Top Mechanical Engineering Jobs

Develops structural designs for superconducting MRI magnet systems, including cryogenic vessels, cryostats, coils, and mechanical supports. Performs structural analysis, FEA, requirements management, FMEA, test planning, prototyping, data analysis, and technical documentation. Collaborates with suppliers, manufacturing, quality, service, and systems engineering throughout the product lifecycle to resolve technical and manufacturing issues and deliver robust designs.

Mechanical Engineer responsible for capital improvements, equipment upgrades, repairs, new machinery installation, production uptime, and troubleshooting in an aluminum extrusion manufacturing plant. The role supports production and maintenance teams, manages capital projects from planning through commissioning, develops technical documentation, coordinates suppliers and contractors, and supports plant safety initiatives.

Provides mechanical engineering support across an aluminum mill, troubleshooting equipment and process issues, leading root-cause investigations, improving reliability and manufacturing performance, and supporting safety and continuous improvement initiatives. Develops capital budgets, project scopes, cost estimates, vendor quotes, and business justifications. Leads cross-functional teams and prepares specifications for equipment upgrades, facility improvements, capacity enhancements, and major capital installations.

Designs, develops, tests, analyzes, and supports certification of mechanical products and spaceflight hardware for the International Space Station and space exploration projects. Responsibilities include requirements analysis, CAD modeling, engineering drawings, GD&T, tolerance and structural analyses, design reviews, non-conformance resolution, documentation, and customer coordination. The role requires extensive mechanical engineering experience, materials and machine shop knowledge, and familiarity with aerospace, NASA, military, and ANSI standards.

Designs and reviews mechanical systems for mission-critical and building projects. Responsibilities include load calculations, equipment selection, HVAC system design, code compliance, specifications, drawings, submittals, RFIs, QA/QC, work planning, client coordination, and mentoring designers. The engineer manages multiple projects, deliverables, budgets, and schedules while applying risk management and ensuring design quality.

Designs and reviews mechanical systems for mission-critical and commercial building projects. Responsibilities include load calculations, equipment selection, HVAC and hydronic system design, code compliance, specifications, drawings, reports, sequences of operation, QA/QC, vendor coordination, client communication, work planning, budget management, and mentoring design staff. Requires building design experience, strong AutoCAD proficiency, leadership, and knowledge of mechanical codes and energy concepts.

Leads enterprise-wide standards, architecture, design governance, and continuous improvement for material handling automation systems. Reviews complex designs, approves deviations, evaluates technical risks and emerging technologies, develops reusable engineering frameworks and KPIs, and mentors multidisciplinary engineering teams. Requires extensive systems integration expertise across WMS, WCS, WES, controls, and software integration.

Performs routine engineering calculations and develops drawings for the construction, maintenance, and repair of maritime vessels and shipboard systems. Work may involve structural, propulsion, electrical, hydraulic, piping, HVAC, and mechanical systems. The role coordinates with production teams, engineers, customers, regulatory bodies, and equipment suppliers while meeting deadlines and ensuring technical adequacy. AutoCAD and Microsoft Office are required; ship construction, Navy vessel, FEA, FEMAP, and NASTRAN knowledge are preferred.

Designs, analyzes, prototypes, tests, and improves mechanical components and industrial poultry-processing equipment. Responsibilities include CAD modeling, FEA, risk analysis, engineering drawings, prototype integration, troubleshooting field issues, supporting manufacturing and customers, managing engineering changes, and developing upgrade kits. The role works closely with sourcing, quality, manufacturing, service, and applications teams and requires approximately 20% travel.

Develops and integrates mechanical systems for undersea hardware, including concept development, structural analysis, technical planning, design, problem solving, and testing. Translates customer requirements into solutions within technical, schedule, and cost constraints. Requires collaboration, complex problem-solving, prioritization, engineering analysis, and on-site work in Annapolis, Maryland.

Design, analyze, integrate, test, and document mechanical hardware and systems using 3D CAD. Support prototype build, supplier DFM, fielded SIGINT system maintenance, and multidisciplinary system integration with up to 10% CONUS travel. Role may be filled at Mechanical Engineer or Principal Mechanical Engineer levels.

Leads mechanical engineering, asset reliability, maintenance support, equipment improvements, and capital projects in a high-speed manufacturing plant. Responsibilities include equipment specification, procurement, installation, commissioning, troubleshooting, continuous improvement, obsolescence planning, safety leadership, training, and collaboration with maintenance, utilities, facilities, and capital teams. The role supports 24/7 operations, provides technical coaching, and may require shift coverage and regional travel.

