Top Mechanical Engineering Jobs

Design and specify data center HVAC and heat-rejection systems, select cooling technologies, perform CFD airflow analysis, plan redundancy and capacity, ensure air quality and energy efficiency, and coordinate mechanical and electrical integration across projects.

Design and specify data center HVAC and heat-rejection systems, perform CFD airflow analysis, plan capacity and redundancy, coordinate with electrical/mechanical teams, ensure energy efficiency, air quality, and compliance with data center standards across phased projects.

Leads mechanical engineering design and delivery for midstream oil and gas EPC projects involving pipelines, compressors, and related facilities. Responsibilities include developing engineering deliverables, performing stress, fluid dynamics, and thermal analyses, evaluating equipment and materials, coordinating with project teams and clients, conducting site inspections, managing risks, and mentoring junior engineers. Requires a mechanical engineering degree, substantial midstream experience, knowledge of ASME, API, and ANSI standards, and proficiency with mechanical design software.

Designs, integrates, analyzes, prototypes, tests, and qualifies ruggedized mechanical systems for aerospace and defense applications. Responsibilities include CAD modeling, detailed drawings, structural and thermal analysis, trade studies, design reviews, system integration, environmental qualification, production transition, configuration control, and field sustainment. The engineer collaborates across mechanical, electrical, RF, manufacturing, systems engineering, suppliers, and customers while mentoring junior engineers.

Leads end-to-end mechanical design, integration, production transition, and sustainment of missile and UAV launcher systems for mobile ground and maritime platforms. Responsibilities include mechanical architecture, electro-mechanical interfaces, environmental and structural protection, deployment mechanisms, safety features, military standards compliance, platform integration, supplier coordination, testing, and resolving field issues. The role requires extensive aerospace or defense experience, launcher-system expertise, ruggedized hardware design, CAD proficiency, and the ability to obtain a U.S. security clearance.

Design and integrate ruggedized mechanical hardware, sensor systems, avionics, enclosures, structures, mechanisms, and thermal solutions for aerospace and defense applications. Responsibilities span CAD modeling, drawings, analysis, prototyping, qualification testing, production transition, configuration control, and sustainment. The engineer collaborates across mechanical, electrical, RF, manufacturing, systems, suppliers, and customers to resolve integration challenges and support mission-critical product development.

Leads electrical design and integration for automated and robotic manufacturing systems. Designs control panels, power distribution, schematics, safety systems, PLC integrations, and electrical documentation using SOLIDWORKS Electrical. Supports mechanical CAD design, commissioning, troubleshooting, regulatory compliance, customer interfaces, and technical project delivery. Mentors junior staff and collaborates across engineering, build, testing, and commissioning activities.

Own fluid-system layouts, thermal transport hardware, and mechanical installations for Group 5 UAV aircraft. Perform fluid and thermal sizing, modeling, component selection, CAD design, vehicle integration, failure analysis, supplier execution, prototype assembly, and qualification testing. Develop production-ready hardware supporting MIL-STD-810 qualification and MIL-HDBK-516 airworthiness certification.

Designs optical, mechanical, and opto-mechanical components and assemblies for airborne and space applications. Develops 3D models, drawings, bills of materials, tooling, assembly and test procedures, and manufacturable product concepts. Supports proposals, prototyping, testing, troubleshooting, configuration control, and technical improvements while collaborating with engineering, manufacturing, suppliers, and program management.

The Mechanical Integrity/Reliability Engineer oversees pressure vessel integrity, refrigerant management, preventive and predictive maintenance, and reliability programs. The role develops maintenance strategies, supports process safety and inspection initiatives, conducts reliability and failure analyses, and contributes to capital projects, infrastructure upgrades, turnarounds, and shutdowns. Responsibilities include coordinating pressure vessel activities, applying inspection methodologies, maintaining compliance programs, managing CMMS and inspection data, and communicating technical information across organizational levels.

Develop and sustain mechanical assembly processes for frames, structures, enclosures, and related products. The role applies DFM and DFX principles, CAD, process analysis, tooling and fixture design, manufacturing documentation, PFMEA, validation, and continuous improvement. Responsibilities include optimizing manufacturability, quality, cost, ergonomics, capacity, and production readiness while collaborating with engineering, operations, quality, supply chain, production teams, and suppliers. The engineer also provides technical guidance and supports cross-functional manufacturing improvement projects.

Design and analyze mechanical components for gas turbines, steam systems, generators, and accessory systems. Perform stress, modal, and lifing analysis; validate hardware; and evaluate thermal growth, manufacturing variation, and assembly stack-up. Collaborate with engineering, manufacturing, and sourcing teams, support root cause analyses and Lean improvements, manage technical milestones, and participate in formal design reviews. The role is based in Greenville, South Carolina and requires U.S. work authorization without sponsorship.

