Top Mechanical Engineering Jobs

Designs and develops mechanical layouts, schematics, tooling, fixtures, specifications, and manufacturing processes. Troubleshoots complex mechanical problems, performs engineering analyses and testing, coordinates suppliers and component procurement, oversees manufacturing and installation, and supports assembly throughout the product life cycle. Requires collaboration, technical leadership, documentation, and consensus-building across engineering and manufacturing teams.

Leads mechanical value engineering initiatives focused on cost reduction, supply resiliency, manufacturability, reliability, and product lifecycle improvement. Designs and optimizes mechanical components, tooling, and assemblies; evaluates materials and suppliers; supports ECOs, NPI, localization, qualification, and multi-sourcing efforts. Performs GD&T, tolerance, structural, thermal, and reliability analyses, develops engineering documentation, and collaborates with engineering, manufacturing, quality, supply chain, and program teams.

Leads mechanical value engineering initiatives focused on cost reduction, supply resiliency, manufacturability, reliability, and product lifecycle improvement. Designs and optimizes mechanical components, tooling, and assemblies; conducts structural, thermal, vibration, fatigue, and reliability validation; and manages engineering changes, supplier qualification, alternate sourcing, and manufacturing process improvements. Collaborates with engineering, supply chain, manufacturing, quality, suppliers, and program management teams to deliver measurable business value.

Leads mechanical engineering for induction and synchronous motors across design, analysis, verification, validation, manufacturing, testing, commissioning, and field service. Performs structural FEA, rotor dynamics, vibration, shaft, bearing, thermal, and mechanical integrity analyses. Provides technical leadership, reviews designs and documentation, resolves nonconformances, supports proposals and customers, leads product improvements, and mentors engineers and designers. Requires extensive experience with large rotating equipment, CAD/PLM, engineering calculations, simulation, manufacturing support, and applicable industry standards.

Designs and leads mechanical systems for complex industrial and manufacturing projects, including HVAC, plumbing, fire protection, utility piping, and piping stress analysis. Prepares engineering reports, specifications, drawings, P&IDs, PFDs, estimates, and contract documents. Selects and sizes equipment, supervises installation, reviews shop drawings, coordinates with clients and agencies, supports bidding and administration, and ensures compliance with applicable codes and safety standards. Requires a PE license and advanced proficiency with multiple engineering design and analysis software tools.

Senior Mechanical Engineer responsible for system-level design, analysis, prototyping, validation, documentation, production support, and reliability improvements for complex mechanical or electromechanical products. The role leads investigations, resolves field and performance issues, manages engineering changes, collaborates cross-functionally, reviews technical work, and mentors engineers. Experience with industrial automation, robotics, conveyors, reliability engineering, design for manufacturing, and SolidWorks-based documentation is preferred.

Designs and develops mechanical components and subsystems for industrial laser powder bed fusion printers and related equipment. Owns designs from concept through detailed design, prototyping, testing, release, and integration. Performs CAD modeling, engineering calculations, tolerance analysis, component selection, troubleshooting, and root-cause investigations. Collaborates with manufacturing, quality, supply chain, suppliers, and engineering teams while supporting documentation, productionization, machine integration, and continuous improvement.

Designs, analyzes, develops, and qualifies hot structural components for next-generation military propulsion products. Responsibilities include technical design, structural analysis, manufacturing support, and management of hardware cost, weight, and schedule deliverables. The engineer collaborates across disciplines, resolves design challenges, reviews designs, and supports internal and external customer relationships while meeting product, program, budget, and schedule requirements.

Leads mechanical stress evaluations and finite element analysis for aircraft engine structural and rotating components across new product introduction, certification, manufacturing, field support, and repairs. Coordinates product-line priorities across engineering, program, manufacturing, and quality teams; resolves technical issues; mentors engineers; and provides technical leadership for multiple projects involving military products.

Designs and integrates mechanical systems for unmanned systems, including launch and recovery mechanisms, structures, housings, mounting brackets, propulsion components, antenna systems, and thermal, shock, stress, and vibration solutions. The role involves CAD modeling, material selection, fabrication, CNC machining, 3D printing, shop work, and electromagnetic protection design. A Secret clearance and TS/SCI eligibility are required.

Designs mechanical components, electromechanical assemblies, ruggedized electronics, and enclosures for aerospace and defense products. Responsibilities include CAD modeling, design for manufacturing and assembly, BOM generation, material and process selection, preliminary FEA, configuration management, and cross-functional collaboration with engineering, production, quality, and supply chain teams.

Leads mechanical engineering and project teams designing ruggedized electromechanical systems for aerospace and defense applications. Responsibilities include requirements evaluation, design for manufacturing and assembly, materials and process selection, mechanical and system-level performance evaluation, quality standards adherence, cross-functional engineering coordination, customer support, and bid and proposal activities.

Lead AI training project development based on real-world mechanical engineering workflows. Design multidisciplinary engineering scenarios, define requirements and acceptance criteria, decompose complex problems into technical tasks, coordinate engineering contributions, and evaluate design feasibility. Apply expertise in mechanical design, analysis, manufacturing, verification, testing, and root-cause analysis to ensure realistic professional standards and deliverables.

