Top Mechanical Engineering Jobs

Design, fabricate, procure, integrate, and support mechanical and fluidic system components and instruments for manufacturing R&D. Troubleshoot, repair, calibrate, upgrade, and test equipment; collaborate cross-functionally, document results, analyze data, and present findings.

Support design and analysis of building mechanical systems (HVAC, piping, plumbing) for industrial and government facilities. Assist senior engineers with calculations, equipment selection, drafting, code compliance, drawing development, construction support, project documentation, and site visits while following QA procedures.

Lead mechanical design, analysis, and testing of key assemblies for superconducting power systems. Own concept-to-production mechanical and thermal designs, perform FEA and structural assessments, define requirements and qualification testing, support cryogenic integration and deployments, and mentor junior engineers.

Design and develop manufacturable mechanical systems for modular infrastructure including frames, enclosures, weldments, sheet metal, and equipment layouts. Create fabrication and assembly drawings, BOMs, perform sizing and tolerance analysis, support prototype builds, testing, troubleshooting, and manufacturing integration. Apply DFMA principles and support continuous improvement with up to 10% travel.

Lead mechanical design and technical execution of complex modular infrastructure systems from concept through production. Perform engineering analysis, design reviews, prototyping, testing, and root-cause investigations. Provide technical leadership, resolve manufacturing issues, and support documentation, standards, and continuous improvement.

Perform forensic mechanical engineering and vehicle accident reconstruction investigations, analyze component failures and crash dynamics, produce detailed technical reports, collaborate with multidisciplinary experts, document billable hours, and provide expert testimony for legal and insurance matters.

Drive mechanical design, prototyping, and validation of experimental electrochemical cell architectures from concept to test. Perform engineering analysis (FEA, CFD, tolerance stacks), manage prototyping (in-house and vendor), maintain design records, and mentor junior staff while partnering with battery scientists and materials researchers to de-risk early-stage product concepts.

Lead implementation of dimensional management and GD&T standards (ASME Y14.5-2018), own tolerance analysis workflows, ensure manufacturability and serviceability, drive standards adoption across design, quality, manufacturing and supply chain, mentor engineers, and maintain engineering standard operating procedures for high-volume production.

Design, build, and deploy lab test equipment and test stands for iron-air battery cells, modules, and supporting electronics. Develop mechanical and fluid handling systems, perform engineering analysis (FEA, heat transfer, fluid mechanics), collaborate with electrical and operations teams to diagnose and keep tests online, create documentation and change management, train technicians, and ensure safety.

Lead design, prototyping, and integration of mechanical subsystems for iron-air battery packs. Build thermal analytical models, validate first-of-a-kind prototypes, optimize for manufacturability and cost, manage vendor and manufacturing handoff, collaborate with electrical/controls, and mentor junior engineers while championing lab safety.

Lead design, prototyping, and testing of the hydrogen management subsystem for iron-air batteries. Build analytical fluid models, validate first-of-a-kind prototypes, enable design for high-volume manufacturing, engage vendors, collaborate with controls/electrical teams, mentor junior engineers, and work with compliance to achieve safety certification.

Lead mechanical architecture and end-to-end design for next-generation iron-air energy storage systems, spanning thermal, fluid, and structural subsystems. Drive first-principles modeling, prototype builds, test campaigns, supplier engagement, and design-for-manufacturing to scale products from concept to high-volume production while ensuring safety and cross-functional alignment.

Lead electromechanical design for high-voltage battery power systems including busbars, cables, harnesses, isolation, grounding, enclosures, and safety interlocks. Perform thermal, structural, and manufacturability analyses, run RCAs, create drawings and manufacturing instructions, and take designs from concept to high-volume production while collaborating across engineering teams and supporting test-stand safety.

Lead structural analysis using Ansys FEA and hand calculations for utility-scale energy storage hardware. Define analysis methodology and pass/fail criteria, create calculation tools, validate designs through testing and FEA correlation, perform failure root-cause analysis, and collaborate with designers to optimize for manufacturability, cost, weight, and reliability.

Lead electromechanical design for battery power systems including high-voltage distribution, grounding, harnessing, enclosures, and safety interlocks. Drive design from concept to mass production, perform multi-physics and mechanical analysis, optimize high-voltage joints and busbars, create drawings and manufacturing instructions, support test-stand safety, and mentor cross-functional teams.

Lead process improvement for high-volume mechanical assembly: mentor technicians, track OEE/yield/cycle time, troubleshoot equipment, drive CI projects, and feed manufacturing insights into systems design to improve throughput, quality, and ergonomics.

Design, prototype, and validate electrolyte and water management subsystems for large-scale iron-air batteries. Use fluid-flow modeling, lead design reviews and vendor engagements, fabricate first-of-a-kind prototypes, collaborate with cross-functional teams, and transition designs to high-volume manufacturing while ensuring safety and manufacturability.

Lead design, prototyping, and release of module and enclosure components focusing on manufacturability, weight, cost, and performance. Drive CAD/BOM change management, DFMEA and risk reduction, supplier engagement, validation testing, and production transition support.

Design and document mechanical systems for CNC and automation solutions using 3D CAD; integrate peripherals; support project planning, testing, troubleshooting, cost control, supplier evaluation, ECOs, and cross-functional implementation. Provide technical support to sales, service, distributors, and customers; drive continuous improvement and ensure compliance with safety and industry standards. Travel required ~20%.

Provide mechanical engineering support for EPC projects from scope through construction, startup, and return to service. Tasks include piping design, stress analysis, material specifications, layout and detail design, vendor drawing review, field data collection and construction support, and mentoring junior staff while ensuring code compliance, safety, and constructability.

The Mechanical Engineer will design mechanical systems for telescopes and collaborate with multidisciplinary teams, conducting simulations and supporting product lifecycle.

Lead mechanical design and integration for test, assembly, and characterization equipment for high-power lasers and co-packaged optics. Collaborate with R&D, manufacturing, product engineering, and cross-functional teams to optimize production, ensure quality, and meet schedules. Oversee automated test systems, motion and vision systems, thermal management, and instrumentation for both R&D and mass production.

Design, develop, validate, and release precision mechanical components and assemblies for semiconductor test equipment. Build and troubleshoot prototypes, perform tolerance and basic FEA analysis, support probe card mechanical design, lead failure investigations, and collaborate with manufacturing, quality, and R&D to ensure manufacturability, reliability, and scalable production releases.

Senior electro-mechanical engineer responsible for specifying connectors and cable assemblies, managing electro-mechanical BOMs, designing 3D cable routing and rack enclosures, ensuring EMI shielding and thermal stability for photonics, collaborating with electrical engineering on PCB-to-enclosure integration, performing tolerance and FEA analyses, mentoring junior engineers, and implementing engineering practices in a fast-moving startup.

Support development and manufacturing of consumable fluidic flowcells for DNA sequencing. Perform SolidWorks design support, dimensional and surface metrology, component testing and quality inspections, inventory and lab support, and collaborate with cross-functional teams on process development and assembly.