Top Mechanical Engineering Jobs

Designs and develops mechanical hardware, packaging, mechanisms, components, and subsystems for advanced electronic defense systems. Performs static, dynamic, thermal, and structural analyses; coordinates prototype fabrication and environmental qualification testing; documents engineering results; prepares drawings, specifications, reports, and design reviews; provides technical direction; and supports product transition and continuous improvement.

Lead the design, development, qualification, and production of infrared detector packaging, cold stages, Integrated Dewar Assemblies, cryogenic hardware, and precision electromechanical systems. Perform thermal, structural, tolerance, and reliability analyses; create CAD models, drawings, specifications, bills of materials, and documentation; apply GD&T; support environmental and qualification testing; participate in customer and design reviews; and provide technical mentorship.

Provides mechanical engineering support for aircraft gas turbine engine and auxiliary power unit repair and overhaul. Diagnoses manufacturing and test-system issues, develops component repair schemes, supports inspection, assembly, testing, and process improvements, and drives reliability, quality, cost, productivity, and turnaround-time gains. Collaborates with operations, customers, and regulatory agencies while participating in Six Sigma, continuous improvement, and standardized aerospace processes.

Supports design, installation, commissioning, inspection, testing, and turnover of mechanical process and piping systems for semiconductor manufacturing facilities. Reviews drawings, specifications, submittals, RFIs, and equipment documentation; coordinates with engineers, contractors, construction teams, and operations; resolves field and technical issues; and recommends improvements to system reliability, efficiency, constructability, and maintainability.

Supports mechanical engineering activities for advanced defense electronics throughout transition to production and product sustainment. Responsibilities include drawing reviews, tolerance analyses, mechanical analysis, change order generation, production yield and affordability improvements, and cross-functional resolution of design and manufacturing issues. The role requires collaboration with engineering leads and manufacturing teams to deliver quality products on schedule.

Supports mechanical engineering activities for advanced defense electronics through production transition and sustainment. Responsibilities include drawing reviews, tolerance and mechanical analyses, engineering change orders, production issue resolution, yield and affordability improvements, and cross-functional delivery support. The role works under senior engineers and subject matter experts while developing solutions for military-platform hardware.

Own manufacturing hardware from design release through delivery, developing build flows, work instructions, test procedures, and scalable production processes. Support first-article builds, troubleshoot hardware and non-conformances, conduct root-cause analysis, provide hands-on floor support, and coordinate design, supply chain, production, and test teams. Contribute to tooling, ERP/MES workflows, production documentation, and continuous improvement for aerospace fluid and mechanical assemblies.

Designs and develops electro-mechanical gaming products, including sheet metal, die-cast, and injection-molded components. Creates 3D CAD models, drawings, bills of materials, assembly procedures, and product release documentation. Evaluates prototypes through assembly and testing, balances cost and manufacturability, resolves complex engineering problems, collaborates with internal and external stakeholders, and may mentor engineers, designers, and technicians.

Owns fluid-system layouts, thermal transport hardware, and mechanical installations for Group 5 UAV aircraft. Designs ram-air circuits, liquid cooling systems, ECS/TMS architecture, brackets, mounts, and supports. Performs fluid, thermal, structural, and tolerance analyses; develops CAD models and drawings; sources components; coordinates suppliers; and builds test setups. Delivers integrated, maintainable hardware in an accelerated aerospace development environment.

Designs, models, integrates, and tests mechanical and thermal solutions for advanced RF subsystems. Responsibilities include FEA and SPICE simulations, SolidWorks modeling, technical drawings, GD&T, tolerance analysis, hardware integration, software support for monitoring and data acquisition, design reviews, fabrication, and qualification testing for DoD applications.

Develops complex aerospace mechanical models, assemblies, cable and harness designs, printed board assembly interfaces, MBD data, and engineering drawings using Creo. Establishes CAD and documentation standards, applies GD&T and ASME standards, manages CAD data in PLM, supports tolerance analysis and design reviews, and collaborates with manufacturing, quality, suppliers, and engineering teams. Mentors peers and supports the transition to model-based enterprise workflows.

Designs, analyzes, prototypes, tests, and launches mechanical systems for next-generation beverage dispensing machines. Translates product requirements into manufacturable technical solutions, integrates mechanical and electrical components, collaborates with cross-functional teams and suppliers, develops reliability tests, manages design risks, participates in design reviews, and mentors others.

Designs and tests mechanical and thermal hardware, electronics enclosures, production tooling, and related components. Responsibilities include tolerance and form/fit/function validation, shock and vibration testing, EMI and safety testing, reliability analysis, fan curve development, power measurements, acoustics, and collaboration with internal and outsourced engineering partners. The role supports cost-effective, reliable product designs and requires knowledge of mechanical design, thermal properties, heat transfer, sheet metal, plastics, and production processes.