Own mechanical hardware development for energy storage subsystems from concept through production. Lead design, prototyping, testing, validation, analysis, and manufacturing integration while balancing cost, reliability, safety, quality, and manufacturability. Use SolidWorks, first-principles calculations, FEA, DFM, GD&T, DOE, and SPC. Provide technical leadership, collaborate cross-functionally and with external partners, ensure compliance with applicable standards, and mentor other engineers.

Provides mechanical engineering, design oversight, troubleshooting, technical analysis, design integration, and construction support for VIRGINIA Class submarines. Supports weapons, propulsion, non-propulsion, and valve systems; component procurement and manufacturing; design error correction; new construction; and commissioned fleet maintenance. Collaborates with shipyard teams, suppliers, Navy organizations, vendors, and internal engineering departments.

Develops and leads mechanical design of new packaging machinery, including concepts, layouts, assemblies, drawings, BOMs, prototypes, and validation. Manages technical projects from order entry through field testing, coordinates engineering and assembly teams, supports customers, resolves technical issues, and ensures safety and quality compliance. Mentors engineers, improves development processes, and designs custom machine components using CAD, FEA, motion analysis, and machine controls expertise.

Designs custom mechanical components and assemblies for packaging machinery orders, producing CAD models, drawings, BOMs, and engineering change orders. Performs calculations, FEA, motion analysis, prototype testing, machine layouts, design reviews, and cost estimation. Leads strategic design projects, mentors team members, supports manufacturing and service teams, resolves field issues, and may travel to customer sites. Requires strong mechanical systems, machine controls, manufacturing, project planning, and communication skills.

Designs HVAC, plumbing, and related mechanical systems for major construction and renovation projects supporting NAVFAC Northwest. Reviews designs, technical reports, RFIs, submittals, and project deliverables; develops technical recommendations; supports construction field activities; and coordinates with NAVFAC personnel, stakeholders, and multidisciplinary teams. Requires six or more years of mechanical design experience, AutoCAD and Revit proficiency, UFC knowledge, a four-year engineering degree, U.S. citizenship, and a valid driver’s license.

Designs and provides expert consultation for mechanical systems supporting Navy and Marine Corps facilities. Responsibilities include preparing plans, specifications, cost estimates, and analyses for HVAC, plumbing, utilities, energy, controls, process piping, and fire protection systems. Ensures compliance with DoD, Navy, and industry codes; coordinates with stakeholders and other engineering disciplines; and supports planning, construction, maintenance, budgeting, and safety compliance for complex government infrastructure projects.

Design and optimize heat exchangers for refining, petrochemical, gas, and renewable process technologies. Responsibilities include equipment selection, modeling, specifications, troubleshooting field operations, technical presentations, design standard development, and product improvement. The role collaborates with multidisciplinary teams, customers, contractors, and vendors, requiring expertise in heat transfer, exchanger design software, and API, ASME, and TEMA standards. Travel up to 10% worldwide is required.

Design, prototype, test, and validate next-generation iron-air battery subsystems and components for volume manufacturing. Lead instrumentation, data collection, testing, and analysis; develop verification plans; run trials; and use data-driven insights to guide specifications and product design. The role applies mechanical engineering fundamentals including heat transfer, fluid dynamics, and mechanics while collaborating cross-functionally to advance energy storage systems from concept through mass manufacturing.

Supports 24/7 datacenter operations by serving as the technical authority for large-scale mechanical systems. Develops mechanical designs for new construction and infrastructure upgrades, coordinates maintenance and safety procedures, supports cooling and backup power systems, and oversees mechanical suppliers. The role requires collaboration with IT, critical-environment, operations, and design teams while maintaining safety, security, compliance, and infrastructure reliability.

Designs mechanical components and assemblies from concept through prototyping, testing, and production. Creates SolidWorks models, drawings, and manufacturing documentation; performs engineering calculations, thermal analysis, and FEA; leads design reviews and risk assessments; resolves technical challenges; and collaborates with engineers, vendors, and clients. The role also mentors early-career engineers and supports manufacturing process development and occasional site visits.

Lead HVAC and plumbing system design for complex healthcare, laboratory, commercial, institutional, and government projects. Responsibilities include load calculations, equipment selection, layouts, specifications, sustainability planning, code compliance, technical reviews, project coordination, client engagement, staff mentoring, work planning, and business development. The role requires a mechanical or architectural engineering degree, professional engineer registration, substantial consulting experience, and proficiency with Revit, BIM, Trane TRACE, IES, and Microsoft Office.

Leads mechanical component design for nuclear plant equipment, including design analysis, CAD models, drawings, specifications, calculations, and design basis documentation. Supports procurement, suppliers, manufacturing, cost reduction, and non-conformance resolution while ensuring compliance with ASME Section III, CSA, NRC, and business requirements. Provides technical leadership, independent design verification, team coordination, and people management for BWRX-300 SMR projects.