Top Mechanical Engineering Jobs

Supports Yieldstar module production in a cleanroom environment by troubleshooting production issues, developing manufacturing procedures and routings, analyzing cycle time, driving continuous improvement, supporting new product introduction, monitoring quality and SPC, conducting root-cause analysis, and managing equipment calibration, maintenance, specifications, and procurement. Collaborates with design and production teams while supporting safety, quality, and engineering reviews.

Designs, develops, documents, fabricates, installs, and supports mechanical flight-test instrumentation and aircraft data acquisition systems. Responsibilities include sensor installation design, 3D modeling, drafting, collaboration with technicians, and machine-shop fabrication support. The role requires frequent domestic and international travel, irregular shifts, overtime, weekend work, U.S. citizenship, and eligibility for a government security clearance.

Designs and develops mechanical ground support equipment for space vehicle programs. Responsibilities include creating solid models and detailed drawings, incorporating multidisciplinary requirements, collaborating with program and manufacturing teams, supporting fabrication, testing, production meetings, and resolving anomalies. The role also requires releasing accurate engineering products, reporting status, and presenting to leadership. Candidates need mechanical engineering fundamentals, CAD experience, design or manufacturing experience, and strong communication skills. Travel is required at less than 5%.

Reviews and verifies mechanical engineering models, detailed drawings, and work products across design, stress, systems, thermal, and manufacturing disciplines. Ensures engineering designs meet program requirements, schedules, affordability, accuracy, and producibility. Coordinates with engineers, analysts, and manufacturing teams to complete design verification and release processes. The role requires mechanical or electrical engineering education, Secret clearance, and experience with Windchill, ASME Y14.5, and PTC Creo.

Design and develop innovative medical devices from concept through prototyping, testing, verification, and production. Responsibilities include creating manufacturable mechanical designs, selecting materials and processes, troubleshooting failures, coordinating with multidisciplinary engineering teams, working with suppliers, documenting development, reviewing designs, and mentoring less experienced engineers.

Design and deliver mechanical components and systems for a liquid-metal-cooled modular fission reactor. Responsibilities include 3D CAD modeling, detailed drawings, GD&T, pressure-boundary and piping design, interface coordination, FEA-supported iterations, supplier collaboration, documentation, design reviews, and quality assurance within a graded program.

Designs mechanical products and systems ranging from components to complex assemblies. Researches specifications, evaluates feasibility, coordinates fabrication and installation, develops testing methods, and maintains engineering documentation in the ERP system. Supports products for special projects, OEM customers, and ecommerce offerings while collaborating with engineering and fabrication teams.

Design, sustain, and develop flow-control products and manufacturing equipment. Support continuous improvement, create and revise drawings and procedures, perform failure analyses, provide technical support to cross-functional teams, and ensure compliance with ISO 9001 and industry standards.

Designs and improves factory processes and manufacturing procedures for traveling-wave tube amplifier assemblies used in Starlink gateways. Responsibilities include new product introduction, production process development, hands-on hardware testing, troubleshooting, environmental and performance validation, supplier collaboration, and design-for-manufacturability improvements that increase reliability, reduce cost, and improve production rates. The engineer owns hardware outcomes from development through production and may work extended hours for mission-critical deadlines.

Leads mechanical engineering for defense product development from concept through manufacturing, testing, customer delivery, and lifecycle sustainment. Designs electronics enclosures, components, and assemblies; performs structural, tolerance, thermal, shock, and vibration analysis; creates drawings and manufacturing packages; and supports prototype validation. Coordinates with electrical, systems, manufacturing, quality, supply chain, and program teams. Uses SolidWorks and PLM systems, applies GD&T and DFMA, resolves technical and production issues, and supports DoD-related product requirements.

Designs and analyzes mechanical systems for thermal, structural, mechanism, and packaging requirements across natural and induced environments. Responsibilities include defining loads and performing vibration, shock, and acoustics analyses for flight and ground applications. The role requires mechanical engineering experience in stress and structural evaluation, thermal analysis, CREO proficiency, and familiarity with electromagnetic and electro-mechanical systems. An active DoD Secret clearance and U.S. citizenship are required.

Develop mechanical systems and hardware platforms from concept through manufacturing and end of life. Design CAD models, prototypes, experiments, fixtures, and test equipment; perform simulation and statistical analysis; validate concepts; establish engineering requirements and quality standards; and collaborate with electrical, firmware, process, and mechanical engineering teams on product architecture and design for manufacture and assembly.

Designs and develops mechanical products and technologies from feasibility through production. Responsibilities include creating CAD models and drawings, performing engineering calculations, simulations, tolerance analysis, verification and validation testing, root cause analysis, and supporting product improvements. The role collaborates with multidisciplinary teams and requires knowledge of manufacturing processes, GD&T, mechanical system design, materials, component selection, ERP BOM structures, and engineering simulation tools.

