Top Mechanical Engineering Jobs

Maintains and operates mechanical, electrical, power generation, HVAC, refrigeration, plumbing, and building control systems in a data center. Performs preventive, predictive, and routine maintenance, equipment inspections, repairs, service requests, emergency response, and operational documentation while following safety procedures and critical-environment standards.

Designs and supports mechanical packaging, enclosures, structures, cooling systems, components, and fixtures for defense and aerospace power electronics. Performs thermal and structural FEA, develops test apparatuses and procedures, analyzes test data, maintains engineering documentation, leads design reviews, supports manufacturing, and collaborates with electrical, production, machine shop, and customer teams.

Designs mechanical structural components for wind turbines, including towers, castings, forgings, fabrications, and rotating components. Coordinates interfaces across engineering teams, develops drawings and sourcing specifications, performs technical risk assessments, executes validation testing, and supports field issue resolution. This early-career role includes mentorship and training in component development, testing, and root cause analysis.

Develops, optimizes, and scales manufacturing processes for complex autonomous defense systems and electromechanical assemblies. Responsibilities include creating assembly methods, tooling, fixtures, work instructions, quality controls, and production documentation; supporting NPI and prototype-to-production transitions; leading lean improvement and root cause initiatives; troubleshooting production issues; collaborating with engineering, quality, production, supply chain, and vendors; and training production personnel.

Develop and sustain mechanical designs for lighting fixtures, managing VAVE projects from design through production. Responsibilities include CAD modeling, BOM configuration, document control, manufacturability improvements, production support, ECR/ECO execution, and coordination with engineering, manufacturing, quality, sales, and global teams. The role also supports pilot builds, custom production work, product reliability, and continuous improvement of existing product lines.

Plans and performs laboratory, compliance, development, and field testing for powersports vehicles. Instruments vehicles, operates data acquisition systems, analyzes test data, communicates results, develops test procedures, and supports equipment design, calibration, repair, and maintenance. Maintains accurate test records and laboratory standards while collaborating with engineering teams to validate product quality, durability, performance, and reliability.

Designs, develops, tests, documents, and sustains mechanical components and assemblies for robotic surgery accessories. Responsibilities include requirements definition, FMEA and risk mitigation, CAD and FEA, prototyping, tolerance analysis, root-cause troubleshooting, engineering test planning, design for manufacturability, regulatory documentation, and collaboration with manufacturing, suppliers, clinical teams, and human factors specialists.

Manage engineered-to-order lighting product designs, testing, documentation, and order flow. Support prototype builds, product expansions, cost and inventory reduction initiatives, product discontinuations, warranty and quality requests, and product portfolio updates through technical drawings and 3D models. Collaborate with manufacturing, product management, quality, sales, marketing, and engineering teams.

Designs, tests, and optimizes closed-loop cooling systems for medium-voltage drives, power electronics, and transformers. Develops cooling architectures integrating pumps, condensers, fans, tanks, cold plates, sensors, and controls. Troubleshoots cooling failures, designs transformer ventilation features, performs thermodynamic and dynamic modeling, and uses SolidWorks to create manufacturable 3D mechanical models.

Lead end-to-end mechanical design, development, integration, and testing of spacecraft propulsion tank hardware. Responsibilities include CAD and drawing development in Creo, GD&T, interface closure, requirements definition, verification planning, design reviews, build and test support, issue resolution, and supplier coordination. The role requires aerospace hardware experience, pressure vessel familiarity, and ownership across the full development lifecycle.

Leads end-to-end design, development, integration, and testing of spacecraft mechanical components and subsystems. Creates Creo CAD models and drawings, applies GD&T, closes mechanical interfaces, supports assembly and test troubleshooting, develops verification evidence, participates in design and test reviews, and coordinates with suppliers. Requires strong flight hardware development experience and ownership throughout manufacturing, integration, and qualification.

Designs and integrates mechanical hardware systems and assemblies for the Sentinel Program. Develops 3D models, control drawings, product data packages, and design artifacts using Siemens NX and CPLM tools. Performs trade studies, supports requirements derivation and structural analysis, resolves technical issues, and contributes to critical design reviews. Collaborates with systems, software, electrical, compliance, and hardware engineering teams while supporting procurement and release of hardware designs.