Designs and reviews mechanical systems for mission-critical and data center projects. Responsibilities include load calculations, equipment selection, HVAC and hydronic system design, code compliance, specifications, CAD documentation, RFIs, submittal reviews, QA/QC, project work planning, vendor coordination, and mentoring designers. The role manages deliverables across multiple projects, supports clients and project managers, and ensures designs meet quality, budget, schedule, and risk-management requirements.

Leads enterprise-wide standards, architectures, methodologies, and governance for material handling automation systems. Reviews complex designs, approves deviations, assesses technical risk, evaluates emerging technologies, and drives continuous improvement and standardization. Provides technical leadership and mentorship across engineering and applications teams, maintains compliance with industry standards and customer specifications, supports technology roadmaps, and develops KPIs to measure engineering effectiveness.

Entry-level mechanical engineer supporting design, analysis, documentation, and lifecycle of drilling rig capital equipment. Prepares CAD models/drawings, performs basic strength and structural calculations, assists with FEA and design verification, supports prototype and manufacturing release, investigates field issues, and collaborates with manufacturing, supply chain, quality, and field teams to improve manufacturability and reliability.

Leads site surveys, feasibility studies, engineering design, project scoping, cost estimates, and technical recommendations for utility modernization, energy efficiency, HVAC, and facility infrastructure projects. Coordinates internal and external engineering resources, supports client proposals and investment decisions, and provides technical oversight through implementation, including design-build coordination, reviews, and incentive integration. Requires regular travel to commercial, industrial, and utility client sites.

Design, develop, test, and maintain precision mechanical systems, optical mounts, and mechanisms for infrared and electro-optical test equipment. Create production-ready designs, documentation, drawings, BOMs, and interface control documents. Collaborate with project managers, systems engineers, vendors, and manufacturing teams to integrate hardware and improve performance, reliability, and quality throughout the product lifecycle.

Provides owner-side mechanical engineering review and construction support for HVAC, plumbing, utility, controls, and MEP systems on a federal dormitory campus program. Reviews designs, calculations, equipment selections, submittals, RFIs, testing, commissioning, maintainability, and turnover requirements while coordinating with government, military, design, and construction stakeholders.

Own the end-to-end mechanical design of an aerial robotics platform, including airframe structure, actuator integration, and end-effectors. Perform structural, thermal, and environmental analysis; make DFM/DFA decisions; prototype and test hardware; manage fabrication vendors; and collaborate with electrical and controls engineers to integrate sensors, wiring, and compute for field-ready deployment.

Lead mechanical engineer responsible for turbomachinery design and analysis (FEA, rotordynamics, hand calculations), directing design strategy, mentoring engineers, approving drawings, supporting aftermarket/root cause analysis, collaborating with customers, and improving tools, processes, and cost competitiveness.

Mechanical Engineer serving as the technical interface for automotive thermal management products and programs. Responsibilities include customer support, product development, design reviews, validation planning, PPAP documentation, technical proposals, engineering changes, cost reduction, testing, failure analysis, complaint resolution, and cross-functional coordination. The role supports thermal valve and related component development across North America and China, with some local, domestic, and international travel.

Designs and develops mechanical and electromechanical products and subsystems for industrial and commercial applications. Responsibilities include feasibility analysis, 3D modeling, design documentation, inspection and test protocol development, regulatory and safety compliance, production support, and collaboration with vendors and internal teams. The role operates across office, manufacturing, and engineering lab environments and requires a mechanical engineering degree, with preferred experience in mechanical design, Autodesk Inventor, 3D printing, and manual machining.

Lead structural, dynamic, fatigue, and multibody simulations for robotic warehouse automation hardware. Partner with design and test engineers to guide designs, validate models against physical data, optimize performance, and support products through prototyping and production. Perform CAD design, DFM/DFA, tolerance and materials analysis, and compliance support. Automate simulation workflows, document reusable methods, communicate uncertainty, and mentor a graduate mechanical engineer.

Supports mechanical sustaining engineering, manufacturing, product maintenance, troubleshooting, qualification, and continuous improvement. Responsibilities include engineering changes, CAD and BOM updates, supplier and production support, root-cause analysis, corrective actions, DFM/DFA, product validation, and controlled technical documentation. The role collaborates with engineering, manufacturing, quality, supply chain, service, and suppliers while supporting prototype builds, launches, retrofits, and product lifecycle activities.

Designs complex composite and metallic aerospace components, assemblies, tooling, fixtures, and subsystems. Creates 3D models and 2D drawings, performs design analysis, supports manufacturing and testing, participates in customer design reviews, and helps develop manufacturing and test plans. The role requires collaboration across engineering, manufacturing, procurement, and customer teams while ensuring designs meet cost, schedule, manufacturing, and test objectives.