Top Mechanical Engineering Jobs

Designs and analyzes industrial compressor baseplate structures using finite element, wind, seismic, modal, lifting, transportation, and structural analyses. Evaluates load capacity, stresses, deformations, vibration, and structural integrity; identifies deficiencies and recommends improvements. Prepares structural substantiation reports for customer submissions and applies relevant engineering codes and standards. Works onsite with the compressor engineering team to support configured-to-order equipment for industrial and energy-sector customers.

Designs and analyzes industrial compressor baseplates and packaged equipment structures. Performs finite element, wind, seismic, modal, lifting, transportation, fatigue, and blast analyses; evaluates stresses, deformations, load capacity, vibration, and structural integrity. Develops design improvements, reinforcement strategies, and structural substantiation reports for customer submittals while applying applicable engineering codes and standards.

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.

Designs and improves refrigeration and gas compression equipment, including compressor units, components, and systems. Reviews designs and production drawings, ensures compliance with engineering codes, supports design-for-manufacturability and cost reduction, and coordinates technical documentation. Collaborates with sales, manufacturing, suppliers, customers, and engineering partners to resolve issues and meet requirements. Provides technical support through presentations, training, trade shows, job-site visits, troubleshooting, and field service activities.

Designs and validates mechanical components, modules, and chassis for high-density data center networking equipment. Responsibilities include 3D CAD modeling, drawings, BOM and lifecycle management, heat sink and thermal design, airflow and thermal testing, PCB integration, prototype validation, DFM collaboration, manufacturing issue resolution, and sustaining support. The role requires cross-functional collaboration and some travel to Asia and North America.

Design and develop fan rotor hardware and multiple fan stages for advanced jet engines. Perform mechanical design and analysis, document technical data, support manufacturing and procurement, resolve technical issues, present recommendations, review peer work, and lead fan rotor projects. Collaborate with cross-functional teams, technical experts, and external vendors while developing specialized expertise in fan rotor airfoil design and engine integration.

Leads mechanical design and development for gas turbine components and systems from concept through production, validation, field trials, and service. Resolves complex manufacturing and operational issues, ensures design acceptance and producibility, improves reliability, efficiency, cost, and quality, and guides new technologies and engineering processes. Collaborates cross-functionally with engineering, manufacturing, supply chain, testing, marketing, and customer service teams while mentoring others and occasionally interfacing with customers.

Designs customer-specific telescopic and chair seating solutions using 3D modeling, AutoCAD, structural analysis, and FEA tools. Responsibilities include revising drawings, coordinating with project teams, conducting building scans, prototyping and testing designs, producing manufacturing documentation, supporting production and installation, and traveling occasionally to job sites. Requires hands-on mechanical aptitude, structural analysis skills, cross-functional collaboration, and a continuous improvement mindset.

Mechanical Engineering interns support medical device research and development through new product design, product improvements, prototype testing, design verification, fixture development, CAD, FEA, test labs, and root cause analysis. Interns collaborate cross-functionally, document complex processes, research technologies and customer needs, and present findings while gaining practical industry experience.

Mechanical Engineering Intern supporting Stryker’s research and development teams in new product development, product engineering, or test lab activities. Responsibilities may include CAD and FEA work, prototype development, product improvement, fixture design, root cause analysis, design verification testing, process documentation, and presenting technical findings while collaborating with cross-functional teams.

Leads mechanical design and development for drilling-rig equipment from concept through analysis, detailed design, fabrication, testing, deployment, and field support. Creates controlled engineering drawings and documentation, integrates hydraulic, pneumatic, electrical, and controls interfaces, supports fabrication and commissioning, resolves field issues, and incorporates operational lessons into reliable, manufacturable designs. Coordinates cross-functional teams, vendors, and field personnel while managing concurrent projects and mentoring less-experienced staff.

Lead mechanical equipment improvements, reliability upgrades, and system enhancements across a temporary power and climate-control fleet. Responsibilities include CAD modeling, engineering analysis, equipment redesign, legacy upgrade packages, prototyping, commissioning, troubleshooting, root-cause analysis, testing, supplier coordination, and technician training.

Provides engineering support for mission-critical facilities and infrastructure at Fort Greely. Responsibilities include maintenance strategy development, equipment performance analysis, inspections, failure investigations, repair validation, technical documentation, contractor coordination, compliance support, and recommendations for system upgrades and lifecycle planning. The role requires a bachelor’s degree in engineering, 2–4 years of relevant experience, a valid U.S. driver’s license, Microsoft Office proficiency, and the ability to obtain and maintain a Secret clearance.

