Top Mechanical Engineering Jobs

The Electrical/Mechanical Engineer will lead projects in manufacturing, utilizing their Bachelor's degree and 3-5 years of relevant experience in a team-oriented environment.

The role involves designing and developing precision opto-mechanical components for laser systems, including prototyping and test execution.

As a Mechanical & Robotics Engineer, you'll design and produce hardware for an assistive robotic arm, collaborate with cross-functional teams, and drive product development from concept to production.

The role involves designing mechanical systems compliant with codes, conducting engineering calculations, mentoring junior engineers, and overseeing compliance for pressure vessels and piping systems.

Provide production engineering support for mechanical release and separation mechanisms on the New Glenn launch vehicle. Tasks include hardware builds, integrated system testing, nonconformance disposition, production sustainment, procedure development, test planning and data analysis, configuration management, and cross-functional coordination with design, manufacturing, and suppliers to ensure flight hardware acceptance and schedule adherence.

As a Mechanical Engineer III, you will work on plumbing design projects, preparing calculations and specifications, and providing client support.

The Mechanical Design Engineer will lead the design and development of energy storage products, manage a team, and ensure integration with other engineering disciplines.

The Staff Mechanical Engineer designs, develops, and validates mechanical components for aircraft, performing analyses and collaborating with teams throughout the product lifecycle.

Lead mechanical design and FEA for custom prototype equipment, containment systems, and remotely operated mechanisms. Produce and review drawings, specifications, analyses, technical reports, and documentation. Coordinate with multidisciplinary teams, manage projects, mentor engineers, perform site visits, and support proposals and testing to ensure compliance with requirements and standards.

As a Mechanical Engineer in Liaison Engineering, you will provide technical support, optimize designs, troubleshoot production issues, and collaborate with teams to ensure efficient manufacturing of transit buses.

Design and develop electro-mechanical systems and motor controls for power tools. Create 3D models and 2D drawings, manage BOMs/PLM documentation, perform FEA and engineering analyses, conduct DFMEA/PFMEA and tolerance stack-ups, support supplier development, DFM, testing, regulatory compliance, and root-cause continuous improvement across multiple projects.

As a mechanical design engineer, develop precision motion systems for wafer scanning, collaborate with teams, optimize design, and conduct analyses.

Lead a multidisciplinary structures team to design, integrate, and test Talon-A hypersonic vehicle and payload improvements. Own structural systems engineering, requirements, trade studies, configuration and mass properties, design reviews, risk management, and cross-functional communication to deliver prototypes to flight test.

The Mechanical Engineer designs and supports mechanical components using SolidWorks, collaborating on various engineering tasks across functions, and ensuring quality solutions for products.

Design, analyze, and deliver mechanical systems for a greenfield enrichment facility from concept through commissioning. Prepare permit-level Revit/AutoCAD design packages, perform calculations and code-compliant reviews, collaborate with multi-discipline teams, support vendors, troubleshoot field issues, and contribute to project feasibility, scope, and technical documentation.

Design and validate mechanical systems for a greenfield uranium enrichment facility from concept through commissioning. Produce permit-level Revit/AutoCAD drawings, calculations, specifications, and collaborate with multi-discipline teams. Support vendor activities, troubleshooting, and ensure code and safety compliance for HVAC and central plant systems.

Design, build, test, and qualify mechanical mechanisms and structures for uranium enrichment systems. Own product lifecycle from requirements through production, optimize for cost and manufacturability, perform FEA and functional testing (thermal, vibration, shock), conduct root-cause analysis, and collaborate with cross-functional engineering teams.

Lead mechanical design, development, testing, and implementation of rotating-equipment products. Drive projects from feasibility through production, perform calculations, simulations, CAD modelling, validation testing, root-cause analysis, and manage schedules, budgets, and documentation while mentoring engineers and collaborating cross-functionally.

Lead specification, procurement, and implementation of capital equipment; design tooling and fixtures; transition new processes into manufacturing; create SOPs and train personnel; analyze process data to drive safety, quality, and cost improvements; troubleshoot equipment and execute continuous improvement projects across production lines.

The Mechanical Engineer focuses on leading spacecraft mechanical design, managing CAD development, and ensuring quality through collaboration with various teams. Responsibilities include overseeing designs, applying engineering principles, creating documentation, and mentoring others.

Design and analyze spacecraft mechanisms, oversee their development from concept through testing, and collaborate with teams to ensure reliability and performance.

Lead evaluation and modernization of mechanical joining methods across buses, standardize fastener catalogs and specifications, ensure FMVSS 221 compliance, define torque and error-proofing strategies, troubleshoot manufacturing/field fastener issues, mentor engineers, and introduce structural adhesive solutions to reduce cost and improve durability.

Lead the introduction of new liquid cooled products from design to manufacturing, optimizing processes and addressing quality issues with cross-functional teams. Responsibilities include developing manufacturing guidelines, managing engineering changes, and training staff.

Lead design, analysis, testing, and integration of airframe structures and subsystems for unmanned aerial platforms. Drive manufacturability, validation strategies, prototype-to-production transitions, technical leadership, mentorship, and cross-functional collaboration to resolve complex mechanical engineering challenges.

Design, fabricate, assemble, and test mechanical and control components. Develop and run test protocols, maintain experimental records, analyze results, and support product development. Collaborate with cross-functional teams and subcontractors, maintain test equipment, and ensure compliance with safety and environmental policies. Install, commission, and troubleshoot hardware and control systems onsite.