Top Mechanical Engineering Jobs

Performs structural and thermal engineering analyses using classical methods and FEA tools across aerospace and mission-critical hardware. Builds and post-processes component- and system-level models, conducts modal, vibration, shock, static, and heat-transfer analyses, and collaborates with multidisciplinary design teams. The role documents results, supports program execution, provides technical guidance to junior engineers, and requires at least 50% onsite presence.

Supports production and transition-to-production activities for advanced defense electronics. Performs drawing reviews, tolerance analyses, mechanical engineering assessments, yield and affordability improvements, and product issue resolution. Collaborates with cross-functional teams to deliver quality products on schedule, presents technical information, and leads tasks through closure. The role requires manufacturing experience, mechanical engineering expertise, problem-solving ability, and technical leadership.

Performs structural, thermal, modal, vibration, shock, static, and transient heat-transfer analyses using FEA and classical engineering methods. Develops and post-processes component- and system-level models, supports architecture and design decisions, leads technical reviews, assesses risks, and collaborates with multidisciplinary teams. The role provides technical leadership and mentorship across aerospace and mission-critical hardware programs, with at least 50% onsite work.

Design, develop, integrate, test, and support production of military GPS receiver hardware. Responsibilities include 3D modeling, GD&T drawings, tolerance, thermal, structural, and vibration analyses; prototyping; test fixture design; requirements development; troubleshooting; root-cause analysis; and technical trade studies. The engineer collaborates across disciplines to meet cost, test, manufacturing, and environmental requirements and supports test planning, reporting, production issues, and new business capture.

Design production hardware, test equipment, and electromechanical systems from concept through production. Develop design requirements, select and manage contract manufacturers, and collaborate on PCBAs and electronics enclosures. The role requires mechanical engineering expertise, CAD experience, design-for-manufacturing knowledge, and GD&T. Gearbox design and electromechanical actuator analysis are preferred.

Provides polymer design expertise within product development teams, using material analysis, Moldflow simulations, CAD modeling, and tooling knowledge to optimize component performance, manufacturability, durability, and cost. Collaborates with engineers and suppliers, manages component data in SAP, presents recommendations to stakeholders, mentors junior engineers, and supports prototype and production activities. Travel of up to 20% may be required.

Lead the design, deployment, monitoring, and troubleshooting of cooling infrastructure for high-density data centers. Serve as the cooling subject matter expert, support power engineering, establish facility standards, guide air and liquid cooling designs, select scalable liquid-cooling systems, and develop thermal monitoring and alerting capabilities. The role also involves managing and developing an engineering team, collaborating with colocation and hardware vendors, coordinating with operations, and improving system reliability.

Lead the design, deployment, monitoring, and troubleshooting of cooling infrastructure for high-density data centers. Serve as the primary cooling subject-matter expert, guide power-related engineering, establish facility standards, select scalable liquid-cooling systems, develop thermal monitoring and alerting capabilities, and coordinate with colocation, hardware, and infrastructure teams. Hire, mentor, and manage a high-performing engineering team while supporting facility readiness and continuous improvement.

Leads the design, deployment, monitoring, and troubleshooting of cooling infrastructure for high-density data centers. Serves as the primary cooling subject matter expert and secondary power expert, establishes facility standards, selects scalable liquid-cooling systems, develops thermal monitoring and alerting capabilities, and partners with colocation, hardware, infrastructure, and operations teams. Manages, hires, mentors, and develops an engineering team while improving reliability and facility readiness for next-generation data center technologies.

Leads the design, deployment, monitoring, and troubleshooting of cooling infrastructure for high-density data centers. Serves as the primary cooling subject-matter expert and secondary power expert, develops facility standards, selects scalable liquid-cooling systems, and coordinates with colocation, hardware, and infrastructure teams. The role also manages and develops an engineering team, oversees thermal monitoring and alerting, supports facility readiness, and drives failure prevention and continuous improvement.

Designs and analyzes mechanical components and systems for solid rocket motors, including actuators, pressure vessels, valves, thrusters, and insulators. Performs CAD modeling, structural, thermal, dynamic, CFD, tolerance, and materials analysis. Supports manufacturing, testing, systems engineering, risk management, technical documentation, and cross-functional coordination. Requires 4–7 years of mechanical engineering experience, a relevant bachelor’s degree, approximately 10% travel, U.S. citizenship, and eligibility for a security clearance.

Mechanical Engineer III responsible for complex component and subsystem testing, instrumentation, calibration, test planning, data analysis, and technical reporting. The role also supports mechanical design, CAD modeling, stress and thermal analysis, CFD, pressure vessel and rocket motor systems, requirements analysis, risk management, procurement, and project coordination. Requires a mechanical or aerospace engineering degree, 4–6 years of experience, approximately 10% travel, and eligibility to obtain and maintain a U.S. security clearance.

