Top Mechanical Engineering Jobs

Develop and improve aerospace component designs through fatigue, damage tolerance, fracture mechanics, and lifing analyses. Perform data analysis, mechanical testing, material characterization, and life prediction model validation for conventional and additively manufactured metallic and non-metallic components. Use NASGRO, DARWIN, FRANC3D, and ANSYS while collaborating with designers and engineering teams to meet technical, customer, and regulatory requirements.

Designs, analyzes, tests, and supports manufacturing of Terran R primary and secondary flight structures. Responsibilities include developing structural load paths, sizing components, reviewing loads and material properties, releasing drawings, supporting hardware test campaigns, evaluating results, and improving manufacturability. The engineer owns designs from requirements through production using CAD and structural analysis tools, collaborates across teams, and leads projects to completion.

Provide technical leadership and oversight for 24/7 operation of central utility mechanical systems at a multi-building R&D/manufacturing campus. Drive reliability engineering, preventive maintenance, lifecycle management, capital project execution, regulatory compliance (cGMP/GxP), supplier oversight, risk mitigation, and cross-functional collaboration to ensure safe, reliable utilities supporting laboratory and manufacturing operations.

Leads mechanical design and analysis for advanced electronic systems, performing thermal and structural analysis using classical and finite element methods. Creates and evaluates system-level FEMs, 3D models, tolerances, prototypes, and environmental designs. Develops hardware solutions, leads multidisciplinary teams and design reviews, coordinates with engineering and business functions, and supports proposals with hardware, cost, and schedule estimates.

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

Design and certify Mechanical Ground Support Equipment (MGSE) and Special Test Equipment from concept through delivery. Perform CAD modeling and design analysis, interface with analysis teams, support manufacturing/assembly/testing, manage requirements and risks, provide technical oversight of subcontracts, and support sustaining engineering and process improvements.

Design and certify Mechanical Ground Support Equipment (MGSE) and Special Test Equipment from concept through delivery. Perform CAD modeling and design analysis, define interfaces, support manufacturing/assembly/testing, manage requirements and change control, provide technical oversight of subcontracts, and deliver sustaining engineering through first use while meeting cost, schedule, and technical requirements.

Lead and mentor manufacturing engineers in producing flight-ready mechanisms, coordinate cross-functional builds, and provide technical leadership in a rapidly evolving environment.

Lead mechanical design and development of spacecraft structures, mechanisms, and assemblies from concept through flight delivery. Perform CAD modeling, define GD&T, integrate avionics and propulsion, lead design reviews, develop test plans, and mentor junior engineers to ensure launch- and on-orbit-qualified hardware.

Lead material characterization studies using microscopy, mechanical testing, and modeling to inform mechanical design. Validate material performance, troubleshoot failures, collaborate with cross-functional teams, document findings, drive method improvements, and mentor junior engineers.

Lead mechanical design strategy and mentor a team for connected consumer products from concept through mass production. Own mechanical architecture, parts design, system integration, supplier collaboration, DFM, validation (EVT/DVT/PVT/MP), reliability testing, and cross-functional technical leadership to drive high-volume product launches.

Design, develop, and deploy mechanical test fixtures, stands, and integration tooling to validate X-BAT aircraft subsystems. Create CAD models and drawings, perform structural/thermal analyses, support environmental, vibration, and endurance testing, troubleshoot failures, and collaborate with cross-functional teams to improve test efficiency and hardware reliability.

Lead production engineering for spacecraft mechanical structures and mechanisms: develop scalable manufacturing processes, mentor teams, ensure manufacturability, set up factory capabilities, create work instructions, support floor operations, drive continuous improvement, manage suppliers, and oversee GSE calibration and certification to meet cost, rate, and quality targets.

Support mechanical design, analysis, prototyping, testing, and production of EO/IR countermeasure systems. Create 3D models and drawings (GD&T), perform tolerance, thermal, structural, and vibration analyses, develop and execute test plans, troubleshoot manufacturing/test issues, and collaborate across disciplines to meet DFT/DFM and environmental requirements.

The Mechanical Engineer will design, test, and qualify spacecraft components, owning the hardware lifecycle from concept through testing and analysis.

Lead mechanical design and analysis for V-BAT propulsion hardware from concept through production. Design components (engines, fuel/oil delivery, mounts, propeller/duct hardware), perform strength, fatigue, vibration, thermal, and FEA analyses, create CAD models and drawings, execute test and validation campaigns, manage ECOs and configuration, and coordinate with cross-functional teams to resolve failures and integrate designs for flight readiness.

Lead hands-on mechanical engineering projects for aircraft wheel and brake systems. Provide technical leadership, mentor junior engineers, manage schedules/costs, improve designs for producibility, and support commercial and military program development from concept through qualification and production.

Design, analyze, test, and troubleshoot electromagnetic systems for high-reliability space applications. Support procurement, manufacturing readiness, production, supplier and material review board issues, anomaly investigations, documentation for flight programs, and customer presentations. Work onsite in Glendale, AZ.

Lead structural analysis efforts for gas turbine engines and APUs using advanced FEA (ANSYS) and hand-calculation methods. Provide technical oversight, mentor junior engineers, plan manpower and schedules, coordinate projects, ensure compliance, manage risks, and drive process improvements and corrective actions.

Design and develop aero-acoustic mechanical systems for aerospace products. Improve and maintain acoustic analysis and test methods, develop custom software and refine COTS workflows, perform acoustic and aerodynamic analyses and testing, design acoustic components and treatments, support certification, and lead small development projects while collaborating cross-functionally and interfacing with customers.

Design and validate gas turbine inlet/exhaust/nacelle/duct systems using CFD and CHT, perform aerodynamic/thermal testing and data analysis, create CAD models in NX, support customers, and produce technical reports and presentations.

Lead mechanical design, analysis, integration, and testing for propulsion and related systems. Manage system/component development, perform trade studies, interpret test/simulation data, produce technical documentation, represent the organization on projects, and mentor junior engineers to meet performance and safety requirements.

Lead detailed design and optimization of high-pressure turbine components using NX CAD, collaborate with multidisciplinary teams and analysis groups, apply DFM and GD&T, manage projects, mentor junior engineers, and support testing, certification, and stakeholder presentations. Travel up to 10% and relocation support may be provided.

The Principal Mechanical Engineer will lead the design, testing, and troubleshooting of high-reliability military systems, ensuring performance and quality across the product lifecycle. Responsibilities include collaboration with various engineering disciplines, generating models, performing analyses, and managing technical issues.

Design, analyze, and own mechanical/structural engineering packages for spacecraft systems. Serve as Responsible Engineer, produce technical documentation, mentor junior engineers, and coordinate with stakeholders to meet program requirements, schedules, and budgets.