Top Mechanical Engineering Jobs

Assist in mechanical engineering design services, create 3D models, assemble prototypes, perform tests, and support product development processes.

Supports mechanical product development across the product lifecycle. Responsibilities include developing mechanical concepts, creating 3D models and 2D drawings, building and assembling prototypes, conducting basic material and prototype testing, recording and presenting results, and performing preliminary tolerance, thermal, and structural analyses under senior engineer guidance.

Mechanical Engineering Intern supporting product development across the lifecycle. Responsibilities include developing mechanical concepts, creating 3D models and 2D drawings, assembling prototypes, conducting basic material and prototype testing, recording results, and performing preliminary tolerance stack-up, thermal, and structural analyses under senior engineer guidance.

Designs, develops, verifies, and troubleshoots mechanical components and assemblies for rugged electronics. Creates drawings and performance requirements, performs mechanical and fluid calculations, uses simulation tools, supports manufacturing and testing, and ensures designs are producible and compliant with standards. Provides peer reviews, technical assistance, customer and field support, mentors new hires, and leads small engineering projects.

Designs mechanical automation equipment from requirements through installation, ensuring manufacturability, specifications, budget, and timelines are met. Responsibilities include reviewing project requirements, creating design and installation documentation, coordinating with project teams and equipment assemblers, supporting the lead engineer, and tracking engineering time. Requires a mechanical or electronics/electrical engineering background and 3–5 years of automation equipment design and installation experience.

Mechanical Engineering Intern supporting development projects under senior engineer supervision. Responsibilities include design modifications, documentation, test and verification procedures, time estimates, product and process improvements, manufacturing floor support, and communicating design concepts through hand sketches. Candidates should understand design-for-assembly, design-for-manufacturing, tolerancing, drafting standards, and parts production and assembly methods.

Lead design, architecture, and deployment of custom manufacturing equipment. Translate process requirements into scalable mechanical systems, drive build vs. buy decisions, prototype and commission hardware, and establish practices for equipment development. Report to CEO, shape technical roadmap, and grow a mechanical engineering and equipment organization.

Owns continuous improvement for robotic actuator products by investigating field and manufacturing failures, leading root cause and corrective action analyses, and implementing design changes through ECOs. Collaborates with production, testing, and global manufacturing partners to improve reliability, manufacturability, and product maturity. The role also contributes to technology roadmaps, prioritizes complex projects, and mentors teams. Requires 10–20% international travel.

Designs and engineers mechanical material-handling and warehouse automation systems. Responsibilities include translating customer specifications into 2D and 3D designs, clash detection, spatial and system calculations, equipment specification, safety compliance, documentation, and coordination with electrical, controls, supply chain, installation, and site teams. Supports site surveys, installation, and commissioning, with domestic travel up to 50%.

Design and review mechanical drawings for shipboard systems, support shipyard production, manage engineering changes, coordinate across disciplines, verify as-built conditions, and assist with testing and commissioning. The engineer will work in both office and shipyard environments, resolving constructability issues and providing field-driven solutions while ensuring compliance with applicable ABS, USCG, and NAVSEA requirements.

Leads end-to-end mechanical design, integration, production transition, and sustainment of missile and UAV launcher systems across mobile ground and maritime platforms. Responsibilities include mechanical architecture, electro-mechanical interfaces, environmental and thermal protection, mechanisms and actuation, safety features, military standards compliance, platform integration, subcontract technical management, testing, and resolving cross-disciplinary hardware issues.

Leads mechanical and HVAC design projects, mentors staff, performs QA/QC reviews, selects equipment, develops specifications and controls sequences, conducts energy and life-cycle cost analyses, evaluates contractor pricing and value engineering, manages project work plans, and visits project sites to resolve construction issues. Ensures code compliance, design quality, risk management, and delivery of multiple projects within budget.

Designs mechanical systems for mission-critical and commercial building projects. Responsibilities include load calculations, equipment selection, HVAC and hydronic system design, code compliance, specifications, drawings, sequences of operation, studies, reports, QA/QC, submittal reviews, RFI responses, work planning, budget management, client coordination, and mentoring design staff.

The Senior Mechanical Engineer will design and oversee mechanical systems for infrared test equipment, ensuring compliance and performance in collaboration with teams, while mentoring junior engineers and being hands-on with CAD and prototyping.