Supports manufacturers by analyzing equipment performance and operational needs, recommending parts, upgrades, maintenance programs, training, and capital equipment. Develops technical proposals and quotations, manages opportunities through implementation, tracks customer activity in business systems, and partners with engineering, service, operations, and commercial teams. Builds customer relationships while identifying solutions that improve equipment reliability, productivity, and lifecycle performance.

Designs and reviews marine mechanical and piping systems for vessels, including propulsion, auxiliary systems, P&IDs, piping stress analysis, valves, pressure vessels, HVAC, and material selection. Prepares technical specifications, drawings, calculations, manuals, and engineering deliverables; evaluates vendors; supports production; conducts quality reviews; and resolves regulatory, classification, and customer comments. Collaborates with project stakeholders and supports concept designs and technical proposals.

Leads commercial and industrial HVAC design, including load calculations, equipment selection, layouts, engineering documentation, and Revit-based BIM/VDC coordination. Supports construction through RFIs, submittals, field observations, and issue resolution. Coordinates with contractors, architects, subcontractors, and project teams while managing schedules, quality, technical deliverables, and team members. Designs new construction, renovations, retrofits, and occupied-facility improvements in compliance with applicable mechanical, building, energy codes, and engineering standards.

Design and develop mechanical components, assemblies, and systems for transit bus and rail products. Create drawings and schematics, support DFMEAs, prototypes, validation testing, root cause analysis, and corrective actions. Collaborate with manufacturing, supply chain, field service, and sales teams to resolve technical issues and improve designs. The role also involves documentation, continuous improvement, and occasional customer or manufacturing-site travel.

Drives value analysis and value engineering initiatives while supporting sustaining engineering for mechanical products. Owns post-launch designs, drawings, specifications, BOMs, and design integrity. Collaborates on NPI handoffs, DFMA, validation, engineering changes, root-cause analysis, corrective actions, supplier coordination, and cost reduction. The role requires expertise in mechanical product design, manufacturing methods, CAD, GD&T, tolerance analysis, and cross-functional collaboration.

Leads mechanical engineering design projects from startup through construction, establishing design approaches, managing client relationships, scope, budgets, schedules, and multidisciplinary coordination. Prepares and stamps drawings, presents designs, supports project pursuits, leads teams, and develops junior designers. The role focuses on HVAC design for healthcare, higher education, and research facilities.

Designs and manages mechanical engineering projects from conception through completion. Produces construction documents, plans, calculations, and reports for HVAC, plumbing, refrigeration, fire protection, and fuel systems. Conducts site investigations, coordinates multidisciplinary teams and subconsultants, supports clients, manages budgets and schedules, and assists with RFIs, addendums, and change orders. The role requires coordination with architects, engineers, and construction project managers.

Designs, analyzes, builds, tests, and integrates spacecraft structures and mechanisms from concept through launch and orbital operations. Owns hardware roadmaps, structural and kinematic analyses, CAD designs, manufacturing drawings, testing, sourcing, fabrication, and continuous improvement. Collaborates with propulsion, electrical, software, controls, manufacturing, suppliers, and other stakeholders to mature hardware and validate system assumptions.

Owns the design and development of advanced military engine airfoil components. Performs mechanical design, structural and dynamic analysis, manufacturing and test support, and manages cost, weight, and schedule deliverables. Collaborates across engineering, manufacturing, and supply chain teams to resolve technical issues and deliver program goals. Provides informal coaching to newer engineers. The role is fully onsite in Evendale, Ohio and requires Secret clearance eligibility.

Leads the mechanical design and development of advanced military engine components. Performs or coordinates structural and dynamic analysis, supports manufacturing, maintenance, and testing, and maintains technical documentation. Manages hardware cost, weight, and schedule deliverables while collaborating across engineering disciplines. Applies engineering judgment to resolve design challenges and may coach junior team members.

Optimizes plant operations, production performance, safety, quality, reliability, and profitability through technical troubleshooting, KPI management, process automation, continuous improvement, raw material efficiency, and corrective actions. Partners with operations, supply chain, production planning, maintenance, and subject matter experts to resolve issues, improve operating discipline, optimize schedules, ensure permit compliance, and respond to plant emergencies.

Mechanical Engineering Intern supporting Zebra’s Enterprise Mobile Computing team. Responsibilities include 3D modeling, prototyping, measurement, CT scanning, design of experiments, test procedure development, competitive benchmarking, data analysis, and technical documentation. The intern will use PTC Creo, apply manufacturing best practices and AI-assisted engineering workflows, collaborate cross-functionally, and manage project assignments. This is a hybrid role requiring three days per week in the Holtsville, New York office.

Leads the safe, reliable, and efficient operation of critical mechanical infrastructure across data centers. Oversees cooling, liquid cooling, generators, BMS controls, water efficiency, incident response, maintenance, vendors, engineering programs, construction support, commissioning, documentation, and continuous improvement. Provides technical authority, approves high-risk procedures, conducts root cause analysis, mentors teams, and supports 24x7 operations while improving availability, sustainability, and resilience.