Top Mechanical Engineering Jobs

Leads mechanical design and development of precision instrumentation for biodefense, clinical, and life-science applications. Oversees cross-functional teams, prototyping, testing, troubleshooting, systems integration, manufacturing fixtures, design documentation, and assembly procedures. Develops requirements, test protocols, and design controls while working with vendors and quality teams. Ensures compliance with ISO and FDA cGMP processes and supports electromechanical, fluidics, thermal management, molded, machined, and sheet-metal component design.

Industrialize mechanical component suppliers for high-volume energy products. Responsibilities include supplier audits, capacity analysis, process approvals, PPAP and FAI, part qualification, NPI builds, dimensional and quality reviews, nonconformance resolution, 8D investigations, supplier scorecards, DFM/DFA feedback, sourcing strategy, and supplier performance improvement. The role is fully onsite in San Francisco with 30% international travel to supplier sites.

Leads the design, prototyping, testing, and manufacturing of mechanical components and assemblies for aerospace thermal protection systems. Works with metallics, composites, elastomers, soft goods, and engineered finishes; develops manufacturing processes, documentation, and build plans; investigates defects and material failures; and drives root-cause corrective actions. Collaborates across engineering, manufacturing, quality, and program teams to ensure product performance, manufacturability, scalability, and compliance with aerospace and defense standards.

Provides mechanical design, drafting, layout development, engineering investigations, and proposal support for continuous casting and steelmaking equipment. Coordinates layout efforts across design, engineering, automation, and sales teams; selects and adapts reference equipment; supports aftermarket service and revamp proposals; and serves as a customer liaison. Requires a mechanical engineering background, at least five years of industrial steelmaking equipment experience, and proficiency with AutoCAD and Creo.

Design and develop mechanical systems for humanoid robots, owning products from concept and CAD modeling through prototyping, manufacturing, testing, and deployment. Perform simulations, structural analyses, tolerance studies, and performance evaluations. Create technical documentation, collaborate with manufacturing partners, and work hands-on in the lab. Partner with electrical, software, controls, UX/UI, and industrial design teams to integrate complex robotic systems.

Develops mechanical engineering solutions for products, parts, and assemblies. Creates CAD models, production documentation, and designs using DFM, DFA, and DFQ principles. Performs modeling, simulation, measurement, and design research; supports fabrication, prototyping, quality, and continuous improvement. Reviews peer work, mentors junior staff, manages deliverables, presents to clients, and contributes to scope, schedule, and cost management.

Lead end-to-end mechanical design and production scale-up for complex robotic modules. Develop electromechanical architectures, components, assemblies, and mechanisms optimized for reliability, manufacturability, cost, and high-volume production. Apply DFM/DFA, tolerance analysis, GD&T, materials and structural design expertise. Collaborate with engineering, manufacturing, quality, tooling teams, suppliers, and contract manufacturers to validate designs, resolve production issues, and transition products from prototypes through full-scale manufacturing. Provide technical leadership and establish scalable mechanical design standards.

Own supplier development and manufacturing readiness for mechanical components and assemblies. Lead supplier qualification, DFM/DFA and drawing reviews, GD&T, tolerance analysis, tooling qualification, process improvement, cost reduction, corrective actions, and production ramp activities. Assess supplier capabilities across welding, molding, die casting, fabrication, sheet metal, thermal components, and related processes while partnering with supply chain, engineering, NPI, reliability, and manufacturing teams. Frequent domestic and international travel is required.

Design and validate mechanical parts and assemblies for medium-voltage power electronics systems. Responsibilities include CAD modeling, 2D drawings, structural and thermal analysis, prototyping, testing, manufacturing-process design, and collaboration with electrical, manufacturing, reliability, and supplier teams. The intern will support components from initial concept through high-volume production.

Design, analyze, prototype, test, and validate mechanical parts and assemblies for medium-voltage power converters. Own designs from concept through high-volume production, using CAD and first-principles analysis. Collaborate with electrical, manufacturing, test, reliability, and supplier teams while supporting mass-manufacturing processes and hands-on product development.

Develops electromechanical hardware for spaceborne radar payloads through requirements, mechanical and thermal design, fabrication, testing, qualification, and spacecraft integration. Performs structural, vibration, thermal, and tolerance analyses; creates 3D CAD and ASME-compliant drawings; evaluates manufacturing technologies; manages schedule and integration requirements; and mentors junior engineers. The role supports ruggedized PCB, avionics, RF, power, and mounting systems for harsh environments including Low Earth Orbit.

Design and deliver high-volume, outdoor-rated industrial enclosures for power converters. Responsibilities include 3D CAD and 2D drawing creation, first-principles structural and tolerance analysis, prototyping, testing, and design ownership from concept through production. Collaborate with mechanical, electrical, manufacturing, reliability, and supplier teams while developing mass-manufacturable parts using sheet metal, plastics, fastening, sealing, welding, and other production processes.

