Top Mechanical Engineering Jobs

Mechanical Engineer responsible for applications engineering and product development for mechanical seals and flow-control products. Duties include engineering calculations, product selection, design analysis using CSTEDY, technical specifications, failure analysis, field troubleshooting, customer support, testing, prototype development, engineering changes, and project management. The role also provides technical guidance, supports CAD activities, delivers customer presentations and training, and contributes to product enhancements and production transitions.

Own the end-to-end development of one or more robots, from initial concepts and prototyping through manufacturing, deployment, and support. Design hardware, understand system-level tradeoffs, collaborate across teams, iterate quickly and methodically, and mentor other engineers. The role requires strong hands-on mechanical engineering ability and comfort working in fast-paced startups, labs, or technical teams.

Designs and commissions high-rate manufacturing tooling and automation for Starlink optical fiber harnesses. Owns mechanical structures, motion systems, sensors, actuators, controls, and electromechanical integration from requirements through production introduction. Responsibilities include designing fixtures and machinery, programming and debugging equipment, solving precision and yield challenges, collaborating with engineering, quality, and production teams, and supporting fabrication and commissioning on the production floor.

Lead mechanical design and analysis of superconducting MRI magnets and components across the product lifecycle. Responsibilities include CAD modeling, FEA and thermodynamic analysis, prototyping, testing, verification, documentation, engineering changes, manufacturing support, supplier interfaces, and field issue resolution. The role leads productivity and quality improvements while collaborating with cross-functional teams to develop and service advanced MRI systems.

Designs mechanical systems for utility power generation, distribution, and industrial process facilities. Develops PFDs, P&IDs, specifications, site arrangements, and construction documentation. Coordinates multidisciplinary project deliverables, schedules, budgets, constructability, and client expectations. Supervises mechanical engineering staff, applies applicable codes, supports staffing projections, and contributes to business development, proposals, client relationship development, and opportunity identification.

Leads complex mechanical engineering projects for industrial power and process facilities, including utility generation and distribution systems. Performs high-complexity design, analysis, calculations, research, equipment selection, and PFD/P&ID development. Manages project schedules, budgets, quality, client expectations, construction administration, and multidisciplinary coordination. Supervises and mentors engineering staff, supports proposals and business development, develops client relationships, and identifies new opportunities.

Supports the design, modeling, simulation, and experimental validation of thermal management systems for electronics cooling. Responsibilities include thermal-fluid modeling, liquid and two-phase cooling design, machine learning application, data center cooling analysis, experiments, instrumentation, CAD documentation, Python and MATLAB tool development, prototype testing, and collaboration with senior engineers on cooling technology improvements.

Design and own satellite optical and optomechanical hardware from concept through analysis, prototyping, qualification, manufacturing, integration, and on-orbit operations. Responsibilities include structural and thermal design, lens mounting, hardware trades, design reviews, hands-on assembly and alignment, vibration and thermal-vacuum testing, analysis correlation, and cross-functional collaboration with optical, electrical, manufacturing, and other engineering teams.

Develop and mature mechanical suppliers by assessing capabilities, managing PPAP and reliability campaigns, leading corrective actions, auditing quality performance, and improving supplier delivery, cost, and quality. The role collaborates with engineering, manufacturing, and procurement teams to establish production roadmaps and strategic supplier partnerships. It requires engineering experience, supplier management, quality standards knowledge, and travel of up to 25–50%.

Designs powertrain test setups and test cell layouts, evaluates test equipment capabilities, develops specifications for new equipment, and supports installation, troubleshooting, servicing, and maintenance. Collaborates with Test and Product Engineers, directs technicians and skilled trades personnel, maintains test equipment inventory, and advises on testing methods. Requires automotive powertrain testing experience and knowledge of transmissions, clutches, hydraulics, electrical controls, and gears.

Provide mechanical engineering support for manufacturing projects and automation: design, install, commission, and improve equipment; develop preventive maintenance, LOTO, documentation, and training; manage projects, coordinate vendors, and drive continuous improvement to increase reliability, OEE, and quality while ensuring safety and GMP compliance.

Design and develop prototype and production tooling, specify and modify components, research and test plastic materials and processing equipment, analyze failures, develop test procedures, provide technical support and training, and coordinate problem-solving for plant operations and new product development.

Mechanical Engineer (Reliability) role at Qnity to support advanced electronics through problem-solving, creativity, and reliability-focused engineering within high-tech materials and solutions.

Design, develop, and validate advanced test methods for thermal, mechanical, electrical, rheological, and reliability performance of heat-transfer technologies. Establish and automate test protocols using TIM testers, analyzers, rheometers, compression systems, and environmental chambers. Lead thermo-mechanical modeling, analyze complex datasets for statistical confidence, produce SOPs and reports, perform root-cause analysis, support customer validation, and train global test teams.

Design, develop, and test mechanical sub-systems for fire apparatus. Create detail drawings and BOMs, run simulations and validation tests, ensure regulatory compliance (FMVSS/SAE/NFPA), support production and suppliers, troubleshoot field and production issues, and implement corrective actions within the QMS while collaborating cross-functionally.

The Mechanical Engineer III/IV designs and optimizes mechanical systems for UAVs, conducts structural analysis, collaborates on system integration, and ensures regulatory compliance.

The Mechanical Engineer is responsible for designing, developing, and optimizing mechanical systems for UAVs, conducting structural analysis, prototyping, and ensuring compliance with industry standards.

The Mechanical Engineer III/IV designs, develops, and optimizes mechanical systems for UAVs, ensuring performance, structural integrity, and compliance with industry standards through testing and analysis.

Design mechanical assemblies, parts, and systems for off-highway and mobile equipment. Create 3D models, drawings, BOMs, and documentation; evaluate prototypes, support testing, and collaborate with cross-functional teams to optimize designs.

Work with cross-functional teams to implement engineering changes, improve product reliability, support new product development, analyze BOMs, manage engineering change requests, perform fit-ups and validation, participate in quality investigations, and maintain product documentation throughout the product lifecycle.

The Mechanical Project Engineer manages capital and process improvement projects, providing support through feasibility, cost estimation, and team coordination, ensuring compliance with regulations while optimizing mechanical systems.

The Mechanical Engineer will design and develop mechanical systems for a nuclear plant, ensuring project delivery, leading teams, and resolving design challenges.

The Mechanical Engineer will design mechanical systems, prepare calculations, collaborate with teams, manage projects, and mentor junior staff within a nuclear energy context.

Lead and deliver complex mechanical and thermal hardware designs for liquid-cooling and thermal-control products. Manage a small design team, coordinate with system architects and suppliers, drive prototype assembly and verification, lead technical reviews, resolve design trade-offs, ensure requirements traceability and manufacturing readiness, and mentor junior engineers through stage-gate development into production.

The Mechanical Product Engineer designs and develops mechanical solutions for flotation equipment, ensuring compliance with specifications and standards while managing multiple projects.