Top Mechanical Engineering Jobs

Leads complex mechanical and thermal product designs for liquid cooling, thermal management, and heat exchanger systems. Partners with architects, suppliers, customers, and global engineering teams; oversees prototypes, verification, design reviews, technical trade-offs, production release, and design innovation. Mentors engineers, manages distributed teams, resolves complex design issues, and leads projects from concept through production. The role may be remote in the United States or onsite in Austin, Texas, with up to 30% domestic or global travel.

Leads mechanical design and development for advanced imaging and optomechanical systems. Responsibilities include designing precision mounts, flexures, autofocus modules, motion-control systems, and stable structures; integrating and testing systems; applying GD&T, simulation, FMEA, DoE, and manufacturability principles; and guiding products from concept through prototype, verification, commercialization, and production support.

Performs sustaining mechanical engineering with moderate independence for medical device manufacturing equipment. Responsibilities include production troubleshooting, NCR and CAPA investigations, ECN execution, DVT/VT and FAI support, BOM issue resolution, CAD/PDM and ERP documentation updates, testing, corrective actions, and process improvement. The role collaborates with engineering, production, quality, procurement, and operations teams and provides day-to-day guidance to interns or Level I engineers.

Develops mechanical and thermal solutions for parametric test instruments within the ADV93K platform. Responsibilities include 3D CAD modeling, PCB and cable integration, manufacturing drawings, PLM configuration management, BOM maintenance, ECO processing, prototype vendor coordination, thermal analysis, FEA, and design verification from concept through production. The role requires cross-functional collaboration with software, electrical, application, manufacturing, and global mechanical engineering teams.

Designs, documents, tests, and oversees fabrication of production mold reinforcement, assembly jigs, fixtures, and vessel-assembly tooling. Develops tolerances, process controls, bills of materials, cost estimates, process instructions, and vendor specifications. Audits tool maintenance, supports production issue resolution, trains shop and launch personnel, coordinates with project teams, and manages schedules and milestones while ensuring safety and quality compliance.

Leads mechanical engineering for tire manufacturing equipment, including machine design, installations, upgrades, continuous improvement, risk assessments, fabrication, testing, commissioning, and operational support. Manages projects ranging from $50,000 to $5 million, coordinates vendors and contractors, develops engineering drawings and bills of materials, and ensures safety, quality, schedule, and budget requirements are met. The role is primarily plant-floor based in a high-temperature, high-noise manufacturing environment.

Supports product development, supplier qualification, and failure analysis through laboratory testing, test fixture design, engineering data analysis, and technical reporting. Applies mechanical engineering principles to evaluate durability, vibration, fatigue, materials behavior, and system performance. Collaborates with engineers and technicians, presents findings, and helps improve testing methods and laboratory capabilities.

Designs, documents, tests, and oversees fabrication of production mold reinforcement, assembly jigs, fixtures, and vessel tooling. Develops tolerances, process controls, bills of materials, cost estimates, and process instructions. Audits tooling, coordinates with project teams, supports production issue resolution, and provides direction and training to shop and launch personnel. Ensures schedules, milestones, safety requirements, and quality standards are met.

Designs, develops, and implements mechanical equipment and automated machinery for manufacturing operations. Leads engineering projects from concept through installation, validation, production handoff, and continuous improvement. Conducts feasibility studies, cost analyses, equipment recommendations, testing, and corrective actions. Collaborates with production, maintenance, quality, and engineering teams to improve safety, ergonomics, quality, manufacturability, and efficiency while maintaining technical documentation and compliance with engineering, production control, and EHS standards.

Designs, develops, tests, and analyzes mechanical and electromechanical hardware for NASA, aerospace, human spaceflight, and DoD programs. Responsibilities include CAD modeling, manufacturing drawings, tolerance analysis, stress and thermal analysis, test fixture design, technical documentation, risk assessment, and participation in design reviews. The role supports prototypes, test hardware, flight-certified hardware, and spaceflight systems while collaborating with multidisciplinary engineering, production, quality, safety, and program teams.

Designs, analyzes, qualifies, and improves mechanical and electromechanical products for electronics manufacturing. Reviews customer specifications, performs mechanical analysis and testing, evaluates vendors and materials, supports design reviews, and develops engineering estimates and statements of work. Provides technical leadership, mentors engineers and designers, maintains design standards, supports innovation and cost reduction, and collaborates cross-functionally with customers and engineering teams.

Own the cradle-to-grave design, analysis, fabrication, testing, documentation, and integration of pressurized and unpressurized aerospace structures for advanced propulsion space vehicles. Define systems and requirements, establish load cases, support qualification campaigns and production ramp-up, and collaborate with propulsion, avionics, GNC, manufacturing, test, thermal, and loads teams. Apply structural analysis, materials knowledge, design-for-manufacturing, reliability improvements, and verification methods to deliver flightworthy hardware.

