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Summer interns support gas turbine product design and development through analytical simulations, engine and component testing, materials research, failure analysis, product improvements, assembly and production test support, manufacturing support, and design tool development. Work focuses on durability, reliability, performance, cost, and manufacturability under mentor guidance.

Leads mechanical design and development of turbine blades for new gas turbine engine products. Performs blade design iterations, structural and modal analysis, design reviews, and producibility and cost assessments. Collaborates with aerospace, materials, manufacturing, and supplier teams on castings, coatings, materials, and validation. Supports hardware manufacturing, supplier issues, component acceptance, and early production testing while mentoring designers and improving design methods and tools.

Designs turbomachinery package systems and components using Creo, including piping, hoses, brackets, fuel, lubrication, and starting subsystems. Produces mechanical interface drawings, bills of materials, and production documentation; coordinates with suppliers and internal teams; supports field issue resolution and Lean process improvement. Applies structural and system analysis while managing multiple project deadlines in an onsite team environment.

Designs turbine and driven-equipment control systems and upgrades, including electrical schematics, wiring diagrams, PLC code, and HMI software. Collaborates with engineering, project management, manufacturing, testing, and field teams to define requirements, complete testing, support commissioning, and incorporate design improvements. Participates in HAZOPs, customer design reviews, factory pre-commissioning, acceptance tests, and technical risk assessments.

Design electrical hardware and control systems for gas turbines, generators, compressors, and emissions-reduction systems. Develop electrical schematics and PLC ladder logic, perform software testing using simulation tools, support customer and design review meetings, and collaborate across engineering disciplines. The role also supports field commissioning, safety risk assessments, HAZOP activities, and installed equipment troubleshooting. Travel may be required for customer and field support.

Performs mechanical and structural analyses supporting customer turbomachinery projects. Uses CAD and analysis tools, including Creo, SolidWorks, ANSYS, and RISA-3D. After training, specializes in multiple mechanical analysis disciplines and serves as a subject matter expert. Collaborates cross-functionally, manages multiple priorities, and supports design validation and project execution. The role requires strong mechanical fundamentals, attention to detail, communication skills, and the ability to meet deadlines.

Leads mechanical design and development for gas turbine components and systems from concept through production, validation, field trials, and service. Resolves complex manufacturing and operational issues, ensures design acceptance and producibility, improves reliability, efficiency, cost, and quality, and guides new technologies and engineering processes. Collaborates cross-functionally with engineering, manufacturing, supply chain, testing, marketing, and customer service teams while mentoring others and occasionally interfacing with customers.

Optimize service-parts planning, warehouse workflows, material flow, inventory management, layouts, and fulfillment processes. Lead Lean and Six Sigma improvements, support WMS and operational technology enhancements, develop KPI dashboards, and partner with operations, supply chain, logistics, inventory, IT, and sales teams to improve productivity, service levels, safety, capacity, and cost efficiency.

Develops manufacturing processes, NC programs, process plans, routings, bills of materials, fixtures, and inspection plans for turbine engine and gas compressor components. Uses NX CAD/CAM and related software to support multi-axis machining, collaborates with shop-floor, operations, QA, and engineering teams, implements new products, improves processes, and facilitates disposition of non-conforming parts.

Develops manufacturing processes, NC programs, routings, bills of materials, fixtures, and inspection plans for turbine engine and gas compressor components. Uses NX CAD/CAM and Infor BAAN, collaborates with shop-floor, manufacturing engineering, operations, and quality teams, implements new products, improves machining processes, and facilitates disposition of nonconforming parts. This is an onsite role requiring five days per week, with no relocation assistance or remote option.