Designs and modifies converting and packaging machinery, creating machine concepts, technical solutions, assembly drawings, specifications, and component selections. Evaluates supplier proposals, supports purchasing, investigates equipment failures, and recommends maintenance solutions. The role requires collaboration with engineers, suppliers, customers, and project teams while considering manufacturing feasibility, cost, performance, and maintenance. Work is performed with minimal supervision and includes approximately 10% travel.

Designs and evaluates HVAC and other mechanical systems for new construction, additions, and renovations. Creates construction drawings and specifications, performs code compliance research and QA/QC, coordinates with multidisciplinary teams, and provides construction administration. Reviews junior engineers’ work, guides team members, and collaborates with clients, contractors, and code officials. The role serves commercial, institutional, healthcare, hospitality, education, and municipal projects.

Supports aviation Maintenance, Repair, and Overhaul operations through test stand design and modernization, equipment and tooling evaluation, component failure analysis, technical data review, and detailed reporting. Collaborates with Production, Quality Assurance, Customer Service, Marketing, and Sales to improve repair processes, ensure compliance, and reduce test stand inefficiencies and component rejections.

Leads medium-complexity manufacturing engineering projects, including equipment design, process improvements, automation, new product development, equipment installation, and plant reliability initiatives. Develops technical specifications, layouts, budgets, schedules, and project documentation. Provides hands-on troubleshooting and technical consultation for mechanical, hydraulic, pneumatic, and electrical systems while ensuring safety, regulatory, and operational requirements. Extensive travel to manufacturing facilities is required.

Develops mechanical product layouts and system integration documentation for modular DC power converter proposals. Performs tolerance stack-up analysis, defines assembly sequences and mechanical interfaces, creates site-fit documentation, verifies requirements traceability, and coordinates manufacturability with DFM and production engineering teams. The role also supports customer-ready specifications, BOM maintenance, PLM processes, and design reviews for power equipment configurations.

Leads mechanical architecture, design, integration, testing, and lifecycle support for products, tools, testers, and electromechanical systems. Develops prototypes, manufacturing processes, documentation, and experiments; manages medium-complexity projects and resources; supports production launch and sustaining operations; and assists junior engineers. Collaborates with customers and internal teams, analyzes product data, and provides application configuration and startup support.

Develops and supports mechanical products from concept through production. Responsibilities include SolidWorks modeling, technical drawings, GD&T, BOM and ERP/PDM management, prototyping, validation testing, production documentation, Lean Manufacturing improvements, material selection, procurement support, and cross-functional project collaboration.

Designs, models, tests, and improves mechanical products and components for power infrastructure manufacturing. Responsibilities include analyzing specifications, developing prototypes and concepts, selecting materials, creating parts lists and production cost estimates, evaluating test results, documenting designs, and using CAD. The role also supports manufacturing processes, product usability, marketing initiatives, safety, environmental, quality, and 5S standards.

Designs, analyzes, tests, installs, and repairs mechanical and electromechanical systems. Responsibilities include developing components and layouts, performing FEA and CFD analyses, coordinating fabrication and installation, evaluating field performance, preparing technical documentation and proposals, supporting testing, and ensuring compliance with customer requirements and AS9100/ISO standards. Occasional travel and extended work hours may be required.

Owns end-to-end mechanical engineering for mission-critical facilities, including chilled-water plants, air-cooled and direct-liquid-cooling systems, piping, and fire protection. Acts as Engineer of Record, authoring calculations, drawings, and specifications while supporting construction, commissioning, cost review, constructability, and contractor coordination. Requires an active PE license and 7+ years of relevant experience, with data center, liquid cooling, and applicable mechanical code expertise preferred.

Designs composite components, assemblies, tooling, fixtures, and aerospace hardware using CAD and analytical methods. Develops 3D models and 2D drawings, supports manufacturing and testing, participates in design reviews, prepares manufacturing plans, and supports procurement. Collaborates with engineering, manufacturing, test, and customers to ensure designs meet technical, cost, schedule, manufacturing, and test requirements.

Supports Navy engineering projects by developing mechanical drawings and technical documentation, capturing requirements using MBSE, applying mechanical stress and strain principles, coordinating form-fit exercises, supporting manufacturing discrepancy resolution, directing technical contributors, and participating in design reviews and stakeholder meetings.

Leads the design and delivery of HVAC, plumbing, and piping systems for Savannah River Site facilities. Reviews engineering calculations, layouts, specifications, and drawings; coordinates mechanical designs across multiple disciplines; resolves complex technical issues; supports scope, equipment sizing, schedules, and budgets; and ensures compliance with applicable codes, SRS engineering standards, quality procedures, and project requirements.