Top Mechanical Engineering Jobs

Lead mechanical design and integration of ruggedized electronics, effectors, structures, enclosures, and mechanisms into ground- and sea-mobile aerospace and defense platforms. Own the full product lifecycle from architecture and CAD through analysis, prototyping, qualification, production transition, and sustainment. Provide technical leadership, conduct structural and thermal assessments, manage interface documentation, support customer and supplier coordination, and resolve complex cross-disciplinary integration issues.

Lead new product introduction from design transfer through full-scale production. Drive manufacturability, pilot builds, production ramp-up, scalable processes, line layouts, Lean improvements, cycle-time reduction, PFMEA, tooling, and manufacturing equipment deployment. Collaborate with design, supply chain, quality, and operations teams to meet cost, quality, delivery, and capacity goals while sustaining project results.

Designs, modifies, and improves manufacturing equipment, tooling, fixtures, and mechanical systems. Creates CAD models and technical drawings, specifies mechanical components, troubleshoots equipment, performs root-cause analysis, and improves reliability, safety, quality, and productivity. Supports equipment procurement, installation, commissioning, new product launches, risk assessments, and manufacturing documentation. Collaborates with production, maintenance, quality, safety, suppliers, and engineering teams. Occasional domestic and international travel is required.

Lead multiple engineering systems projects, develop requirements and specifications, and design, code, test, and implement automation programs using Visual Basic and C#. Enhance mechanical configurators and electrical CAD tools, troubleshoot system issues with cross-functional teams, maintain engineering applications, and train users. The role supports electrification products and may require occasional evening or weekend work for production problem resolution and programming support.

Design and develop engine and powertrain components for snowmobiles and off-road vehicles. Responsibilities include creating CAD models and drawings, applying GD&T, performing tolerance stack-ups and engineering analyses, developing prototypes, overseeing assembly, preparing validation plans, and maintaining BOMs and engineering change documentation. The role also supports vehicle integration, engine mounting, NVH improvements, service manuals, and cross-functional manufacturing and quality activities.

Design end-to-end production machines: mechanisms, end effectors, fixtures, and tooling in Onshape. Prototype with 3D printing and machining, integrate motion, actuators, controls, and vision, then bring machines to production, measure cycle time and reliability, and iterate to improve performance and manufacturability.

Serves as the primary engineering lead for production-related mechanical and electromechanical issues. Troubleshoots manufacturing problems, supports non-conformance disposition, approves deviations, and transitions products from development to full-rate production. Creates manufacturing documentation, performs DFM/DFA reviews, supports RCCA, ECOs, supplier issues, production readiness reviews, and continuous improvement. Requires expertise in mechanical systems, drawings, CAD, GD&T, manufacturing processes, configuration management, IPC standards, and defense-related requirements.

Designs custom mechanical equipment and systems using CAD, analysis tools, and engineering software. Creates models, assemblies, drawings, dimensions, and tolerances while ensuring compliance with customer requirements, codes, safety standards, and manufacturing constraints. Collaborates with engineering, manufacturing, quality, and supply chain teams to deliver practical, cost-effective designs. Performs engineering calculations, resolves design issues, supports projects, and contributes to continuous improvement.

Designs and analyzes aircraft structures, payloads, and ground support equipment. Develops prototypes, performs stress analysis, coordinates manufacturing and testing, supports aircraft installations, prepares cost and schedule estimates, and ensures compliance with government and FAA guidelines. Provides field support and oversight of fabrication, testing, documentation, and junior engineering activities.

Leads complex mechanical engineering projects involving HVAC, plumbing, piping, energy systems, and facility infrastructure. Reviews and approves calculations, specifications, reports, and deliverables; ensures code and regulatory compliance; advises clients and project teams; investigates equipment failures; develops engineering standards; mentors staff; and contributes to technical presentations, business development, and quality improvement.

Architect mechanical systems and sub-assemblies for a novel robotic haircare product, taking designs from CAD through production. Collaborate across mechanical, electrical, industrial design, manufacturing, suppliers, and users. Lead engineers, establish engineering standards, manage CAD systems, and drive hands-on development involving mechanisms, mechatronics, prototyping, DFM/DFA, mass manufacturing, and user-centered design.

Lead mechanical and systems engineering for HaloBraid, owning machine architecture and major subassemblies from CAD through pilot and production. Identify design, tolerance, assembly, serviceability, and dependency issues; establish testing and decision frameworks; apply DFM/DFA principles; support supplier and contract-manufacturer handoff; review designs; collaborate across electrical, industrial design, manufacturing, and suppliers; and mentor engineers.