Lead mechanical design and development projects for forestry and biomass-processing equipment from concept through completion. Collaborate with sales, manufacturing, service, suppliers, and customers; maintain and update engineering drawings for configuration control; document design changes; troubleshoot systems; identify cost-saving opportunities; and support continuous improvement. The role involves hands-on work with fabricated steel, weldments, engines, drivetrains, hydraulics, and electronic controls.

Leads mechanical design and development projects for forestry and biomass processing equipment, from concept through completion. Supports sales, manufacturing, service, and operations through technical guidance, drawing and configuration control, troubleshooting, design updates, cost reduction, and continuous improvement. Works with steel fabrication, weldments, engines, drivetrains, hydraulics, and electronic controls while maintaining accurate engineering records and managing multiple projects.

Provide mechanical systems engineering support for centrifuge manufacturing: support construction and systems testing, develop manufacturing process documentation (FMEA, control plans, work instructions), lead process development and improvements, support equipment/tooling design, troubleshoot and drive corrective actions, produce technical reports, and help generate system design requirements while ensuring regulatory compliance.

Lead design, analysis, development, and testing of aerospace electromechanical and pneumatic products, including bleed air valves and linear actuators. Drive technical execution across product lifecycle phases, lead design reviews and validation, solve product-level problems, and provide technical direction within an Integrated Product Team. Collaborate cross-functionally to meet performance, quality, cost, and schedule objectives.

Design and document mechanical system modifications for Learjet, Challenger, and Global aircraft. Coordinate with suppliers, customers, and multidisciplinary engineering teams on requirements, configuration, design reviews, trade studies, certification, troubleshooting, root-cause analysis, and implementation. Support bids, statements of work, production investigations, and aircraft system completion while ensuring compliance with FAA, EASA, TCCA, and CFR Part 25 requirements.

Design and analyze complex mechanical and electromechanical products from concept through production. Develop CAD models, fabrication drawings, engineering requirements, hardware architectures, tolerance analyses, and simulations. Design molded, sheet metal, and machined components; specify and source off-the-shelf components; and support mechanisms, motion control, systems bring-up, and cross-functional integration. Work with teams to establish supply chains and plan manufacturing and delivery.

Designs and develops commercial and industrial refrigeration systems, including schematics, component sizing, heat-load calculations, thermodynamic analysis, equipment layouts, and bills of materials. Reviews designs during manufacturing, recommends modifications, supports troubleshooting, and ensures systems meet quality, cost, energy-efficiency, customer, and schedule requirements. Collaborates with engineering, manufacturing, procurement, sales, service, and customers.

Three-month Mechanical Engineering internship at Rio Tinto Kennecott in Salt Lake City. The intern will troubleshoot, maintain, and help manage mechanical assets and systems, including conveyors, grinding mills, pumps, valves, motors, hydraulics, tanks, pressure vessels, and piping. Candidates must be enrolled at an accredited U.S. university, have completed at least one year of mechanical engineering or a related field, possess work authorization, and hold a valid driver's license.

Lead mechanical HVAC and piping design for entertainment, hospitality, healthcare, and commercial projects. Mentor junior staff, oversee QA/QC, review calculations and code compliance, select equipment, develop specifications and control sequences, prepare studies and life-cycle cost analyses, coordinate with contractors, assess value engineering, manage project risks, and monitor work plans, deliverables, budgets, and site progress.

Leads mechanical engineering for gas, coal, and renewable power-generation retrofit and new-build projects. Develops design bases, specifications, equipment selections, and procurement materials for turbines, HRSGs, piping, structures, and balance-of-plant systems. Reviews AE/EPC designs, vendor submissions, and bids; supports construction, commissioning, troubleshooting, reliability, and lifecycle planning. Coordinates with multidisciplinary stakeholders and ensures compliance with engineering codes, safety requirements, performance targets, and regulatory standards.

Supports manufacturing operations through troubleshooting, root cause analysis, equipment and process improvements, capital projects, automation and controls initiatives, reliability programs, preventive maintenance, and continuous improvement. Collaborates with engineering, production, maintenance, quality, suppliers, contractors, and operations to improve safety, equipment uptime, throughput, product quality, and cost efficiency. Develops technical documentation, equipment standards, risk assessments, and corrective actions.