Top Mechanical Engineering Jobs

Leads complex mechanical and electromechanical product development from concept through manufacturing. Sets technical direction, develops designs using Creo or SolidWorks, builds and tests prototypes, conducts analyses and verification, and applies DFM, DFA, cost, and reliability principles. Leads multidisciplinary teams, mentors engineers, supports client engagements and proposals, manages technical risks, and communicates design tradeoffs to clients and stakeholders.

Design and develop innovative mechanical products from concept through production. Build and test prototypes, perform engineering analyses, create technical documentation, and apply DFM, DFA, cost, and reliability principles. Collaborate with electrical, software, systems, and manufacturing engineers on precision electromechanical, robotic, and motion-control systems. Support proposals, estimates, customer engagements, rapid prototyping, and quality-system compliance.

Supports LNG plant, gas facility, and gas infrastructure projects through engineering analysis, field investigations, design reviews, contractor oversight, technical issue resolution, commissioning, and operational readiness. Prepares specifications, reports, budgets, work packages, and project documentation; reviews compliance with codes and safety requirements; coordinates with engineering, construction, operations, contractors, and consultants. Provides field and emergency response support, including work during nights, weekends, holidays, and adverse conditions.

Leads and supports HVAC and plumbing design for federal, Department of Defense, and mission-critical facility projects. Responsibilities include construction administration, shop drawing and RFI reviews, site evaluations, design alternatives, project planning, quality control, specifications, proposals, client presentations, and mentoring junior staff. The role also requires collaboration with clients, contractors, and multidisciplinary teams while managing multiple projects and budgets.

Lead and support HVAC and plumbing design for Department of Defense and mission-critical facilities. Perform construction administration, review shop drawings and specifications, evaluate design alternatives, conduct site visits, manage quality and budgets, support proposals, present to clients, and mentor junior staff. The role requires collaboration with clients, contractors, and multidisciplinary teams, with federal experience preferred.

Provides technical leadership and SME guidance for thermal protection system design and development for launch vehicles, spacecraft, re-entry, and hypersonic applications. Performs stress, thermal, and fluid dynamics analyses; develops drawings, requirements, test fixtures, verification plans, and risk mitigations; and supports manufacturing integration. Collaborates cross-functionally, mentors engineers, presents to customers, and contributes to proposals, technical sales, and business development.

Leads the design, analysis, procurement, integration, and validation of F110 engine lubrication system components for the XBAT autonomous aircraft. Responsibilities include developing controlled drawings, applying simulation tools, supporting rig and engine testing, mitigating technical risks, mentoring engineers, and presenting technical results to stakeholders, customers, and regulatory representatives. The role focuses on reliable lubrication performance during vertical flight and compliance with aerospace, safety, quality, and airworthiness requirements.

Supports mechanical engineering projects involving product development, supplier qualification, failure analysis, laboratory testing, test fixture design, data analysis, and technical reporting. Applies principles of structural mechanics, durability, vibration, fatigue, materials behavior, and mechanical system performance to HVACR products while collaborating with engineers and technicians.

Owns and improves finishing and mechanical manufacturing processes, including grinding, cutting, surface finishing, inspection, cleaning, coating, marking, and packaging. Leads process development, equipment optimization, industrialization, continuous improvement, root cause analysis, process validation, and quality initiatives. Supports production, maintenance, equipment engineering, automation, and supply chain teams while improving safety, yield, throughput, capability, and reliability. The role requires technical troubleshooting, documentation, operator training, and cross-functional project leadership.

Designs and modifies mechanical firefighting products, including hydraulic, electro-hydraulic, and mechanical components. Creates CAD models, engineering drawings, bills of materials, assembly instructions, and technical documentation. Collaborates with quality, assembly, and service teams to resolve manufacturing and performance issues. Evaluates design feasibility, reliability, and manufacturability; recommends product improvements; trains personnel; and may travel to vendor or customer locations for product evaluations and troubleshooting.

Designs, analyzes, builds, integrates, and tests mechanical components and assemblies for aerospace and defense systems. Responsibilities include CAD modeling, engineering drawings, bills of materials, tolerance analysis, materials and manufacturing-process selection, prototype support, supplier coordination, testing, failure investigation, documentation, and configuration control. The engineer owns assigned hardware from concept through tested production-ready designs and collaborates with manufacturing, quality, electrical, propulsion, controls, and program teams.

Designs and supports mechanical valve products and systems for water, wastewater, and industrial applications. Responsibilities include creating 3D models and engineering drawings, performing mechanical calculations, preparing customer-order documentation and BOMs, supporting manufacturing and quality teams, troubleshooting technical issues, and driving improvements in manufacturability, quality, standardization, and cost reduction.