Designs and improves production-ready drill bits by developing 3D models, drawings, bills of materials, and manufacturing documentation. Evaluates application requirements and product performance through engineering calculations and analysis, recommends design improvements, resolves manufacturing issues, and supports design reviews, engineering releases, and projects. Collaborates with manufacturing, product management, operations, and technology teams while following HSE, quality, legal, and company processes.

Own ground testing for large deployable antenna structures, including test requirements, procedures, fixture development, deployment execution, instrumentation, data analysis, anomaly investigation, and reporting. Design and characterize gravity-offload systems, measure forces, motion, timing, and deployed geometry, and assess repeatability. Collaborate with mechanism and structures teams to correlate test results with deployment models and distinguish hardware behavior from ground-test artifacts.

Designs, tests, troubleshoots, and improves mechanical components and modules for semiconductor and AR waveguide manufacturing equipment. Responsibilities include 3D modeling, CAD/CAE/CAM analysis, technical drawings, supplier and machine-shop coordination, assembly, lab testing, data analysis, safety certification documentation, customer communication, and field support. The role requires hands-on lab work, technical documentation, user training, and compliance with applicable engineering and safety standards.

Designs, analyzes, tests, troubleshoots, and supports advanced marine mechanical systems. Responsibilities include mechanical, structural, thermal, hydraulic, pneumatic, pressure vessel, materials, and fabrication work; model and drawing migration into configuration-management tools; design for manufacturability; equipment installation and testing; technical documentation; and requirements analysis. The role requires rotational customer deployment, including potential sea deployments, and active Top Secret clearance with SCI and Program Special Access eligibility.

Supports U.S. Navy sustainment activities for missile systems by updating existing assets and infrastructure. Responsibilities include managing engineering tasks, clarifying customer requirements, preparing Engineering Change Proposals, revising drawings, conducting failure analyses, recommending corrective actions, and developing quality acceptance documentation. The role is primarily on-site at NSWC Crane and requires coordination with government customers and cross-functional engineering and technician teams.

Design and commission automated machinery for Stack Forging thermal manufacturing systems, bringing products from laboratory development into mass production. Responsibilities include machine and subsystem design, requirements development, CAD and drawing ownership, thermal and conductance analysis, tolerance stack-ups, testing, reliability and process improvements, root-cause analysis, vendor management, and cross-functional collaboration. The role is primarily onsite in Burlington, Massachusetts and requires expertise in vacuum systems, automation, precision machine design, and production equipment.

Designs and analyzes tooling for mechanical and optical spaceflight systems, writes assembly procedures, leads hands-on manufacturing activities with technicians, and supports metrology and environmental testing. The role participates across design, assembly, test, shipping, and customer support within an integrated product team.

Design and analyze tooling for mechanical and optical space flight systems, develop assembly procedures, lead hands-on manufacturing activities, and support metrology and environmental testing. The engineer collaborates across integrated product teams, technicians, and other engineering groups throughout assembly, integration, and test processes. Responsibilities also include materials and hardware selection, mechanical design, tolerance analysis, technical work instructions, shipping, and customer support.

Own mechanical design of robotic subsystems from concept through prototype, testing, and flight hardware. Design test rigs, fixtures, and ground support equipment; produce CAD, drawings, and fabrication packages; conduct structural, thermal, and vibration analyses; plan and evaluate mechanical tests; and collaborate with aerospace, electrical, software, and controls teams to deploy robots in space.

Designs, tests, and supports mechanical components for actuator specialty valves and integrated systems. Responsibilities include engineering analysis, component testing, troubleshooting, process improvement, technical documentation, design reviews, manufacturing coordination, and project scheduling. Senior engineers independently manage complex design activities, support sales and development, apply engineering standards and quality systems, and guide junior engineers and technical staff.

Leads the design, coordination, and delivery of complex mechanical systems for energy and infrastructure projects serving hospital and college campuses. Responsibilities include signing and sealing engineering documents, ensuring technical quality, managing project scopes, budgets, schedules, and deliverables, coordinating multidisciplinary teams, resolving technical challenges, supporting permitting and procurement, mentoring engineers, and contributing to client relationships and business development.

Supports NNSA’s Nuclear Emergency Support Team Standards & Training Program by evaluating field diagnostic data, coordinating with responders and technical teams, improving data quality, and supporting training and exercise coordination. Requires a mechanical engineering degree, strong Microsoft Office skills, clear communication, organizational ability, and eligibility for a DOE Q security clearance. This is an onsite Albuquerque position with up to 20% travel and occasional after-hours exercise support.