Top Mechanical Engineering Jobs

Supports hands-on mechanical engineering education through lab instruction, course and workshop development, student mentoring, equipment maintenance, fabrication support, and technical troubleshooting. Oversees lab safety training, compliance, documentation, purchasing, and facility organization. Advises students on capstone, thesis, and extracurricular projects while collaborating with faculty and teaching staff to develop instructional activities and design competitions.

Designs and develops power generation enclosure systems, including 3D models, 2D drawings, assemblies, and bills of materials. Plans and leads complex technical projects, resolves product and process issues, supports new product implementation, presents design reviews, and mentors junior engineering staff. The role requires understanding of welding, sheet metal forming, fabrication, manufacturing processes, and engineering documentation.

Designs and estimates mechanical solutions for automated material handling systems, including conveyor and sortation equipment. Creates proposal drawings, develops rough-order-of-magnitude costing, reviews technical specifications and mechanical drawings, and supports semi-complex project estimates. Collaborates with engineering, sales, account management, and solution teams on concept, technical, and cost reviews. Provides technical knowledge transfer and recommends productivity, cost, and customer-satisfaction improvements.

Lead mechanical capital projects from concept through commissioning and startup. Develop scopes, budgets, schedules, funding requests, equipment specifications, and RFQs; evaluate and procure equipment; coordinate contractors, vendors, and plant teams; troubleshoot manufacturing systems; and provide technical guidance and training. The role supports industrial projects involving manufacturing equipment, utilities, piping, instrumentation, temperature control, and mechanical systems, with approximately 25% travel to facilities.

Develops and reviews mechanical engineering designs for facility and infrastructure projects supporting Intelligence Community missions. Responsibilities include code compliance evaluations, peer reviews, mechanical system design, interdisciplinary coordination, construction-phase support, scheduling, cost and feasibility analyses, technical documentation, scopes of work, and contract administration. The role requires an active TS/SCI clearance with CI polygraph, mechanical engineering experience, EIT certification, CADD and Revit proficiency, and 10–20% including overseas travel.

Leads advanced development of thermal management technologies for data centers and critical infrastructure, from concept through prototype validation and handoff to product development. Directs multidisciplinary engineering teams, conducts thermal analysis and testing, develops design guidelines, mentors engineers, collaborates with research partners, influences technology roadmaps, and resolves complex technical challenges involving thermodynamics, heat transfer, fluid mechanics, stress, and refrigerants.

Leads the design, development, analysis, testing, and validation of mechanical systems and components. Prepares engineering drawings and documentation, collaborates with manufacturing, quality, and supply chain teams, manages multiple projects, mentors junior staff, and drives continuous improvement. The role requires expertise in sheet metal, CAD-based FEA and CFD simulations, mechanical design principles, materials, manufacturing processes, and regulatory compliance.

Design, prototype, and validate mechanical subsystems for autonomous surface and subsea vehicles (pressure housings, seals, thruster assemblies). Integrate sensors and actuators with electronics, lead lab and ocean testing, troubleshoot field issues, and iterate designs from CAD to deployed hardware. Work hands-on in fabrication and travel internationally for testing.

Two-year rotational engineering program for recent mechanical engineering graduates, featuring four six-month rotations across medical device design, quality, testing, simulation, prototyping, and product engineering. Responsibilities include supporting new product introductions, conducting feasibility studies and experiments, analyzing equipment and results, selecting components, interpreting engineering drawings and GD&T, and developing manufacturable, reliable designs. Participants present project accomplishments, collaborate cross-functionally, and may resolve customer product issues.

As a Mechanical Engineer, you'll optimize production processes, ensure equipment reliability and safety, and participate in project planning at P&G's Rakona plant, focusing on continuous improvement and training.

Participates in Stryker’s two-year RISE rotational engineering program across quality, product testing, simulation, prototyping, and medical-device design. Provides engineering support for new product and process introductions, conducts feasibility studies and experimental testing, evaluates equipment and components, and develops cost-efficient, manufacturable, reliable designs. Engineers collaborate cross-functionally, document work, resolve product issues, and present rotation accomplishments to leadership.

The Mechanical Engineer will manage mechanical systems, oversee vendors, prepare project documents, and collaborate with engineering teams to ensure project success.

Leads complex mechanical engineering projects, guides mechanical system design, performs analyses and simulations, mentors junior engineers, reviews technical documentation, and coordinates with stakeholders. The role supports aerospace and defense systems and requires expertise in CAD, mechanical design, manufacturing, simulation, and technical leadership. Occasional travel and the ability to obtain and maintain a Secret U.S. security clearance are required.

Designs and develops mechanical systems for a novel medical robotic platform from concept through product launch. Responsibilities include collaborating with manufacturing and clinical teams, building and bringing up robotic prototypes, supporting preclinical lab use, identifying technical risks, documenting manufacturability and reliability findings, and contributing to design reviews, verification, regulatory processes, and product development milestones.

Supports mechanical engineering projects at a manufacturing facility, including equipment and facility systems, technical drawings, data analysis, project documentation, preventive maintenance, reliability, safety, and continuous improvement. Collaborates with engineering, maintenance, and operations teams in a hands-on environment.

Supports sales and aftermarket teams with mechanical seal applications, engineering proposals, calculations, CAD drawings, product specifications, troubleshooting, commissioning support, and technical assistance. Reviews application requests, coordinates with global drawing offices, processes engineering changes, evaluates fabricated parts, manages workload, and follows safety, quality, and continuous improvement procedures.

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

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

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.

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.

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.