Top Mechanical Engineering Jobs

Design and validate custom tooling, test fixtures, and jigs for high-volume electronics manufacturing. Create CAD models, drawings, BOMs, ECOs, and technical documentation; provide DFM/DFT feedback; perform tolerance analysis; select manufacturing processes; collaborate with engineering teams, contract manufacturers, and vendors; support prototyping, tool release, and pilot builds; and help scale liquid cooling solutions and troubleshoot electromechanical systems.

Design and develop commercial sliding door and glass curtainwall products. Create CAD models, drawings, manufacturing instructions, and test requirements while applying FMEA, GD&T, tolerance analysis, DFM/DFA, and root cause analysis. Lead design and supplier reviews, manage project tasks, collaborate with vendors and manufacturing, develop prototypes, and support product testing. The role also involves technical leadership, product change management, and process improvement.

Designs, prototypes, tests, and improves mechanical components and assemblies for tactical drones and robotic systems. Creates CAD models, engineering drawings, BOMs, tooling, and test fixtures; performs tolerance analysis, DFM/DFA, validation testing, and failure analysis. Collaborates across engineering, manufacturing, and quality teams to transition products from prototype to mass production and resolve manufacturing challenges.

Design and develop mechanical components, assemblies, prototypes, fixtures, and production-ready solutions for advanced scientific instruments. Use SOLIDWORKS to support concept development, testing, verification, validation, reliability qualification, design reviews, manufacturing, pilot builds, and engineering change orders. Analyze experimental data, troubleshoot production issues, develop quality procedures, and lead mechanical engineering project activities with cross-functional teams.

Supports mechanical design, prototyping, testing, and data analysis for enterprise and data center SSDs. Develops CAD models and manufacturing drawings for enclosures, heatsinks, thermal materials, and brackets; performs thermal and environmental reliability testing; analyzes results against storage form factors and compliance standards; and collaborates with electrical, signal integrity, and test engineers.

Designs, analyzes, documents, tests, and supports precision opto-mechanical assemblies, laser systems, and photonic products. Performs structural, thermal, vibration, fluid, and heat-transfer analysis; designs optical flexures and metrology setups; conducts experiments; supports fabrication, procurement, integration, and testing. The role requires extensive mechanical engineering expertise, CAD and quantitative analysis, technical documentation, independent execution, collaboration, and mentoring junior engineers in a startup environment.

Design and execute complex mechanical engineering tasks for optical alignment machines, including CAD design, quantitative analysis, fabrication, integration, testing, documentation, and data analysis. The role involves precision automation, large assemblies, structural and thermal analysis, materials and manufacturing methods, linear stages, instrumentation, and mentoring junior engineers in a startup environment.

Mechanical Engineer 2 executing complex engineering tasks from planning and analysis through fabrication, integration, testing, documentation, and peer review. The role requires mechanical CAD, quantitative analysis, instrumentation, structural, fluids, and heat transfer knowledge. Responsibilities include independent and collaborative engineering work, data collection and analysis, maintaining technical accuracy and quality, and potentially mentoring junior engineers in a fast-paced startup environment.

Performs complex mechanical engineering tasks involving design, analysis, fabrication, integration, testing, documentation, and data-driven decision-making. The role requires expertise in materials, mechanisms, fabrication methods, photonic assembly, structural mechanics, fluids, heat transfer, CAD, Python, and ANSYS Workbench. The engineer will work independently and collaboratively, mentor junior engineers, and help establish engineering practices in a fast-paced startup environment.

Lead mechanical design and development of neuromodulation medical devices from prototyping through manufacturing. Responsibilities include design reviews, prototype development, verification and validation testing, test fixture creation, design control documentation, engineering change orders, manufacturing transfer, continuous improvement, and quality investigations. The role requires advanced SolidWorks expertise, medical device commercialization experience, regulatory knowledge, manufacturing fluency, risk analysis, GD&T, and statistical design methods.

Own mechanical architecture and design execution for new product development and sustaining programs. Develop requirements, risk analyses, verification plans, FEA, tolerance analyses, and mechanical testing. Collaborate with engineers, project managers, vendors, manufacturing, and approvals teams to ensure manufacturability, reliability, safety, regulatory compliance, and traceability. Resolve product and manufacturing issues while implementing risk mitigation and continuous improvement initiatives.

Leads mechanical engineering projects for power connection products, including product development, sustaining engineering, cost reduction, validation, certification, supplier transitions, and production transfers. Serves as a technical leader across global cross-functional teams, mentors engineers, resolves manufacturing and field issues, supports customer engagements, and drives product roadmap and portfolio growth.

Leads mechanical product development teams, mentors 3–15 engineers, supports complex technical projects, solves difficult design challenges, and coaches teams on project management, proposals, statements of work, and budgets. Collaborates with multidisciplinary teams and manufacturing partners to develop products from concept through production using varied manufacturing processes and CAD tools.

