Top Mechanical Engineering Jobs

Develop advanced mechanical design solutions for consumer technology, medical technology, clean technology, and robotics clients. Collaborate with internal teams, customers, and external partners to solve ambiguous engineering challenges, guide projects, and deliver products from concept through production. The role involves hands-on mechanical engineering, cross-functional teamwork, client support, and working onsite five days per week.

Leads mechanical and electro-mechanical design for rapid prototypes, ergonomic evaluation platforms, and AR/VR product development. Responsibilities include conceptual and detailed design, system assembly, precision mechanisms, motion control, thermodynamics, tooling, fabrication, testing, and technology maturation. Collaborates with hardware, human factors, and R&D teams while managing parallel workstreams, project timelines, compliance needs, and design documentation.

Develop and qualify mechanical parts and supplier manufacturing processes from concept through high-volume production. Analyze machinery and processes, lead DOE and defect root-cause investigations, review DFM and metrology plans, approve FAI and PPAP documentation, define supplier technical and quality requirements, and collaborate with engineering, manufacturing, materials, procurement, and suppliers to improve yield, reliability, and production performance.

Leads Starlink consumer hardware from concept through high-volume production and launch. Responsibilities include mechanical design, system optimization, testing, reliability improvement, production-line development, automation, manufacturing-process refinement, and supply-chain-to-integration lifecycle ownership. The role requires collaboration across engineering and manufacturing teams to deliver cost-effective, reliable products and production systems.

Leads mechanical product development from concept through production, including CAD modeling, prototyping, testing, iteration, engineering analysis, manufacturability, and technical documentation. Collaborates with manufacturing, suppliers, and cross-functional teams to resolve technical issues, manage risks, and develop reliable medical and educational products. Provides technical leadership and mentorship while evaluating materials, components, and manufacturing methods.

Own Starlink consumer hardware from concept through high-volume production and launch. Responsibilities include mechanical design, system optimization, testing, reliability improvement, production-line and automation development, process refinement, and lifecycle optimization across supply chain and final integration.

Designs, analyzes, tests, and supports production of flight-qualified spacecraft electric propulsion hardware. Responsibilities include operating and troubleshooting propulsion test facilities, analyzing test data, leading root-cause investigations, developing qualification plans, improving reliability and production rates, and owning hardware from design through production and qualification. The role is fully on-site, requires up to 10% travel, and supports sensitive national security missions.

Design and develop architectural LED lighting products from concept through production. Responsibilities include mechanical design, prototyping, testing, tolerance analysis, BOM management, vendor coordination, validation, manufacturing transition, design reviews, and production documentation. The role requires collaboration across industrial design, electrical, manufacturing, suppliers, and other engineering teams while optimizing product performance, cost, manufacturability, and reliability.

Supports mechanical product development, enhancements, testing, prototyping, installation, and equipment maintenance for the Bolt iQ product. Manages BOMs, engineering change notices, drawings, and specifications. Performs simulation, failure analysis, quality improvement, and regulatory support while collaborating with engineering, manufacturing, operations, and vendors. Designs electronic enclosures and mechanical components using SolidWorks and related tools, applies fabrication and 3D-printing methods, and supports jigs, fixtures, and operational equipment.

Designs and develops commercial and industrial fan systems, including CAD models, manufacturing drawings, calculations, FEA/CFD analysis, prototypes, validation testing, and technical documentation. Supports manufacturing, customers, feasibility and cost analysis, corrective actions, product improvements, standardization, and cost reduction initiatives. The role also contributes to design guidelines and new product development while collaborating across departments.

Leads mechanical engineering projects for analytical instruments, from concept feasibility and prototyping through new product introduction, manufacturing transfer, and field support. Designs mechanisms, hardware, consumables, fixtures, and documentation while applying tolerance analysis, FEA, GD&T, reliability, and manufacturability principles. Collaborates with scientists, engineers, manufacturers, and vendors; supports compliance, design reviews, system-level problem solving, and innovative product development.

Designs and develops analytical instruments, accessories, mechanical components, assemblies, mechanisms, and fixtures. Responsibilities include concept feasibility, prototyping, documentation, design reviews, manufacturability optimization, manufacturing transfer, vendor collaboration, product support, and compliance with applicable standards. Requires hands-on mechanical design experience, SolidWorks and PDM proficiency, knowledge of diverse manufacturing processes, and experience selecting motors, transmissions, and sensors. Preferred experience includes life sciences instrumentation, microfluidics, opto-mechanical systems, fluidics, automation, and inspection equipment.

Designs and develops mechanical systems and equipment for industrial automation and injection mold applications. Responsibilities include CAD modeling, engineering calculations, prototype oversight, testing, R&D, manufacturing-line optimization, project coordination, documentation, and client communication. The role requires collaboration with cross-functional and global teams and involves on-site work in Loveland, Colorado with up to 10% travel.