Designs, builds, and operates test rigs and ground support equipment for ECLSS fluid, chemical, and electrical control systems. Performs hardware assembly, instrumentation, integration, troubleshooting, data collection, and analysis. Develops test procedures, work instructions, schematics, and DAQ setups while supporting flight-hardware acceptance and qualification campaigns. Collaborates with manufacturing, controls, and responsible engineering teams to transition research testing into standardized production processes.

Leads cross-disciplinary mechanical engineering activities supporting product production and fielded military hardware. Responsibilities include resolving mechanical defects, improving yield and affordability, supporting suppliers, transitioning new products into production, and ensuring timely delivery of quality products. The role requires technical leadership across mechanical, electrical, and RF disciplines, manufacturing experience, supplier collaboration, and strong problem-solving and communication skills.

Supports production and sustainment of engine control electronics by resolving field failures, obsolescence, and cost issues; designing for producibility; interpreting requirements; creating and reviewing technical documentation; managing engineering changes and product configurations; and collaborating with manufacturing teams on reliable mechanical designs and hardware components.

Provides technical leadership for mechanical infrastructure supporting high-performance computing data centers. Owns design standards, reviews HVAC and cooling systems, coordinates multidisciplinary interfaces, directs consultants and suppliers, evaluates reliability and efficiency, and supports inspections, commissioning, factory acceptance testing, and operational handover. Guides engineers and assesses emerging cooling and heat-rejection technologies for future deployments.

Systems Engineer supporting the SLCM-N weapons program and Interface Management team. Responsibilities include defining and allocating weapon system interface requirements, evaluating technical changes, developing interface control and design drawings, and coordinating with government, contractor, and engineering stakeholders. The role requires strong systems and mechanical engineering knowledge, communication, organization, independent initiative, and willingness to travel less than 10%.

Leads mechanical and thermal development for complex server products, including concept design, thermal simulation, cooling solutions, validation, tooling, testing, and production support. Oversees project teams and development partners, evaluates designs against standards, manages vendor relationships, drives technology integration, and mentors engineers. The role focuses on fan and heatsink technology, electronics packaging, sheet metal and plastic parts, CFD, thermal mockups, and system-level thermal performance.

Designs and validates thermal and mechanical solutions for server products, including cooling systems, fans, heatsinks, sheet metal and plastic components. Leads development teams, oversees thermal simulations and mockups, manages design validation, collaborates with vendors and development partners, reviews compliance with standards, drives technology integration, and mentors less-experienced engineers. The role is onsite in Wisconsin and requires some foreign travel.

Design and optimize gas turbine engine and turbomachinery components from concept through production. Perform CAD modeling, engineering analysis, weight optimization, tolerance stack-ups, GD&T, design-for-manufacturing, and cost estimation. Collaborate with multidisciplinary engineering, analysis, manufacturing, and certification teams while supporting product reviews and customer requirements. Mentor junior engineers and contribute to testing, certification, and production support.

Design, analyze, test, troubleshoot, and support manufacturing of motors, tachometers, resolvers, and other electromechanical devices for aerospace and space applications. Responsibilities include electromagnetic modeling, supplier collaboration, qualification and testing support, manufacturing readiness, production support, MRB activities, anomaly investigations, technical documentation, and presenting solutions to stakeholders. The role is fully onsite in Glendale, Arizona and requires U.S. citizenship.

Designs and validates mechanical and thermal hardware, electronics enclosures, production tooling, and related engineering solutions. Develops test plans for tolerances, form, fit, function, shock, vibration, EMI, safety, reliability, acoustics, fan curves, and system power. Collaborates with internal and outsourced partners to deliver reliable, cost-effective, high-quality products. The role requires mechanical design expertise, sheet metal and plastic part development, thermal validation using CFD, and effective technical communication.

Design, simulate, analyze, and test rotating and static turbomachinery components for turbofan, turboshaft, and APU applications. Perform FEA-based modal, vibration, fatigue, thermal, crack growth, burst, and deflection analyses; evaluate test data; document engineering findings; present design reviews; and mentor engineers while improving tools and processes.

Leads mechanical and PCB design for complex RF and high-speed electronic packaging. Performs PCB layouts, fabrication and assembly drawings, engineering changes, component and material selection, parts-list management, mechanical integration, design validation, and manufacturability optimization. Uses ECAD and MCAD tools including Xpedition, Altium, PADS, NX, SolidWorks, and AutoCAD. Supports manufacturing, design reviews, Lean/Six Sigma activities, and team development while ensuring compliance with industry standards and export-control requirements.