Manage semiconductor and industrial construction projects from planning through execution. Responsibilities include developing schedules, monitoring budgets, managing change control, coordinating cross-functional teams, maintaining governance and reporting, ensuring quality and safety compliance, and engaging clients and consultants. The role also supports stakeholder communication, business development, and capture of project learnings.

Supports assembly, installation, commissioning, operation, and maintenance of accelerator beamlines and related vacuum, cooling, pneumatic, and radiochemistry systems. Collaborates with design, physics, operations, vendors, and technicians; manages subsystem delivery, testing, documentation, budgets, schedules, and troubleshooting. Provides technical reporting and staff training while maintaining strong safety practices.

Designs and develops satellite mechanical systems and mechanisms from concept through production and on-orbit operations. Responsibilities include requirements development, system optimization, CAD and analysis iteration, design for manufacturability, production lifecycle planning, environmental and performance testing, and ownership of product delivery through launch. The role collaborates across engineering, supply chain, manufacturing, vendors, customers, and partners.

Performs quality engineering and product testing in a manufacturing environment. Designs inspection and test equipment, develops test and control plans, conducts capability studies and audits, analyzes quality data, supports SPC programs, leads 8D problem solving, assists supplier qualification, and ensures compliance with regulatory and industry standards. The role also supports testing timelines, trains team members, and travels domestically and internationally for supplier and problem-solving activities.

Leads advanced mechanical engineering across satellite, UAV, launch vehicle, and airborne-platform programs. Develops mechanical systems, structures, mechanisms, and assemblies; directs structural, thermal, tolerance, manufacturability, verification, qualification, and validation activities. Resolves complex technical issues, guides root-cause investigations and engineering changes, supports manufacturing and supplier evaluations, improves reliability and quality, advances engineering methods, and mentors engineers across multiple programs.

Leads advanced mechanical engineering across multiple aerospace and space technology programs. Develops mechanical systems, structures, mechanisms, and assemblies; conducts structural, thermal, tolerance, and design analyses; and leads verification, qualification, validation, and testing. Guides root-cause investigations, engineering changes, manufacturing and supplier evaluations, and technical reviews. Serves as a senior technical resource, mentors engineers, and advances engineering methods, manufacturability, reliability, quality, and product performance.

Supports the design, implementation, installation, and commissioning of automated material handling systems. Responsibilities include mechanical design, feasibility assessments, vendor collaboration, project coordination, technical support, documentation, on-site testing and training, troubleshooting, and root cause analysis. The role works across projects involving components, conveyors, robotics, and other automated machinery, with travel required for installations and customer support.

Designs and implements automated material handling systems throughout their lifecycle, including concept development, detailed mechanical design, feasibility analysis, installation, commissioning, troubleshooting, testing, and training. The role manages multiple projects, creates technical documentation, supports business development, coordinates vendors, and performs root cause analysis. Requires collaboration with customers and onsite travel for installations and system support.

Design, develop, optimize, and integrate semiconductor-grade equipment and automation systems for diamond wafer production. Collaborate with vendors, manufacturing teams, and process engineers to improve throughput, efficiency, and reliability. Create equipment documentation and troubleshooting procedures while performing hands-on fabrication, assembly, tolerance analysis, and equipment development.

Supports mechanical design and development of networking hardware from concept through production. Responsibilities include creating CAD models and drawings, applying GD&T and engineering analysis, participating in prototyping, testing, qualification, failure investigation, and root-cause analysis. The role collaborates with electrical, thermal, manufacturing, reliability, supply chain, and supplier teams while supporting DFM/DFA, documentation, production builds, and troubleshooting. It is designed for a recent mechanical engineering graduate developing hands-on product design expertise.

Design and package modular industrial heat-pump systems for production. Responsibilities include creating 3D CAD layouts, detailed drawings, BOMs, and controlled releases; designing piping, structures, supports, and interfaces; performing engineering calculations; leading DFMA and cost-reduction efforts; coordinating suppliers and external specialists; supporting fabrication, commissioning, troubleshooting, validation, and field issue resolution.

Own the mechanical integration and packaging of AtmosZero’s 1 MW industrial steam heat pump systems. Responsibilities include equipment layouts, process piping, structures, supports, enclosures, lifting and service access; integrating multidisciplinary hardware; creating 3D assemblies, drawings, BOMs and supplier packages; supporting fabrication, assembly and testing; resolving build issues and ECOs; and improving modular, repeatable designs for future production units.

Own the mechanical integration of high-speed compressor assemblies into a 1 MW industrial heat pump. Responsibilities include developing models, drawings, BOMs, interfaces, and installation requirements; coordinating rotating equipment components; supporting suppliers, fabrication, assembly, commissioning, and testing; resolving mechanical issues; managing engineering changes; and improving designs for manufacturability, reliability, serviceability, and production readiness.