Design and analyze opto-mechanical and electro-mechanical hardware, produce models, drawings and BOMs, run structural simulations with CREO, support manufacturing/test, prepare technical reports and presentations, and coordinate across teams and customers.

Leads mechanical design and hardware development for aerospace and defense systems from customer requirements through fabrication, integration, testing, and acceptance. Responsibilities include CAD modeling, detailed drawings, tolerance analysis, manufacturability reviews, supplier coordination, technical work packages, nonconformance resolution, engineering planning, risk management, technical leadership, configuration control, and customer communication.

Designs and develops electro-mechanical products for aerial equipment, coordinating with engineering, manufacturing, purchasing, vendors, and other stakeholders. Responsibilities include researching designs, preparing cost estimates, reviewing drawings and specifications, creating schematics and test reports, maintaining BOM and ERP/PDM accuracy, and supporting regulatory compliance. The role requires hands-on work in office, factory, and field environments, with expertise in mechanical and electrical systems, CAD, manufacturing documentation, and product testing.

Supports aerospace quality assurance through inspection and manufacturing data analysis, corrective action investigations, root-cause analysis, documentation review, nonconformance tracking, audits, supplier quality reviews, configuration control, and continuous improvement. Collaborates with Engineering, Production, and Quality teams to verify compliance, maintain quality records, and communicate procedures and workmanship standards.

Designs, develops, integrates, and tests mechanical modules and tools for advanced lithography systems. Manages requirements, specifications, interfaces, technical tradeoffs, validation, verification, configuration management, risks, and project deliverables. Collaborates with engineers, suppliers, customers, and cross-functional teams to deliver reliable, serviceable solutions within cost and schedule constraints. The role is on-site in Wilton, Connecticut, with up to 10% travel and potential exposure to high voltage and strong magnetic fields.

Designs, develops, integrates, and tests high-precision mechanical modules and tools for semiconductor lithography systems. Responsibilities include requirements management, feasibility studies, engineering analysis, CAD design, technical documentation, verification and validation, prototype testing, system integration, risk management, and supplier collaboration. The role works onsite in a cleanroom and laboratory environment while maintaining safety, quality, compliance, cost, and schedule objectives.

Mechanical Engineer role with limited responsibilities provided. The position may involve exposure to strong magnetic fields, high voltage, and high currents. Candidates must be legally authorized to access controlled technology under U.S. export regulations. ASML offers medical, dental, vision, life insurance, 401(k), vacation leave, and paid holidays.

Independently performs advanced mechanical engineering analysis, design, integration, testing, and documentation for complex mechanical and ocean-deployed systems. Coordinates engineers, technicians, drafters, and technical writers; provides technical leadership; manages small projects; supports proposals and vendor evaluations; and presents results to customers and management. The role may involve domestic and international travel, including shipboard operations, and requires eligibility for a U.S. Department of Defense security clearance.

Support mechanical design for mission-critical facilities (data centers, industrial) from concept through construction. Assist with calculations, equipment selection, drawings, coordination, construction administration, and apply relevant codes and standards under senior supervision while developing technical skills.

Mechanical Engineer responsible for designing, installing, and improving facility and manufacturing equipment in an aluminum rolling mill. Manages capital projects, budgets, contractor bids, equipment capability studies, maintenance improvements, regulatory compliance, and process optimization. Communicates project recommendations and costs to management while providing engineering support, training, and practical solutions for mechanical, hydraulic, pneumatic, and industrial machinery challenges.

Designs and documents mechanical systems and components for hydraulic fracturing equipment using 2D/3D CAD. Maintains models, drawings, bills of materials, and engineering documentation in Autodesk Vault. Supports design reviews, engineering change processes, manufacturing collaboration, PDM administration, and continuous improvement. The role requires cross-functional collaboration, attention to detail, independent task management, and occasional wellsite work.

Design mechanical layouts and equipment for parcel sortation and material handling systems. Develop engineering concepts, calculations, specifications, fabrication and installation drawings, and AutoCAD documentation. Collaborate with project teams, review vendor submittals and design changes, and provide technical support during planning, installation, and commissioning. The role is primarily office-based with occasional field visits.

Leads the design and development of automated parcel sortation and material handling systems from concept through execution. Creates layouts, engineering drawings, 3D models, calculations, manifests, and clash detection reports using CAD and BIM tools. Coordinates customer requirements, estimating, vendors, and cross-functional teams while providing technical guidance during installation and commissioning. The role requires travel to customer offices, jobsites, and vendor locations.