Top Mechanical Engineering Jobs

Leads mechanical design, finite element analysis, simulation, testing, and documentation for rotating and static turbomachinery components in gas turbine engines. Performs structural, thermal, fatigue, vibration, burst, crack growth, and stack analyses; analyzes test data; supports design reviews and customer proposals; improves engineering tools and processes; mentors junior engineers; and contributes to current and next-generation aerospace products.

Leads mechanical design and thermo-mechanical analysis for aerospace products and systems. Provides technical guidance and mentorship, plans design tasks and schedules, coordinates projects, ensures compliance with specifications and costs, and collaborates on hardware builds and testing. Conducts design reviews, manages engineering changes and configuration control, performs root-cause analysis, develops processes, and supports bids and technical proposals.

Leads mechanical design and structural analysis for static gas turbine engine components. Performs complex finite element, stress, vibration, fatigue, heat transfer, and crack growth analyses; provides technical oversight and mentorship; coordinates projects, resources, schedules, compliance, risk management, design reviews, documentation, and process improvements across global engineering teams.

Leads mechanical analysis and engineering support for aerospace electric power generation products. Responsibilities include mechanical architecture, cooling and rotating-component design, supplier and customer technical support, drawing reviews, root-cause investigations, design-for-manufacturability, compliance, product improvement, technical reporting, mentoring, and hands-on hardware activities. The role works cross-functionally with project leadership, customers, suppliers, manufacturing, and quality teams, with travel as required.

Leads mechanical design, analysis, integration, testing, production, and sustainment of complex military systems. Creates 3D models and drawings, performs tolerance, thermal, structural, vibration, and environmental analyses, develops prototypes and test equipment, troubleshoots manufacturing and test issues, and supports root-cause investigations and corrective actions. The role also contributes to requirements development, trade studies, technology upgrades, test planning, technical reporting, and new business capture in an onsite Agile hardware development environment.

Design and develop complex mechanical and actuated systems for autonomous UAVs, including CAD, structural and kinematic analysis, FEA, tolerance analysis, prototyping, testing, and production release. Collaborate across engineering teams, support aircraft integration and flight testing, ensure reliability and performance goals, mentor junior engineers, and provide technical direction.

Manages internal and external structural, mechanical, and quality testing from test planning through reporting. Develops test plans and procedures, coordinates suppliers and customers, analyzes instrumentation and test data, and verifies measurements including stress, strain, loads, acceleration, temperature, and pressure. The role requires safe work with potentially hazardous equipment, effective project and schedule management, and collaboration across teams in a deadline-driven aerospace manufacturing environment.

Supports the design, analysis, fabrication, assembly, and testing of mechanical and structural aerospace hardware and test systems. Creates CAD models, drawings, fixtures, and test procedures; assists with structural, thermal, and fatigue assessments; performs prototyping, troubleshooting, and design validation; documents results; and coordinates with manufacturing teams and suppliers in laboratory, shop, and field environments.

Supports the design, integration, prototyping, testing, and release of mechanical systems for autonomous aircraft. Responsibilities include CAD modeling, drawings, bills of materials, tolerance analysis, engineering calculations, preliminary FEA, component selection, prototype testing, aircraft integration, troubleshooting, and root-cause analysis. Collaborates with multidisciplinary engineering, manufacturing, and test teams while completing defined tasks under guidance.

Supports the design and development of high-reliability airborne electronic systems through thermal and structural analysis, CAD modeling, GD&T, tolerance analysis, prototyping, and environmental verification. The role coordinates with engineering, procurement, operations, and program management teams while developing expertise in military standards and defense electronics design.

Supports mechanical design and analysis for advanced airborne electronic systems. Performs thermal and structural analysis, 3D modeling, GD&T, tolerance analysis, prototype development, and environmental verification. Coordinates with multidisciplinary engineering, procurement, operations, and program management teams. Requires a mechanical or aerospace engineering degree, CAD experience, strong communication, problem-solving, and teamwork skills. Preferred experience includes Creo, ANSYS tools, additive manufacturing, DFM, digital engineering, and mechanical systems production.

Leads mechanical engineering projects involving facility equipment assessments, requirements development, design, analysis, commissioning, and technical evaluations. Responsibilities include engineering steam, hydraulic, HVAC, piping, rotating, thermal, storage, and pressure-vessel systems; applying DFM/DFA; diagnosing equipment issues; managing schedules, proposals, estimates, suppliers, and design teams; reviewing design packages; and ensuring safety, quality, and budget compliance.

Leads the design, development, integration, testing, and production support of optomechanical military systems. Provides technical leadership for hardware engineering teams and develops mechanical packaging for EO/IR products, including lasers, receivers, fiber optics, sensors, and beam directors. Performs mechanical design, analysis, documentation, FEA, and GD&T work while collaborating across multidisciplinary teams and supporting DoD electronics programs.

