Top Mechanical Engineering Jobs

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

Provide engineering guidance and oversight for booster/propulsion on the LGM-35A Sentinel program. Support technical reviews, integration and test activities, develop and review MBSE architecture products, perform modeling/simulation and risk assessments, present findings to stakeholders, and participate in systems integration, requirements flow, verification, and interface definition throughout acquisition lifecycle.

Perform basic mechanical engineering design, analysis, testing, and product assurance for assigned project portions. Interpret specifications and drawings, develop technical documentation, run calculations and tests using engineering software, support customers to resolve technical issues, and ensure compliance with safety and performance requirements.

Lead mechanical design and analysis of cooled and uncooled gas turbine components (nozzles, blades, disks, seal plates). Provide advanced lifing, stress, fatigue, creep, crack-growth analysis; support fabrication, engine testing, data reduction, model validation, and research programs. Drive design improvements, mentor junior engineers, communicate results to stakeholders, and support program and customer technical needs.

Design, analyze, and troubleshoot complex mechanical systems and tooling for semiconductor equipment. Lead or execute projects, create and review CAD layouts and engineering documentation, perform engineering tests and analyses, and develop manufacturing-ready specifications and standards for parts, assemblies, and processes.

Design, analyze, and troubleshoot complex mechanical systems and tooling. Develop layouts, schematics, drawings, and test reports. Lead projects, specify and review engineering documentation, coordinate manufacturing and suppliers, and ensure manufacturability, GD&T compliance, and process implementation.

Design, develop, and validate fluid and mechanical propulsion components (gimbals, actuators, valves, fluid systems). Own designs from concept to production, derive requirements, write assembly/work instructions, assemble and test prototypes, and collaborate with interfacing teams to integrate and validate components across engine programs.

Lead clean-sheet design, development, and validation of fluid and mechanical propulsion components (gimbals, actuators, valves, fluid systems). Derive requirements, produce CAD designs, write assembly/work instructions, assemble and test prototypes, support system integration, and mentor team members through design-to-production and flight qualification.

Lead detailed mechanical design for aerospace actuation products: create and validate 3D models and 2D drawings, manage drawings in Teamcenter, run design reviews, document for regulatory/customer use, support manufacturing supply chain, mentor junior engineers, and drive process improvements using GD&T and Six Sigma principles.

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.

Perform hands-on mechanical design, analysis, and integration for V-BAT aircraft and ground support equipment from concept through production. Produce CAD models and GD&T drawings, validate designs via calculations and FEA, support testing and field operations, troubleshoot issues, and collaborate with Manufacturing, Supply Chain, Quality, Program Management, and Flight Operations to deliver buildable, reliable systems.

Perform structural and thermal analyses (classical and FEA) for EO/IR/RF and precision-pointing products. Build and post-process FEMs, run modal/vibration/shock and heat-transfer studies, and present results. Provide technical leadership, mentor junior staff, and collaborate with multi-discipline design teams to optimize system designs.

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.

Lead design and integration of solid-state power generation devices, manage product development and budgets, recruit and grow an R&D team, drive prototyping and testing, collaborate cross-functionally with R&D and commercialization partners, and ensure compliance with industry standards while advancing the innovation pipeline toward commercialization.

Lead mechanical design, analysis, prototyping, testing, and sustainment of high-reliability defense electronic systems. Create 3D models and drawings, perform tolerance, thermal, structural, and vibration analyses, develop test plans and equipment, troubleshoot manufacturing/test issues, and support production, verification, and new business capture.

Contribute to mechanical design and development for aerospace components. Perform CAD modeling and drawing, FEA simulation (static, fatigue, vibration), sizing, GD&T/tolerance studies, interpret customer requirements, and apply Python for root solving and systems analysis while supporting product development and cross-functional teams.

Develop physics-informed AI surrogates and simulation-accelerating models for aerospace mechanical systems. Create scripted FEA/CFD datasets, integrate surrogates into engineering workflows, collaborate on R&D proposals, and advance NVIDIA physics‑accelerated AI tools for design and analysis.

Lead mechanical design, simulation, analysis and testing of rotating and static turbomachinery components (rotors, stators, blisks, disks, impellers). Perform FEA (modal, vibration, deflection, crack growth, burst, fatigue, thermal, stack), test execution and data analysis, generate engineering documentation, lead design reviews, mentor junior engineers, drive process/tool improvements, and support proposals for commercial and military customers.

Lead design and validation of rugged electronics packaging for defense systems. Perform thermal, vibration, and stress analysis; oversee prototyping, testing, documentation, and compliance with military standards. Mentor junior engineers, coordinate cross-functional integration, manage project planning, risks, schedules, and export-control documentation.

Lead mechanical design, analysis, prototyping, testing, and production for complex defense electronic systems. Develop 3D models and drawings, perform thermal/structural/modal analyses, conduct verification and root-cause investigations, design test equipment, and support requirements and capture activities.

Lead mechanical design for spacecraft and bus from proposal through test and verification. Define mechanical requirements, produce structure and mechanism designs, perform CAD and preliminary analysis, and transition to lead teams (5–40) across design, analysis, test, and manufacturing while coordinating with cross-functional stakeholders, mentoring junior engineers, and supporting proposals for civil and military customers.

Lead mechanical design, analysis, prototyping, test, and production of complex defense electronic systems. Create 3D models/drawings with GD&T, perform tolerance, thermal, structural, and vibration analyses, develop and execute test plans, troubleshoot manufacturing/test failures, design test equipment, and support requirements, trade studies, and new business capture in Agile hardware development.

Lead mechanical architecture and design for connected consumer products from concept through mass production. Mentor mechanical engineers, drive DFM and manufacturing readiness, own system integration of electromechanical assemblies, manage suppliers, run feasibility and reliability testing, and shepherd programs through EVT, DVT, PVT, and MP milestones.

The Mechanical Engineer will manage mechanical systems, oversee vendors, prepare project documents, and collaborate with engineering teams to ensure project success.

Leads complex mechanical engineering projects, guides mechanical system design, performs analyses and simulations, mentors junior engineers, reviews technical documentation, and coordinates with stakeholders. The role supports aerospace and defense systems and requires expertise in CAD, mechanical design, manufacturing, simulation, and technical leadership. Occasional travel and the ability to obtain and maintain a Secret U.S. security clearance are required.