Top Mechanical Engineering Jobs

Lead mechanical architecture and design of autonomous mobile robots from concept to high-volume production. Own subsystem design, integration with electrical and software teams, improve electromechanical reliability, deploy cargo handling hardware, mentor engineers, and establish scalable DFM/DFA processes.

Lead mechanical engineering design for equipment, piping, and process systems; prepare specifications, calculations, and drawings; review vendor documents; manage projects, budgets, and teams; perform site and vendor visits; ensure HSSE compliance and apply codes (ASME, API).

Lead mechanical engineering design for equipment, piping, and process systems. Prepare specifications, sketches, calculations, and review vendor drawings. Manage projects, budgets, schedules, and discipline-specific estimates. Perform site and vendor visits, enforce HSSE standards, and mentor or lead multi-discipline project teams.

Lead and deliver complex mechanical engineering designs for piping, equipment and systems. Prepare specifications, calculations, drawings review, vendor inspections, site visits, manage projects, budgets, risk assessments, and client relationships.

Design, analyze, and deliver spacecraft separation and interfacing mechanisms across the product lifecycle. Own conceptual design, sizing and strength calculations, CAD and manufacturing drawings, hardware development, qualification testing, requirements generation, trade studies, and compliance with relevant launch standards. Collaborate cross-functionally and improve processes.

Design, develop, and modify mechanical layouts, tooling, fixtures, and specifications. Troubleshoot complex mechanical issues, perform engineering analyses and tests, lead projects, coordinate procurement and manufacturing, and document engineering work while ensuring adherence to standards and cross-functional communication.

Lead and coordinate mechanical engineers and fitters across water and wastewater sites. Deliver planned and reactive maintenance, complex repairs, overhauls and asset replacements (pumps, pipework, valves). Provide on-site supervision of employees and subcontractors, ensure safety and compliance (RAMS, permits, test reports), act as customer contact, and support standby cover and travel when required.

Design and develop mechanisms for satellite production, owning projects from concept to completion, while partnering with flight design and managing multiple tasks in a fast-paced environment.

The role involves designing, developing, and evaluating mechanical components, creating technical specifications, leading design reviews, and ensuring system quality for large aperture antenna systems for DoD customers.

Design, analyze, test, and deliver high-reliability mechanical hardware for a large satellite constellation. Own product lifecycle from concept through high-volume production and on-orbit operation, drive DFM, perform environmental testing, and collaborate on system-level requirements and optimization.

Design, specify, and evaluate bulk solids handling systems including pneumatic and mechanical conveying. Develop GA drawings, equipment datasheets, PFDs/P&IDs, perform material flow and sizing calculations, prepare vendor packages, support FEED through commissioning, and ensure compliance with safety codes and explosion/dust-control requirements.

Lead end-to-end mechanical hardware design for a large-scale satellite constellation, including deployable radiators, large solar arrays, fluid distribution, and high-volume producibility. Drive system requirements, rapid design iteration, testing, DFM, supply chain/product lifecycle, and on-orbit performance. Own delivery from concept through production and launch, ensuring reliability, manufacturability, and cost-effective high-volume production.

Manage thermal management component programs for automotive customers, support product development, design/process validation, PPAP, DFMEA/DRBFM activities, conduct failure analysis and testing, collaborate with cross-functional teams, and coordinate development with China headquarters.

Design and support steam turbines, gearboxes and generator sets for ship/submarine propulsion. Develop concepts through detailed design, drawings, analyses, trade studies, manufacturing support, testing, and technical briefings. Provide production engineering and sustainment on existing contracts.

Design, develop, and support mechanical systems and launch-equipment hardware for a defense/aerospace program. Create CAD models and 3D drawings, perform stress and dynamic analyses, verify designs via modeling and tests, produce design documentation, support lifecycle phases, mentor junior engineers, and participate in reviews and customer interactions.

Design mechanical and electromechanical test hardware and systems including automated handling equipment, panels, fixtures, consoles, RF receivers, and cooling solutions. Perform CAD modeling, requirements verification, thermodynamic and structural considerations, lab test connections, troubleshooting, anomaly resolution, and design-for-manufacture while supporting cost and program constraints.

Design and develop mechanical systems and launch-equipment hardware for the Sentinel program. Create Siemens NX CAD models and 3D drawings, perform analysis and testing, support lifecycle phases, present technical reports, mentor junior engineers, and assist IPT lead with schedule and design leadership for aerospace/mechanical systems.

Lead design, development, build, and test validation of ruggedized electro-mechanical/opto-mechanical electronics for military applications. Manage schedule and budget, lead engineering teams, produce requirements-to-test deliverables, present at design reviews, mentor junior engineers, and contribute to process improvement and technical proposals.

Design, develop, test, and support precision mechanical hardware (3U VPX chassis/systems) for defense sensor products. Create CAD models, drawings, BOMs, GD&T, and manufacturing instructions; develop and execute mechanical qualification tests; support production troubleshooting; collaborate cross-functionally and mentor junior engineers to ensure high-reliability, manufacturable designs.

Design and support precision mechanical components for inertial navigation systems. Create drawings, GD&T, BOMs, and manufacturing instructions; develop and execute vibration/thermal/shock tests; provide production support, root-cause analysis, and mentor junior engineers. Collaborate across engineering, program management, supply chain, and manufacturing to ensure high-reliability inertial products.

Lead mechanical engineer for Major Maintenance Vehicles: coordinate suppliers, review and approve designs and subcontract deliverables, integrate with product teams, participate in design reviews, and oversee supplier test and verification to support successful qualification events.

Lead mechanical engineering efforts for Environmental Control Systems: decompose requirements, generate specifications, perform HVAC heating/cooling calculations, select equipment, produce design/analysis artifacts, review supplier drawings, and support procurement and design reviews across multidisciplinary teams.

Lead mechanical/test design for electromechanical systems including panel, fixture, console, and component design; thermodynamic and cooling analysis; electromechanical integration; requirements verification; troubleshooting and anomaly resolution; support automated handling equipment, RF receivers, and lab test setups. Role requires clearance eligibility and on-site presence.

Lead design, build, and test validation of ruggedized electro-mechanical/opto-mechanical electronics for military applications. Manage schedule and budget, solve technical problems, support full product lifecycle from requirements to environmental test, lead engineering teams, interface with stakeholders, and coach junior engineers. Role requires ability to obtain government Secret clearance and Special Program Access.

Design and develop mechanical systems and launch equipment for ICBM/launch programs. Create CAD models and 3D drawings, perform stress and dynamic analyses, verify designs via simulation and test, support lifecycle phases, and present technical documentation to customers and stakeholders.