Leads multidisciplinary electrical, mechanical, optical, drafting, and firmware engineering teams developing EO/IR electro-mechanical hardware for defense applications. Owns technical execution, cost, schedules, budgets, productivity metrics, design processes, quality, reliability, manufacturability, and customer delivery. Supports proposals and cost estimates while guiding product development for harsh environmental conditions. Requires extensive engineering leadership, hardware development experience, and collaboration with customers, suppliers, program engineers, and business leaders.

Leads the design, development, integration, testing, and production support of opto-mechanical military systems for EO/IR products. Responsibilities include mechanical design and analysis, hardware engineering team leadership, packaging lasers, receivers, sensors, fiber optics, and gimbals, engineering documentation, multidisciplinary collaboration, and production support. The role requires CAD, FEA, GD&T, defense electronics experience, and eligibility for a Department of Defense security clearance.

Supports production and transition-to-production activities for advanced defense electronics. Performs drawing reviews, tolerance analyses, and mechanical engineering assessments; improves product yield and affordability; resolves complex technical issues; and collaborates with cross-functional teams to deliver quality products on schedule. The role also requires presenting technical information, leading task closure, and supporting products throughout the design-to-production process.

Designs and develops manufacturing tooling, fixtures, custom machines, and factory automation equipment for rocket and engine production. Responsibilities include mechanical design and analysis, drafting to ASME Y14.5 standards, collaboration with design and manufacturing teams, and managing tooling projects from vendor selection through fabrication, inspection, installation, and commissioning.

Supports automated manufacturing equipment reliability and continuous improvement in a regulated medical device environment. Troubleshoots mechanical failures, performs root cause analysis, develops design improvements, and supports fabrication, installation, testing, validation, commissioning, and maintenance initiatives. Uses CAD, engineering drawings, calculations, and measurement tools to develop solutions while collaborating with maintenance, controls, manufacturing, and operations teams. Participates in Flex’s Engineering in Training program.

Develops and deploys mechanical test fixtures and systems for product development and mass production. Responsibilities include translating test requirements into robust designs, applying tolerance analysis and GD&T, collaborating with contract manufacturers, leading fixture debugging and root-cause investigations, maintaining CAD and production documentation, and supporting NPI and production builds. The role also integrates electrical and instrumentation elements, evaluates fixture capability using manufacturing data and statistical methods, and drives cross-functional fixture improvements.

Design and optimize mechanical systems for building and process projects, including HVAC, plumbing, DDC, compressed air, and alternative energy systems. Responsibilities include developing drawings and calculations, evaluating existing systems, reviewing submittals, conducting job-site visits, applying energy modeling, coordinating with clients and contractors, and ensuring code-compliant, constructible solutions. The role also requires ownership of technical deliverables, client communication, continuous improvement, and support for energy efficiency and sustainable design initiatives.

Leads mechanical and optomechanical design, development, integration, testing, and production support for military EO/IR systems. Provides technical leadership for hardware engineering teams and works with lasers, receivers, fiber optics, sensors, beam directors, and gimbals. Performs mechanical analysis, documentation, GD&T, and multidisciplinary product development using CAD and FEA tools. Requires DoD electronics experience and eligibility for a security clearance.

Leads the design, development, integration, testing, and production support of optomechanical military systems. Provides technical leadership for hardware engineering teams developing EO/IR products involving lasers, receivers, fiber optics, sensors, and beam directors. Performs mechanical design and analysis, documentation, GD&T, and multidisciplinary collaboration while supporting DoD product development and manufacturing. Uses CAD and FEA tools and contributes to engineering presentations and processes.

Leads the design, development, integration, testing, and production support of opto-mechanical military systems. Designs and analyzes hardware for EO/IR products including lasers, receivers, fiber optics, sensors, and beam director gimbals. Provides technical leadership to hardware engineering teams, develops engineering documentation, applies mechanical design and analysis principles, and collaborates across multidisciplinary teams. The role is hybrid, requiring onsite work three days per week, and supports DoD programs.

Leads the design, development, integration, testing, and production support of opto-mechanical military systems. Works with EO/IR technologies including lasers, receivers, fiber optics, sensors, and beam directors. Provides technical leadership for hardware engineering teams, performs mechanical design and analysis, develops engineering documentation, and collaborates across multidisciplinary teams. Requires experience with DoD electronics, CAD/FEA tools, engineering processes, and eligibility for a Department of Defense security clearance.

Lead HVAC mechanical engineering for industrial and process facilities from concept through construction documents. Design chilled water, boilers, steam, cooling towers, compressed air, plumbing, and wastewater systems. Mentor junior engineers, coordinate vendors and procurement, review shop drawings, and ensure code-compliant, value-based designs.