Top Mechanical Engineering Jobs

The Principal Mechanical Engineer leads mechanical design and development for military systems, conducts testing, and collaborates across engineering disciplines to ensure product quality and compliance with requirements.

The Mechanical Engineer will engage in engineering projects involving assessments, design, and analyses for mechanical systems and facilities, contributing to infrastructure modernization and safety evaluations.

Design and develop tooling and MGSE for spacecraft, including assembly fixtures and handling systems, while providing mentorship to junior engineers.

The Senior Mechanical Engineer will design and develop consumer products, collaborate with teams, and lead mechanical engineers in creating and testing innovative technologies.

The Facilities Mechanical HVAC Engineer will ensure compliance with building codes, analyze HVAC systems, and provide technical expertise for design and maintenance projects. Responsibilities include developing designs, coordinating engineering activities, and optimizing institutional infrastructure through recommendations for capital improvements.

The Mass Properties Engineer analyzes weight and balance for spacecraft, maintains mass properties data, supports design reviews, and prepares documentation and reports.

The Mechanical Engineer manages design, construction, and modernization of chemical production systems. Responsibilities include project management, engineering analyses, safety inspections, coordination, and budgeting.

Lead end-to-end mechanical and electromechanical hardware development for an AERO mobile solution, from concept through production and field service. Own design, analysis (hand calculations, FEA, CFD), verification/qualification testing, GD&T drawings, tolerance analysis, DFM/DFA, production ramp-up, and lifecycle optimization. Collaborate cross-functionally, support certification efforts (FAA/DO-160), and drive reliability, manufacturability, and continuous improvements.

The Senior Mechanical Engineer will design, develop, and implement electro-mechanical hardware for advanced Radar and unmanned systems, ensuring quality and compliance throughout the entire lifecycle.

The Dry Mechanical Engineer coordinates third-party development of mechanical systems, ensuring compliance with standards and supporting design and commissioning activities.

Design and develop spacecraft mechanical systems for satellites and on-orbit vehicles. Assist in structural analysis, prototyping, and integration tasks, ensuring designs meet performance and reliability standards.

As a Mechanical Engineer, you'll design and develop spacecraft systems ensuring performance and reliability, lead mechanical structures design, and manage the entire hardware lifecycle from concept to delivery.

Lead mechanical engineering projects for infrastructure and facility modernization including design, FEA, 3D modeling, inspections, commissioning, requirements generation, proposals, and constructability reviews. Coordinate multidisciplinary teams, interface with site operations, manage schedules and budgets, and ensure safety and compliance. Support defense and energy customer work requiring security clearance.

Support spacecraft and launch vehicle processing and ground operations: author and validate MES procedures, perform integration, propellant and hazardous operations, execute checkouts, maintain clean-room protocols, verify launch provider and range safety compliance, document anomalies and lessons learned, coordinate across engineering, quality, supply chain, and external stakeholders, and travel to support campaign execution.

Lead mechanical engineering tasks for spacecraft and launch vehicle processing, including MES authoring, procedure validation, payload integration, propellant loading, and interface verification. Serve as Responsible Engineer on discrete technical packages, prepare technical documentation, analyze mechanical/propulsion/structural data, mentor junior engineers, and coordinate with launch providers, range operations, and cross-functional teams during test, launch, and landing campaigns.

Lead spacecraft mechanical design and analysis, set technical direction, create processes/tools/standards, support verification and testing (vibration, TVAC), audit suppliers, mentor mid-career engineers, and provide technical guidance to programs.

As a Wet Mechanical Operations Engineer, you will oversee design and construction of wet mechanical systems for semiconductor facilities, ensuring compliance and project specifications.

Leading design, development, and delivery of mechanical hardware for avionics systems, ensuring performance in launch and space environments, while collaborating across teams.

Define and allocate weapon-system interface requirements, evaluate proposed interface changes, coordinate with government and contractors, perform impact assessments and compatibility verifications, migrate artifacts into digital engineering/model-based tools to support reviews, and support interfaces management. Limited travel (<10%) required.

Designs and supports special test equipment (STE) for production testing of tactical aircraft, develops and modifies mechanical designs, provides manufacturing-for-assembly solutions, supports additive manufacturing innovations, collaborates with engineers and fabricators, documents STE usage, analyzes change impacts, and reports progress under general supervision.

The Senior Mechanical Engineer will design, build, integrate, and test prototypes for sensing and counter-sensing systems, focusing on radar and electronic warfare applications, leading to low-volume production systems.

The Mechanical Systems Design & Analysis Engineer develops system requirements, analyzes system performance, and reviews hardware/software designs while working with global suppliers to optimize system integration.

The Staff Mechanical Engineer will lead prototype development for a humanoid robot, focusing on mechanical design, fabrication, and collaboration with engineers across disciplines to integrate systems.

The Project Engineer I will lead cross-functional teams to manage project lifecycle, develop cost and schedule estimates, and ensure technical goals are met, while fostering collaboration and managing risks.

Lead a cross-functional team to manage cost, schedule, and technical requirements throughout the project lifecycle, focusing on various mechanical subsystems.