Provides mechanical engineering and in-service engineering support for hypersonic weapons systems throughout their sustainment lifecycle. Responsibilities include technical manual development, engineering change proposals, configuration management, redline drawings, logistics assessments, risk documentation, change control boards, fleet issue resolution, technical reviews, and coordination with Navy and government stakeholders. The role is fully remote with monthly travel and requires an interim Secret clearance with the ability to obtain a Secret clearance.

Design and deliver mechanical components and systems for small satellite propulsion from concept through production; generate CAD models and production drawings; collaborate with electrical, fluids, analysis, test, and production teams; source components and vendors; support customer reviews and documentation.

Leads advanced mechanical engineering activities for power generation systems. Provides specialized technical expertise, guides teams, plans complex projects, resolves multidisciplinary engineering problems, presents technical subjects to senior leaders and regulators, and makes long-range decisions affecting organizational goals. Requires extensive engineering experience, an ABET-accredited engineering degree or approved equivalent, and preferably a Professional Engineer license.

Leads mechanical systems design integration for the Sentinel weapon system. Reviews 3D CAD models and interface control models, identifies and resolves design, requirements, and interface gaps, supports systems-of-systems integration, manages technical risks, and coordinates cross-functional engineering activities. Develops interface products, conducts trade studies and integration planning, supports testing and verification, mentors engineers, and engages internal and external stakeholders across the aerospace and defense program.

As a Mechanical Engineer, you'll design mechanical components, manage supplier relationships, and ensure compliance, moving designs from prototype to production.

Leads mechanical design and analysis for advanced electronic systems, performing thermal and structural analysis using classical and finite element methods. Creates and evaluates FEMs, 3D models, tolerance analyses, prototypes, and hardware solutions. Leads multidisciplinary design teams and critical design reviews, coordinates with engineering and business functions, and supports proposals with hardware baselines, cost estimates, and schedules.

Leads spacecraft and ground-based harness architecture, mechanical and electrical design, component selection, routing, analysis, integration, testing, and anomaly resolution. Establishes design standards, interfaces, and verification practices while ensuring compliance with aerospace workmanship and environmental requirements. Provides technical authority, leads design reviews and MRB investigations, mentors engineers, supports strategic decisions, and drives process improvements across complex space missions.

Own spacecraft mechanical subsystems and critical ground support equipment from requirements and trade studies through design, build, qualification, and production. Responsibilities include CAD and drawing release, structural analysis and FEA, prototyping, hardware testing, anomaly resolution, supplier technical execution, and cross-functional integration. The role also provides technical leadership, design reviews, mentoring, and support for vibration and thermal vacuum testing.

Own mechanical spacecraft hardware and ground support equipment from requirements through design, procurement, fabrication, assembly, verification, testing, and production support. Create controlled CAD, drawings, bills of materials, and interface definitions; perform calculations, tolerance analysis, and structural FEA. Build prototypes and test fixtures, support vibration and thermal vacuum testing, investigate anomalies, coordinate with suppliers and cross-functional teams, and resolve manufacturing and integration issues.

Lead mechanical architecture and product design for next-generation electronic products from concept through production. Develop structures, displays, acoustic, battery, antenna, and thermal systems; research materials and manufacturing processes; collaborate with industrial design; and lead internal teams, suppliers, consultants, and manufacturing partners. Apply DFM, DFA, GD&T, tolerance analysis, CAD, statistical methods, and mechanical engineering analysis across diverse consumer, automotive, and computing products.

Design and prototype mechanical parts and subassemblies for home robots, conduct component and accelerated testing, create production drawings, perform tolerance analysis, and support tooling, DFM, supplier, and first-article activities through mass production. Collaborate across mechanical, electrical, firmware, software, and industrial design teams while troubleshooting failures and improving hardware reliability.

Leads the architecture, mechanical design, modeling, prototyping, testing, and manufacturing scale-up of air handling systems for utility-scale iron-air batteries. Oversees thermal-flow analysis, first-of-a-kind prototype validation, cost and reliability optimization, actuator and sensor integration, vendor collaboration, design validation, and cross-functional technical strategy. Mentors engineers and establishes mechanical engineering and laboratory safety practices.

Design, analyze, test, and qualify mechanical mechanisms and actuators for large deployable space structures. Own mechanism subsystems from requirements and architecture through flight qualification, produce CAD models and design documentation, conduct classical and FEA analyses, lead testing and anomaly investigations, and collaborate on spacecraft integration. Mentor junior engineers, establish design standards, and optimize cost, manufacturability, reliability, and performance.