, and iteration toward production readiness.

Design and develop high-precision electro-mechanical inertial guidance test systems including stress and stiffness analysis, component selection, drawings, BOMs, manufacturing instructions, test procedures, customer interfacing, and leading mechanical designers under minimal supervision.

Design and iterate high-precision electro-mechanical inertial guidance test systems and gimbaled/stabilized platforms. Perform stress and stiffness analysis, select precision components, prepare drawings, BOMs, manufacturing instructions, test procedures, and system manuals. Interface with customers, lead projects, and provide post-delivery support.

Lead design, build, and test of micro-turbine and turbo-generator systems. Perform mechanical design and analysis of static and rotating hardware, run ANSYS structural/rotor-dynamics/thermal analyses, use Siemens Teamcenter and NX for modeling and PLM management, drive NPI and project delivery from proposal through qualification and production support, collaborate with SMEs, prioritize resources, and provide technical guidance to management.

Plan, write, and execute mechanical and environmental qualification tests (vibration, shock, thermal, humidity, altitude, life/durability) to DO-160G and MIL-STD-810H. Design and build test fixtures and instrumentation, manage outsourced lab testing and witness customer tests domestically and internationally, analyze test data, identify failure modes, and support in-house lab development.

Lead the design and integration of vehicle electrical harness and avionics enclosures for eVTOL aircraft, ensuring optimal performance and compliance. Collaborate with teams, conduct analyses, and oversee production processes.

The Senior Electro-Mechanical Engineer will lead in the design and optimization of vehicle harness and avionics enclosures for eVTOL aircraft, ensuring robust performance and regulatory compliance, while collaborating with cross-functional teams for integration and testing.

Lead cross-functional teams to architect, design, and integrate electro-mechanical systems from concept through production. Own system-level architecture, validate designs, create and review 3D CAD models and drawings (PTC Creo preferred), manage configuration in PLM, conduct failure investigations, and mentor engineers while ensuring regulatory and manufacturing compliance.

The Senior Mechanical Design Engineer will develop complex electronic enclosure designs, manage cross-functional teams, and ensure compliance with design specifications. This role requires collaboration with architects, prototyping, and supplier management, while mentoring less experienced engineers.

The Spacecraft Mechanical Engineer will design, build, and test spacecraft hardware, supporting mission solutions by collaborating with cross-functional teams, developing prototypes, and creating design documentation for innovative spacecraft products.

Design and analyze heavy-duty vehicle components under supervision. Prepare layouts, drawings, BOMs, and technical reports. Support senior engineers, collaborate with suppliers, provide production support, resolve engineering issues, and apply engineering criteria to ensure performance, safety, reliability, and cost-effectiveness.

Responsible for mechanical design and integration of vehicle systems, driving product development from concept to mass production, coordinating with cross-functional teams.

Design, develop, test and implement mechanical systems for thermal vacuum space simulation and facility projects. Produce NASA-compliant engineering drawings, prepare specifications and procurement, lead designers and technicians, support pressure systems and cryogenic utilities, present designs at reviews, and maintain configuration control. Work may require shift coverage and US background vetting.

Perform mechanical systems design and analysis including thermal, structural, mechanism, and packaging design for natural and induced environments. Define loads, perform vibration analysis for flight and ground applications, and conduct vibe, shock, and acoustics analysis to ensure structural integrity and survivability.

As an Opto-Mechanical Engineer, you will design optical payloads for satellites, ensuring performance and manufacturability while collaborating with cross-functional teams.

Lead and manage mechanical design teams to produce high-quality HVAC and mechanical system schematics, layouts, calculations, and specifications. Oversee project delivery, construction administration, shop drawings, field observations, client interaction, staff development, and project financials while ensuring design standards, code compliance, and timely completion within budget.

Design and industrialize automated production machinery and robotic production lines. Develop mechanical assembly and detail prints, BOMs, interface with machine builders, support debug, site installations, and customer buyoffs. Opportunity to expand into robot programming, machine code, and process inspection setup.

Design, develop, test, and support mechanical and electro-mechanical components and capital equipment for semiconductor customers through full product lifecycle. Produce drawings, BOMs, documentation, prototypes, and provide technical support, troubleshooting, and fabrication oversight while participating in design reviews and continuous learning.

Lead mechanical designer and project manager for ground support equipment, tooling, test stands, and launch infrastructure. Own projects end-to-end: requirements, 3D CAD, analysis, fabrication oversight, testing, and activation. Collaborate with multidisciplinary teams, perform FEA and hand calculations, produce GD&T drawings, and support build and activation at multiple sites.

Design and prototype mechanical components for a humanoid robot: create 3D CAD models, produce GD&T 2D drawings, build and test prototypes and test stands, inspect first articles, support electromechanical integration with sensors and motors, and maintain design documentation.