Top Mechanical Engineering Jobs

Lead design, analysis, testing, and deployment of advanced mechanical systems for aerospace/defense. Validate designs with simulations, oversee test plans, review technical documentation, integrate with cross-functional teams, and mentor junior engineers.

Lead design, development, testing, and deployment of advanced mechanical systems for aerospace/defense. Perform analyses and simulations, develop test plans, review technical documentation, integrate systems with cross-functional teams, and mentor junior engineers.

Lead complex mechanical engineering projects for ISR and aviation systems, performing high-level analyses, designing mechanical systems, mentoring junior engineers, preparing technical documentation, and collaborating with stakeholders to ensure design, certification, and production success.

Support lifecycle performance, reliability, and maintainability of mechanical/electronic systems. Troubleshoot issues, perform root cause analysis, manage ECRs/ECOs, implement design updates and retrofits, handle obsolescence, update maintenance procedures, support field service and audits, and collaborate with manufacturing, quality, supply chain, and operations to reduce downtime and lifecycle costs.

Design, develop, test, and certify mechanical components and systems for aerospace and defense. Perform analyses and simulations, execute test plans, produce technical documentation, and integrate designs with cross-functional teams to meet regulatory and performance requirements.

Hands-on mechanical liaison engineer supporting aircraft structural modifications in production. Troubleshoots non-conformances, interprets and updates engineering drawings, uses CAD (SolidWorks/CATIA), generates dispositions, advises technicians and remote design teams, and ensures airworthiness and production standards are met.

Lead design, development, analysis, testing, and deployment of advanced mechanical systems for aerospace and defense. Validate and optimize designs with simulations, develop test plans, approve technical documentation, integrate with cross-functional teams, mentor junior engineers, and manage multiple projects. Requires in-depth mechanical engineering expertise and the ability to obtain and maintain a Secret clearance.

Lead complex mechanical engineering projects for ISR and aviation systems. Provide technical guidance, perform analyses and simulations, mentor junior engineers, prepare technical documentation, and collaborate with stakeholders to ensure design, performance, and certification requirements are met.

Design, integrate, and sustain mechanical solutions for tactical compute, HCI, and data-center modernization. Create 3D CAD models and drawings, perform thermal and airflow analyses, support systems architecture and integration, conduct trade studies and testing, and produce technical documentation for DoD deployments.

Design, analyze, prototype, and test mechanical subsystems and rugged server hardware for military applications. Responsibilities include CAD modeling, thermal and structural analysis, fixture and connector design, PCB layout support, verification testing (thermal, vibration, shock, humidity), BOMs, procurement, failure analysis, and managing engineering change documentation through production release.

Design, analyze, and test rugged subsystems and complex PCB assemblies for aerospace/defense. Lead product lifecycle from concept to production, create 3D models and drawings, perform thermal and structural analysis, support environmental testing to MIL‑STD‑810, develop BOMs, manage ECO/ECRs, and collaborate with manufacturing, quality, and procurement.

Lead and perform hands-on mechanical failure analyses, laboratory testing, and field inspections for industrial and consumer products. Communicate with clients and counsel, prepare expert and technical reports, attend hearings, and manage multiple engagements and team activities. Travel as needed. Requires advanced materials characterization expertise and strong report-writing and communication skills.

Lead design, analysis, and testing of rugged electronic module assemblies for aerospace/defense. Perform mechanical packaging, thermal/structural/reliability analyses, create 3D models and drawings, support verification testing, manage BOMs/ECRs/ECOs, and coordinate cross-functional teams from concept to production.

Design, analyze, and improve mechanical systems and components. Create and review 2D/3D CAD and assembly drawings, own mass properties, apply DFx and GD&T, design tooling and fixtures, perform rapid prototyping and tolerance/structural analysis, support integration/flight test and manufacturing, and maintain engineering documentation.

Lead design and development of mechanical systems for military weapons platforms, manage mass properties, prototyping, tooling, integration, testing and flight operations, apply DFx and CAE/CAM, produce technical documentation, mentor engineers, and ensure compliance with standards.

Provide technical engineering support for gas and steam turbines, generators, and balance-of-plant equipment. Duties include troubleshooting, root cause analysis, maintenance strategy development, outage planning and oversight, vendor coordination, economic justification for projects, and fleetwide rotating equipment support while collaborating with operations, maintenance, reliability, procurement, and external vendors.

Design, analyze, and improve mechanical systems and components. Create and review CAD and assembly drawings, support prototyping, tooling, and production, apply DFx and GD&T, perform basic structural and environmental analysis, support build/integration/flight test, and maintain engineering documentation.

Design and engineer custom entertainment and themed-environment mechanical solutions. Create 2D sketches and 3D CAD models (SolidWorks preferred), perform calculations and analyses, produce complete drawing packages and BOMs, estimate materials and fabrication costs, collaborate with designers, engineers, vendors, and project managers, and ensure documentation and fabrication feasibility under tight timelines.

Lead multidisciplinary engineering team to design, analyze, and implement aircraft structural systems and modifications. Manage full product lifecycle, produce design drawings and documentation, ensure compliance with military/FAA/UL standards, drive budget/quality/schedule, and liaise with production, quality, and program management. Provide mentoring and technical guidance.

Design and test mechanical and hydraulic components and subassemblies using CREO/3D CAD and FEA. Create and check drawings, BOMs, EOs, and technical reports. Support prototyping, testing, troubleshooting, production introductions, and manufacturing technical issues. Communicate project status and coordinate with vendors and suppliers.

Design and develop mechanical components and systems across the full product lifecycle. Produce outline and final drawings, apply GD&T, optimize designs for manufacturability, and drive budget, quality, and schedule deliverables. Collaborate closely with Engineering, Production, and Program Management and support implementations through domestic and international travel.

Lead mechanical capital projects for steel fabrication: design mechanical systems, specify and procure equipment, manage budgets/timelines, oversee installation, ensure compliance and coordinate cross-functional teams.

Lead design, budgeting, procurement, and installation of mechanical systems for capital projects in steel fabrication. Specify equipment, create engineering drawings, coordinate vendors, improve processes, ensure code and safety compliance, and manage budgets, schedules, and cross-functional teams. Requires shop floor experience and mechanical design oversight for custom solutions.

Design and develop turbojet engine components using Siemens NX and analysis tools (CFD/FEA). Own product lifecycle from concept, prototyping, and testing to iteration. Collaborate with fabrication, machining, and test teams to ensure manufacturable, high-performance rotating hardware for a small turbine engine in a defense context.

Design, prototype, and iterate mechanical and electromechanical subsystems from CAD to production. Integrate sensors and actuators, run tests and validation, perform analytical modeling and simulations, drive manufacturability and tolerance decisions, and produce technical documentation and test plans.