Manufacturing Engineer, Steam Turbine Rotor Assembly Resume Myles Mills Manufacturing Engineer, Steam Turbine Rotor Assembly (518) 555-9042 myles.mills@example.com linkedin.com/example/mylesmills Troy, NY 12180 STRENGTHS Shop Floor Leadership Stepped into difficult rotor repairs, clarified next actions, and gave operators useful technical direction when production pressure rose. Cross Functional Delivery Connected Engineering, Quality, machining, balance operations, and Project Management so repair decisions reached production clearly. Practical Problem Solving Started with inspection evidence and operator feedback, then turned recurring disruptions into workable process changes. Operator Qualification Built clearer training paths and partnered with Quality, helping operators gain confidence before independent process execution. Continuous Improvement Used takt, cycle observations, 5S, and ergonomic reviews to make constrained operations safer and easier to run. SKILLS Manufacturing Engineering Steam Turbine Rotors Rotor Assembly Repair Operations Welding Upgrades Machining Integration Tooling Process Control Work Instructions Operator Training Product Qualification Project Management EHS Equipment Reliability Ergonomics LANGUAGES English Native 40 Spanish Intermediate 20 MY CAREER 10.1 Years Senior Manufacturing Engineer, Rotating Equipment at Mohawk Rotating Equipment Works (3.4 Years) Manufacturing Engineer, Turbine Repair at Empire Turbine Repair Services (3.2 Years) Manufacturing Process Engineer, Industrial Assemblies at Capital District Industrial Systems (2.4 Years) Manufacturing Engineering Associate, Fabrication at Hudson Valley Fabrication (1 Years) SUMMARY Manufacturing engineer with 10 years supporting heavy industrial equipment , rotating machinery, customer owned repair products, and complex assembly environments. Leads manufacturing process development, steam turbine rotor repair, new build assembly, welding upgrades, machining integration, tooling control, work instructions, operator qualification, and product qualification. Coordinates Engineering, Quality, Project Management , machining, balance operations, and production teams through demanding repair programs. Uses analytical problem solving , production evidence, takt and cycle analysis, 5S, process control, equipment reliability, safety, and ergonomic review to improve execution. Maintains build books and project records, resolves shop floor issues, and guides less experienced colleagues through small projects. Brings practical leadership that can support safe production, schedule control, quality, cost, EHS, and reliable delivery across rotor assembly operations. EXPERIENCE Senior Manufacturing Engineer, Rotating Equipment Mohawk Rotating Equipment Works May 2023 - Present Troy, NY Leads manufacturing engineering for heavy rotating equipment repairs and new build assemblies, guiding controlled processes, tooling, documentation, production readiness, and cross functional delivery. Translated engineering requirements into controlled rotor repair processes, tooling plans, build books , and production sequences. Resolved complex shop floor issues using inspection findings, manufacturing data, and cross functional technical reviews. Coordinated welding and tooling upgrades with Engineering, Quality, Project Management, machining, and balance operations . Created operator work instructions and training pathways, then partnered with Quality on demonstrated process qualification. Converted recurring disruptions and operator feedback into practical equipment reliability , ergonomic, and process control improvements. Maintained project folders with technical decisions, qualification evidence, process requirements, and manufacturing status throughout repairs. Manufacturing Engineer, Turbine Repair Empire Turbine Repair Services January 2020 - April 2023 Schenectady, NY Developed standardized plans for steam turbine rotor repairs, integrating inspection findings, machining, welding, assembly, tooling, qualification evidence, and shop floor execution. Connected inspection findings with machining, welding, and assembly requirements through standardized steam rotor repair plans. Integrated machining cells into repair schedules through defined handoffs, reducing avoidable waiting between production stages. Validated tooling , equipment, and process requirements against engineering specifications before routine shop floor use. Authored visual work instructions that helped operators repeat technically varied repair processes with clearer checkpoints. Led small improvements involving cycle time, 5S, tooling availability, process controls, and safer equipment interaction. Organized product qualification evidence, resolved technical questions, and coordinated Quality approval before process release. Manufacturing Process Engineer, Industrial Assemblies Capital District Industrial Systems July 2017 - December 