Design, prototype, fabricate, test, and iterate high-consequence mechanical hardware for pulsed power systems. Responsibilities include DFM, FDM and SLS 3D printing, transitioning prototypes to cast or injection-molded parts, designing high-voltage test fixtures, and packaging complete systems. The role emphasizes hands-on building, complex CAD modeling, rapid learning, and safe work around high voltage and energetic materials.

Develop consumer outdoor products from concept through production. Create 2D and 3D SolidWorks designs, engineering drawings, BOMs, and specifications; apply GD&T, DFM, and DFA principles; build and test prototypes; analyze validation results; resolve manufacturing challenges; and collaborate with designers, project managers, suppliers, factories, and cross-functional teams to deliver manufacturable, reliable products.

Leads mechanical product development for regulated healthcare products, including design, analysis, prototyping, testing, optimization, risk management, and design verification and validation. Translates customer and regulatory needs into product requirements and engineering solutions. Supports NPI phase reviews, manufacturing transfer, commercialization, design documentation, root-cause investigations, and intellectual property development while collaborating with cross-functional teams, suppliers, and external partners.

Designs and improves robotic hardware using structural and thermal FEA, mechanical CAD, DFx, testing, and root-cause analysis. Translates simulations into design recommendations, investigates failures, creates drawings, and supports manufacturability, cost, assembly, reliability, and safety improvements. Collaborates with clients, suppliers, and manufacturing partners while presenting technical tradeoffs and managing engineering deliverables onsite in Bellevue.

Designs and develops robotic mechanical systems, mechanisms, actuators, transmissions, end-effectors, and integrated electromechanical subsystems. Responsibilities include requirements translation, architecture, component selection, SolidWorks assemblies and drawings, tolerance analysis, prototyping, testing, troubleshooting, and design release. The engineer presents tradeoffs and technical risks while coordinating with electrical, firmware, software, and systems teams. This is a hands-on, on-site role requiring at least eight years of product-development experience.

Design, model, fabricate, and validate mechanical components for wireless optical communication terminals. Solve thermo-mechanical, environmental, materials, packaging, and thermal-management challenges; support photonics and precision steering integration; drive reliability testing; and help manufacturing partners ramp products to volume production.

Lead mechanical design of critical robotic-product subsystems from requirements and architecture through detailed design, validation, tooling, production ramp, and reliability. Own tolerance strategies, manufacturing tradeoffs, supplier tooling, failure investigations, and corrective actions. The role requires hands-on engineering judgment, high-volume injection-molding expertise, production-ramp experience, and mentorship of other engineers in a fast-paced home robotics startup.

Designs mechanical parts and sub-assemblies for home-cleaning robots from concept through high-volume production. Responsibilities include CAD, prototyping, component testing, accelerated life testing, production drawings, tolerance analysis, GD&T, supplier collaboration, tooling reviews, first article inspection, and field-failure debugging. The engineer works cross-functionally with electrical, firmware, software, and industrial design teams while supporting manufacturing and quality processes in a fast-paced robotics startup.

Designs turbomachinery package systems and components using Creo, including piping, hoses, brackets, fuel, lubrication, and starting subsystems. Produces mechanical interface drawings, bills of materials, and production documentation; coordinates with suppliers and internal teams; supports field issue resolution and Lean process improvement. Applies structural and system analysis while managing multiple project deadlines in an onsite team environment.

Designs water and wastewater systems, including pumping, process and mechanical piping, valves, and process equipment. Ensures projects meet quality, schedule, and budget requirements while collaborating effectively with clients and teams. Requires an engineering degree, 8+ years of technical experience, and PE registration. The position is based in Milwaukee and does not offer visa sponsorship.

Designs water and wastewater systems, including pumping, process and mechanical piping, valves, and related process equipment. Responsible for delivering quality engineering work on schedule and within budget while communicating effectively with clients and team members. Requires an engineering bachelor’s degree, 8 or more years of technical experience, and Professional Engineer registration.

Designs water and wastewater systems, including pumping, process and mechanical piping, valves, and related process equipment. Ensures projects are delivered with quality, on schedule, and within budget while communicating effectively with clients and colleagues. Requires an engineering bachelor’s degree, 8+ years of technical experience, and Professional Engineer registration. Participation in relevant professional associations is preferred.

Designs water and wastewater systems, including pumping systems, process and mechanical piping, valves, and related process equipment. Ensures projects are delivered accurately, on schedule, and within budget. Requires an engineering degree, 8+ years of technical experience, PE registration, and strong communication skills.