Designs and develops mechanical products and technologies from feasibility through production. Responsibilities include creating CAD models and drawings, performing engineering calculations and simulations, conducting verification and validation testing, analyzing root causes, evaluating prototypes, and supporting product improvements. The role collaborates with multidisciplinary teams and requires knowledge of manufacturing processes, rotating equipment development, engineering test methods, and technical documentation.

Owns mechanical engineering scope for Amazon modernization and retrofit projects, including complex system design, material specifications, schematics, project forecasting, scheduling, budgeting, and customer collaboration. Ensures quality, cost, and delivery targets while resolving technical issues and supporting productivity improvements. The role requires material handling and automation expertise, customer presentations, system design-to-installation experience, and travel to customer or Dematic locations up to 20%.

Supports the MSVD coating line by troubleshooting mechanical and vacuum equipment, improving reliability, analyzing failures, and leading maintenance, process improvement, and capital projects. Collaborates with operations, maintenance teams, vendors, and contractors to implement equipment upgrades, preventive and predictive maintenance strategies, and process modifications. Provides technical training while supporting safety, quality, productivity, and equipment performance in a continuous manufacturing environment.

Supports multidisciplinary design, specification, procurement, and construction of mechanical systems and equipment for power generation and industrial facilities. Responsibilities include preparing equipment specifications and technical packages, reviewing vendor documentation, coordinating with engineering disciplines, developing calculations and design deliverables, and conducting site visits. The role requires interpreting technical documentation, supporting project objectives, and working safely in construction and industrial environments.

Designs, develops, tests, and verifies complex mechanical, electrical, and software systems for nuclear reactor and facility projects. Responsibilities include systems engineering, requirements development and traceability, configuration management, technical documentation, risk and reliability modeling, digital engineering, AI-assisted design reviews, systems architecture, control system concepts, and multidisciplinary coordination. The role also authors engineering specifications, supports regulatory compliance, mentors junior staff, and serves as a technical authority across projects.

Leads mechanical engineering activities for power generation, heavy industrial, and process facility projects. Plans scopes, schedules, budgets, staffing, and execution strategies; reviews engineering deliverables and procurement documents; coordinates multidisciplinary teams, clients, vendors, contractors, and regulators; supports proposals and business development; mentors engineers; and ensures quality, safety, budget, and schedule compliance.

Designs and specifies mechanical systems and equipment for power generation and industrial facilities. Prepares engineering calculations, equipment specifications, procurement packages, technical evaluations, and design documentation. Coordinates with multidisciplinary project teams, reviews vendor documentation, supports construction and commissioning activities, and conducts site assessments. Serves as a technical resource, reviews junior engineers’ work, mentors staff, and supports project planning, estimating, scheduling, and client coordination.

Leads mechanical applications engineering from pre-sales through deployment. Develops application specifications, system concepts, performance requirements, cost estimates, scope documents, and technical proposals for nuclear-qualified components and designs. Serves as a technical customer interface, supports engineering teams, resolves complex issues, conducts site evaluations, and delivers customer and internal training. Collaborates with Sales, Engineering, operations, and customer leadership to define cost-effective, reliable solutions.

Designs, integrates, tests, and verifies complex mechanical, electrical, software, and reactor-related systems. Develops and manages requirements, system architectures, configuration baselines, technical specifications, safety documentation, risk models, and digital engineering workflows. Uses MBSE, PLM, AI-assisted review tools, 3D models, and automation to maintain traceability and support design decisions. Coordinates multidisciplinary engineering activities, document reviews, regulatory compliance, and project integration while mentoring junior staff.

Leads mechanical component qualification activities for gas turbine hardware across GE Vernova’s factories and external suppliers. Defines and executes qualification milestones, ensures compliance with engineering and quality standards, supports disposition of unqualified hardware, and drives manufacturability, lean processes, cost reduction, and zero-defect initiatives. Collaborates with engineering, manufacturing, quality, sourcing, materials, and global supply chain teams to deliver conforming parts and timely customer solutions.

Designs ruggedized equipment packaging and thermal solutions for electronic and mechanical systems. Performs thermal simulations, creates engineering drawings and data packages, collaborates with suppliers and hardware designers, and resolves specification, performance, and reliability issues. Applies mechanics, heat transfer, vibration, structural dynamics, GD&T, and DFM principles. Requires a mechanical engineering degree, at least five years of experience, CAD proficiency, electronics packaging and cooling experience, and U.S. citizenship.

Design and develop mechanical, structural, thermal, and electromechanical satellite hardware from concept through high-volume production and on-orbit operation. Responsibilities include requirements development, CAD and analysis, design-for-manufacturing, environmental and performance testing, supply-chain and production-line integration, and ownership of product delivery timelines. Engineers may support mechanisms, space lasers, avionics, structures, solar arrays, or battery packs.