Top Mechanical Engineering Jobs

Lead and manage mechanical engineering projects as Lead Engineer/EOR: oversee teams, budgets, deliverables, and quality; design HVAC, plumbing, and fire protection systems; perform energy modeling, site visits, calculations, and equipment selection; mentor staff, improve processes, and support client coordination and business development.

Lead mechanical engineering projects from concept through construction: prepare calculations, narratives, drawings and specs; coordinate teams and clients; oversee HVAC, plumbing, fire protection, and energy modeling; perform site visits; select equipment; mentor staff; enforce quality management and update standards and processes.

Lead multidisciplinary mechanical engineering projects from design through construction. Produce calculations, narratives, drawings, and specifications; manage budgets and schedules; perform site visits; coordinate teams and clients; mentor staff; ensure code compliance, equipment selection, and quality management. May serve as Project Manager or Engineer of Record with approval.

Support mechanical system design and documentation for HVAC, plumbing, and fire protection. Learn Revit and AutoCAD, perform calculations and performance simulations, assist construction administration, read plans and codes, and complete assigned engineering tasks under team guidance.

Lead mechanical engineering project delivery from concept through construction. Prepare calculations, narratives, drawings, and specifications; oversee equipment selection, code compliance, interdisciplinary coordination, site visits, and quality management. Build and mentor project teams, develop workplans, manage budgets and schedules, coordinate with clients and partners, and improve standards and processes to deliver high-performance HVAC, plumbing, fire protection, and energy-modeling solutions.

Lead project teams and provide technical direction for mechanical systems (HVAC, plumbing, fire protection). Oversee deliverables, calculations, equipment selection, code compliance, interdisciplinary coordination, cost opinions, site visits, and quality management from concept through construction while mentoring staff and managing schedule and budget.

Seeking Mechanical Robotics (Humanoid) engineers to build intelligent, embodied systems that operate in the real world. Impact company direction, advance your career, and collaborate with portfolio companies to develop humanoid robotic hardware and systems.

Lead and deliver mechanical design for projects, mentor junior staff, coordinate with other disciplines and clients, manage project schedules and mechanical budgets, ensure QA/QC, and participate in continuing education.

Lead and execute mechanical design for projects, direct and mentor mechanical staff, coordinate multidisciplinary designs, produce and manage design documentation and QA/QC, monitor schedules and budgets, liaise with clients, and support staffing and continuing education. May require night and weekend work and occasional field tasks.

Lead mechanical design for projects, oversee and mentor mechanical staff, coordinate with other disciplines and clients, prepare design documents, manage budgets and staffing, ensure QA/QC, and participate in required continuing education. May work nights and weekends to meet deadlines.

Design and develop mechanical battery systems (cells, modules, housings, HV distribution, full packs) for aerospace applications. Lead structural, thermal and safety analyses, produce GD&T drawings, DFMEAs and DVP&R, define validation test plans, ensure certification compliance, support DFM/DFA for production, manage schedules, and mentor junior engineers.

Design, develop, validate, and support certification of flight mechanisms and related components (actuators, propulsion, landing gear, ECS). Lead subcomponent design (gears, bearings, seals), perform analysis and testing to environmental standards, and collaborate with electrical and software teams to take hardware from concept to flight-qualified production.

Design, analyze, and develop aircraft structural components (fuselage, wing, empennage) using composite and metallic materials. Create and release 3D CAD models and 2D drawings, perform structural analyses and FEA, define requirements and test plans, own structural testing and documentation, and collaborate with manufacturing, quality, and test teams while applying aerospace standards and GD&T.

The PLSS Mechanical Engineer will develop and operate life support systems for spaceflight, ensuring efficient design, manufacturing, and integration for the Axiom EVA Spacesuit.

Lead troubleshooting and improvement of actuator systems in robotics; conduct failure analysis, drive design changes, and collaborate with teams to optimize production.

The Senior Mechanical Engineer will design mechanical systems for defense applications, conduct analyses, support rapid prototyping, and oversee testing and field support.

Lead the development of new mechanical products from concept to production. Responsibilities include defining product specifications, solving complex design challenges, and collaborating with manufacturers.

The Senior Mechanical Engineer will lead product development from concept to launch, involving complex mechanical challenges and collaboration with external partners.

As a Mechanical Engineer, you will collaborate on rover design, analyze mechanical systems, define requirements, and develop test plans for flight hardware.

The Mechanical Engineer will design production hardware and test equipment, analyze electromechanical systems, and manage contract manufacturers.

The Mechanical Engineer will design, develop, and test firetruck sub-systems, ensuring compliance with specifications and performing cross-functional collaboration.

The Mechanical Engineer will research, design, and construct manufacturing equipment while developing process improvements and supporting production.

Design, test, and analyze mechanical and electromechanical components for powertrain technologies in aircraft. Validate designs using simulations and first principles techniques while managing component weights.

The Senior Mechanical Engineer will lead complex engineering projects, resolve mechanical problems, design custom tools, and oversee manufacturing processes. They will also generate specifications, conduct tests, and collaborate with customers on project challenges.

The Mechanical Engineer will resolve mechanical problems, design tooling, oversee manufacturing processes, and ensure documentation compliance with industry standards in support of semiconductor manufacturing.