2019 Albany, NY Supported large industrial assemblies and customer owned repaired components, owning work instructions, tooling, troubleshooting, production readiness, and improvement activity across multi step flows. Owned instructions, tooling, troubleshooting, and production readiness for large industrial assemblies and repaired components. Analyzed recurring shop issues through process observations, dimensional results, and operator feedback to identify constraints. Coordinated engineering changes with Quality and production , updating controlled instructions before implementation. Applied takt and cycle analysis to focus improvement work on bottlenecks within multi step production flows. Facilitated 5S and ergonomic reviews, converting operator input into safer fixture, layout, and storage solutions. Guided newer colleagues through documentation, process control , and structured problem solving during small projects. Manufacturing Engineering Associate, Fabrication Hudson Valley Fabrication June 2016 - June 2017 Poughkeepsie, NY Supported engineers responsible for industrial fabrication and assembly processes, preparing shop documentation, checking instructions, gathering production evidence, and maintaining repair records. Prepared shop documentation and verified current instructions at points of use for fabrication and assembly. Updated approved work instructions with clearer tooling, sequence, inspection, and operator checkpoints. Collected cycle time observations that helped engineers evaluate workflow constraints within defined production operations. Maintained tooling and process records for customer owned repair components, improving traceability across shop execution. Applied basic 5S practices to improve work area organization and safer material placement. Documented shop issues, gathered operator input, and presented evidence to experienced manufacturing engineers. PROJECTS Steam Rotor Welding Upgrade 2025 Led a focused welding upgrade effort, coordinating technical reviews, tooling needs, machining interfaces, quality evidence, schedule checkpoints, and shop floor readiness. Repair Process Standardization 2022 Built repeatable repair plans that connected inspection findings, machining, welding, assembly, operator instructions, qualification records, and production handoffs. LEADERSHIP & AWARDS Lean Six Sigma Green Belt recognition, applied cycle analysis, 5S, and process improvement methods across industrial repair operations. Senior engineering leadership assignment, trusted with welding upgrades, operator qualification, project records, and cross functional rotor repair delivery. Small project leadership recognition, supporting newer colleagues and building consensus across Engineering, Quality, machining, and production. EDUCATION Bachelor's Degree in Mechanical Engineering Rochester Institute of Technology GPA: 0 2016 Rochester, NY Coursework: Manufacturing systems, mechanical design, materials science, engineering analysis CERTIFICATIONS Lean Six Sigma Green Belt 2021 Mechanical Engineering Degree Qualification 2016 TECHNICAL SKILLS Manufacturing Processes: Rotor assembly, steam turbine repair, new build manufacturing Machining Operations: Machining integration, machining cells, dimensional inspection Welding Operations: Rotor welding, welding upgrades, weld repair planning Process Documentation: Build books, project folders, work instructions Production Control: Process controls, production sequences, shop floor controls Lean Methods: Lean principles, 5S, takt analysis Time Improvement: Cycle time analysis, workflow constraints, bottleneck review Equipment and Tooling: Tooling control, equipment reliability, fixture improvement Quality Systems: Product qualification, operator qualification, quality signoff Safety and Ergonomics: EHS, safety controls, ergonomic review Project Delivery: Project management, project timelines, resource planning Engineering Coordination: Engineering changes, technical reviews, design specifications SKILLS Manufacturing Engineering Steam Turbine Rotors Rotor Assembly Repair Operations Welding Upgrades Machining Integration Tooling Process Control Work Instructions Operator Training Product Qualification Project Management EHS Equipment Reliability Ergonomics PROFESSIONAL AFFILIATIONS Professional manufacturing engineering community, sharing practical methods for process control, equipment reliability, and shop floor problem solving. Industrial rotating equipment network, exchanging repair planning, machining integration, welding, and assembly practices with peer professionals. LANGUAGES English (Native) Spanish (Intermediate) ADDITIONAL INFORMATION Work Status : Authorized to work in United States. No sponsorship required. ADDITIONAL INFORMATION Work Status : Authorized to work in United States. No sponsorship required. REFERENCES AVAILABLE ON REQUEST
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