Supports mechanical design and development of components, assemblies, and systems using SolidWorks. Produces technical drawings, assembly documentation, and bills of materials; maintains design data; assists with prototyping, testing, manufacturability, production support, troubleshooting, and vendor coordination. Works under senior engineer guidance across multiple projects while maintaining quality, meeting deadlines, and collaborating with cross-functional teams.

Design and develop drivetrain structures for small electric vehicles, from 3D modeling and drawing packages through validation and mass production. Responsibilities include structural, NVH, sealing, and stress analyses; topology optimization; DFMEA development; supplier validation coordination; manufacturing collaboration; and hands-on prototype builds. The role requires expertise in mechanical integration, CAE analysis, loads, materials, GD&T, tolerance analysis, and high-volume manufacturing processes.

Designs and improves mechanical components and assemblies for medical devices from concept through commercialization. Responsibilities include 3D CAD modeling, engineering drawings, prototyping, testing, design verification and validation, materials and manufacturing evaluation, GD&T, supplier collaboration, and production transition. The engineer maintains regulated documentation, participates in Stage-Gate reviews, and collaborates with quality, regulatory, operations, supply chain, and multidisciplinary engineering teams across multiple projects.

Designs and develops mechanical subsystems for rugged, high-volume sensor products from concept through production. Responsibilities include PCB and electrical packaging, enclosures, sealing, connectors, thermal interfaces, prototyping, tolerance analysis, environmental testing, manufacturing design, and thermal and structural simulation. The engineer collaborates with electrical, manufacturing, supply chain, and test teams to deliver validated products for harsh outdoor environments.

Design and develop mechanical systems for Airloom’s utility-scale wind generation technology. Responsibilities include conceptual design, structural, thermal, and fluid-flow analysis, prototype fabrication and testing, manufacturing support, technical documentation, and mentoring junior engineers. The role requires strong expertise in metallic and composite materials, bonding, fasteners, fatigue and ultimate strength, FEA/CFD, design for manufacturing, and transitioning products into scaled production.

Supports mechanical engineering activities for new and existing medical devices, including design history documentation, prototype development, qualification testing, supplier coordination, technical reviews, and regulatory compliance. The role requires engineering drawings, 3D modeling, machining and fabrication knowledge, injection molding familiarity, FEA and CFD experience, and understanding of ISO and FDA requirements for medical product development. This is an onsite position in Somerset, Pennsylvania, with no visa sponsorship.

Designs, develops, validates, and maintains rugged mechanical and electromechanical components for tactical radios and communications equipment. Responsibilities include SolidWorks CAD, thermal modeling, enclosure sealing, GD&T documentation, prototyping, fixtures, manufacturing support, tolerance analysis, and mechanical system requirements. The role collaborates cross-functionally through product development and production while evaluating materials, processes, and design improvements.

Own the full lifecycle of robot Class-A cladding surfaces from concept through mass production. Design thin-walled components, manage tolerances and interfaces, develop CAD models and drawings, coordinate prototypes and validation, interpret FEA and Moldflow results, and partner with suppliers and cross-functional teams. The role emphasizes robust attachment strategies, manufacturability, material selection, craftsmanship, and reliability across polymers, textiles, and composites.

Designs, evaluates, and plans HVAC and other mechanical systems for healthcare, education, science, technology, and commercial projects. Responsibilities include load calculations, energy analysis, equipment selection, field investigations, specifications, technical documentation, code compliance, interdisciplinary coordination, and construction administration. The engineer supports projects from concept through construction while communicating with clients, contractors, and internal teams.

Designs and develops precision mechanical components, assemblies, and complete liquid chromatography instruments from concept through production. Performs mechanical, fluid, thermal, systems, and finite element analyses; leads prototype and preproduction activities; develops electromechanical control logic; applies DFM and GD&T; supports design reviews, regulatory compliance, and transition to volume manufacturing.

Leads mechanical component engineering activities, including design, analysis, evaluation, and technical improvements for aerospace products and systems. Applies engineering principles, solves technical problems, collaborates across teams, and supports project execution. Requires mechanical analysis experience across multiple model types, Ansys software proficiency, Python scripting, an engineering degree, and the ability to obtain and maintain U.S. government security clearance.

Designs, analyzes, and evaluates mechanical components and systems within the Variable Geometry Systems team. The role applies engineering principles to product development and improvement, resolves complex technical problems, recommends solutions, and supports manufacturing and product objectives. The engineer may lead small projects or functional teams, influence technical strategy, and communicate recommendations to internal and external stakeholders. A bachelor’s degree in engineering and at least five years of relevant experience are required.