Design and analyze turbomachinery and rotating equipment using FEA, hand calculations, and rotordynamic evaluations. Collaborate with customers and cross-functional teams on product development, manufacturing, testing, commissioning, and field support. Review drawings, select materials and components, support proposals and root cause analyses, and improve equipment reliability, manufacturability, cost, and design processes. The role is hybrid in Bethlehem, Pennsylvania, with minimal travel.

Designs HVAC and mechanical systems for complex mission-critical, life sciences, commercial, and academic projects. Develops design criteria, calculations, concepts, specifications, and construction documents; supervises mechanical and HVAC teams; coordinates with architects, owners, and project partners; and provides construction-phase services including submittal reviews, RFI responses, site observations, meetings, punch lists, and reporting.

Designs and improves mechanical and electromechanical systems from concept through installation. Responsibilities include analyzing requirements, developing thermal, hydraulic, and mechanical solutions, coordinating fabrication and testing, troubleshooting equipment, evaluating field performance, integrating hardware and software, and communicating technical findings. The role requires a Mechanical Engineering degree, strong design and analytical skills, collaboration, and 2–5 years of relevant engineering experience.

Design ruggedized equipment packaging integrating electrical and mechanical components. Perform thermal simulation and environmental analysis, create manufacturing drawings and data packages, collaborate with suppliers on component quality and reliability, and optimize circuit card layouts for thermal performance. The role also requires cross-functional engineering collaboration, technical feedback, and status reporting.

Develops and validates advanced thermal management products, including heat pipes, vapor chambers, thermosiphons, and refrigeration systems. Responsibilities include thermal analysis, CFD modeling, CAD design, prototype testing, laboratory experiments, technical documentation, customer proposals, sales support, presentations, and mentoring junior engineers and technicians.

Develops and maintains system-level mechanical and thermal architecture requirements for IT infrastructure products. Reviews mechanical layouts, 3D models, assemblies, and thermal integration for compatibility, serviceability, manufacturability, and interoperability. Establishes standards and architectural guidance across business units, supports air- and liquid-cooling technologies, interprets thermal simulation results, and translates lessons learned into reusable engineering practices. Collaborates cross-functionally, manages multiple projects, and evaluates emerging data center technologies and materials.

Leads mechanical architecture and system integration for rack-scale AI infrastructure, GPU platforms, networking systems, optical connectivity, and air- or liquid-cooled systems. Defines rack layouts, mechanical interfaces, packaging, cable management, cooling integration, manufacturability, serviceability, and design requirements. Collaborates with electrical, thermal, power, silicon, software, manufacturing, product, and ODM teams to drive system integration, validation, cost optimization, and production readiness.

Designs, develops, tests, and troubleshoots electro-mechanical systems and devices. Develops test methods, test beds, and testing protocols; analyzes sensor and system performance data using Python; supports design reviews, reliability testing, integration, manufacturing processes, and root-cause analysis. Documents defects, tracks their lifecycle, communicates findings, and prepares technical engineering reports. Experience in regulated medical device or aerospace environments is preferred.

Designs and specifies custom specialty equipment for the DOE Y-12 National Security Complex, including gloveboxes, furnaces, vacuum systems, and casting or machining equipment. Produces build-to-print fabrication and procurement packages, performs mechanical design analyses, and leads multidisciplinary engineering teams. The role requires extensive experience with custom machine design, industry codes, procurement documentation, and 3D CAD modeling using PTC Creo or SolidWorks.

Designs and coordinates mechanical and electrical building systems in BIM environments using Revit. Produces layouts, schematics, schedules, shop drawings, and project documentation while maintaining version control and incorporating field changes. Coordinates MEP subcontractors, resolves design issues, supports change-order budgeting, orders materials, and interfaces with customers, sales, project managers, and shop teams. May conduct site visits and inspect installations. Ensures designs comply with specifications, safety requirements, building codes, and quality documentation standards.

Lead mechanical design, development, and manufacturing of modular gas-to-methanol process equipment. Create 3D models, manufacturing drawings, assembly instructions, SOPs, and work instructions; translate process diagrams into fabrication workflows; support prototyping, testing, quality improvement, root cause analysis, vendor coordination, and scalable production. Mentor teams and collaborate across engineering, procurement, and manufacturing while ensuring compliance with applicable mechanical, electrical, safety, and quality standards.

Designs and optimizes robotic actuator systems while leading systems engineering across the product lifecycle. Responsibilities include defining architectures and requirements, managing interfaces, integrating mechanical, electrical, software, and controls systems, conducting trade studies and risk assessments, leading verification and validation, maintaining technical documentation and configuration control, and supporting manufacturing transition. The role is primarily onsite in office, lab, and test-track environments, with occasional domestic and international travel.

Designs and documents mechanical and plumbing systems for diverse building projects. Performs system sizing, load calculations, engineering analysis, and technical documentation while coordinating with architects, contractors, field personnel, and multidisciplinary engineering teams. Supports projects from concept through construction, ensures compliance with codes and specifications, develops efficient design solutions, and provides technical guidance to junior staff.