Leads mechanical product design and development for automotive shift selectors and related components from concept through production. Performs CAD design, modeling, tolerance and stress analysis, FEA, validation testing, documentation, and design reviews. Collaborates with customers, manufacturing, quality, suppliers, and global engineering teams to resolve technical issues and ensure manufacturability, regulatory compliance, and product quality. Provides technical guidance to other engineers and supports NPI, APQP, DFMEA, PFMEA, and production activities.

Leads mechanical product development projects from concept through production in a consulting environment. Designs and prototypes products, contributes technical expertise, communicates with clients, manages project scope and timelines, collaborates with multidisciplinary teams, and mentors less experienced engineers. The role emphasizes mechanical design, manufacturing processes, rapid prototyping, and development of biomedical, automation, robotics, and other innovative products.

Designs and analyzes electric motor and drive hardware from concept through manufacturing, testing, and troubleshooting. Leads prototype builds, laboratory and field testing, fixture development, and corrective actions. Produces manufacturing-ready drawings, applies GD&T and DFM/DFA principles, and collaborates with suppliers and manufacturing partners. Owns project schedules, costs, requirements, documentation, and communications. Requires hands-on mechanical design and new product development experience, with occasional domestic and international travel.

Design, analyze, prototype, test, troubleshoot, and improve electric motor and drive hardware. Lead prototype builds, lab and field testing, tooling, manufacturing documentation, supplier coordination, and DFM/DFA activities. Create detailed CAD models, drawings, tolerance stacks, and analyses; translate customer requirements into mechanical specifications; manage project schedules and costs; and develop engineering procedures. The role requires hands-on hardware development and occasional domestic and international travel.

Leads mechanical product development, conceptual and detailed design, engineering analysis, prototyping, design reviews, and new product introduction. Collaborates with industrial designers, customers, manufacturing, sales, and engineering teams to resolve technical issues and ensure products meet performance, quality, regulatory, and manufacturability requirements. Performs FEA on plastic and metal designs and supports APQP, DFMEA, PFMEA, testing, documentation, and product release.

Lead mechanical design and testing for coffee brewing products and pod production equipment. Design injection-molded components, prototype and validate mechanisms, integrate and maintain automated manufacturing systems, and transition products from prototype to scaled production. Responsibilities include DFM, supplier collaboration, fabrication, equipment installation, troubleshooting, documentation, and cross-functional support with electrical and embedded controls. The role requires hands-on startup agility and ownership from concept through commercial deployment.

Designs, prototypes, tests, and brings complex mechanical subsystems for autonomous drone dock products into production. Responsibilities include developing CAD assemblies, optimizing designs for manufacturability and assembly, selecting and integrating actuators, planning verification and validation tests, conducting root cause analyses, and collaborating on materials and manufacturing methods. The role also supports production scaling, field issue resolution, and potentially thermal management and product commercialization.

Supports industrial electromechanical products throughout their lifecycle through design improvements, production support, root-cause investigations, cost reduction, product qualification, documentation, and maintenance. Designs high-volume manufacturable components and assemblies, supervises engineering tests, resolves cross-functional product and assembly issues, and applies CAD, GD&T, tooling, molding, machining, and design-for-manufacturing expertise.

Designs, prototypes, tests, and refines mechanical assemblies and electro-mechanical HMI products from concept through production. Creates CAD models, technical drawings, bills of materials, specifications, and engineering change documentation. Selects materials and components, develops tooling and fixtures, analyzes simulations and test data, and collaborates with engineering, manufacturing, sales, quality, and customers to resolve production issues and deliver manufacturable solutions.

Designs, develops, tests, and improves precision mechanical components and assemblies for optical, electro-optical, and infrared products. Responsibilities include mechanical calculations, tolerance analysis, GD&T drawings, prototyping, NPI, manufacturing support, tooling, root-cause investigations, engineering change management, supplier technical evaluations, and continuous improvement. The role collaborates across engineering, manufacturing, quality, supply chain, and program management from concept through production.

Develop and lead mechanical designs for card, passport, and ID printing and personalization systems. Responsibilities include requirements analysis, mechanical calculations, design for manufacturing, CAD modeling, drawings, bills of materials, design reviews, supplier collaboration, prototyping, testing, continuous improvement, and project and team leadership. The role requires hands-on work with injection-molded plastics, sheet metal, machining, electromechanical components, motors, lasers, and sensors.

Design, fabricate, assemble, test, and iterate mechanisms, fixtures, and test rigs for an autonomous robotic pharmacy. Apply first-principles engineering to size components, select materials, analyze tolerances, and validate designs through instrumentation and testing. Create production-ready CAD models and drawings, collaborate with manufacturing suppliers, and integrate mechanical systems with motors, sensors, harnesses, electrical, and software components. Help transition prototypes into reliable systems operating continuously in pharmacy environments.