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Manage medium to large capital expenditure projects from planning through closeout. Responsibilities include project execution, contracts, scope changes, vendor and contractor management, CAPEX estimates, budgets, schedules, risk mitigation, quality plans, stakeholder communications, and HSE compliance. The role requires cross-functional collaboration, technical writing, cost estimation, and oversight of project objectives across scope, cost, schedule, quality, and risk.

Leads and optimizes hot-working processes for nickel, titanium, and specialty steel products. Responsibilities include process improvement, metallurgical analysis, thermal/deformation modeling, nonconformance resolution, scrap reduction, continuous improvement, customer support, and new product/process development. Collaborates with Operations, Maintenance, Quality, Product Engineering, and R&D to improve safety, yield, cost, cycle time, equipment performance, and product quality.

Lead and optimize hot-working processes for nickel, titanium, and specialty steel products. Responsibilities include process improvement, metallurgical analysis, thermal and deformation modeling, non-conformance resolution, scrap reduction, continuous improvement, data analysis, customer audit support, and collaboration with operations, maintenance, quality, product engineering, and R&D teams.

Supports manufacturing finance at a production facility through cost planning, operational rate development, inventory accounting, variance analysis, budgeting, month-end close, financial reporting, and cost-saving initiatives. Leads physical inventory activities, evaluates capital project ROI, reviews labor and overhead rates, and provides data-driven insights to operations and leadership. Requires manufacturing cost accounting experience, inventory transaction knowledge, and strong analytical and communication skills.

Leads digital manufacturing strategy and a centralized process control and automation organization across Specialty Rolled Products facilities. Oversees automation architecture, technical standards, process technology, digital systems, capital projects, operational support, continuous improvement, and technology roadmaps. Drives improvements in safety, quality, productivity, reliability, and cost while developing talent, managing resources, and partnering with manufacturing and functional leaders.

Supports quality systems and manufacturing quality by managing nonconformances, CAPA, quality stops, audits, specifications, QMS metrics, and compliance activities. Partners with Operations and Product Engineering to resolve quality issues, reduce risk, prevent recurrence, improve procedures, and train personnel on quality requirements. Requires an engineering degree and experience with quality engineering, audits, CAPA, and nonconformance management.

Leads process capability and continuous improvement initiatives to reduce scrap, rework, Cost of Quality, and delivery misses. Applies DMAIC, PDCA, A3, 8D, SPC, Cp/Cpk, DOE, and trend analysis to eliminate root causes and stabilize manufacturing processes. Drives zero-defect and Right First Time strategies, facilitates Kaizen events, develops performance dashboards, implements process controls, and influences cross-functional operations, quality, and engineering teams. Supports automation and digital manufacturing transformation.

Schedules coilyard material flow and creates daily and weekly production schedules. Coordinates supply chain activities among vendors, logistics, production, planning, and scheduling teams. Supports on-time delivery, process improvement, software development initiatives, inventory efficiency, and operational streamlining. The role requires extended overtime of 45–60 hours per week until daily mill operations conclude.

Leads cross-functional business initiatives involving Oracle Order Management and Supply Chain applications. Responsibilities include requirements gathering, process mapping, functional specifications, project planning, system design collaboration, QA/UAT, training, deployment support, and continuous improvement. Serves as the liaison between business stakeholders and Digital Technology, translating business needs into enterprise technology solutions while managing resources, schedules, budgets, risks, and stakeholder communication.

Three-year rotational process engineering program across Western Pennsylvania facilities. Responsibilities include process development and improvement, troubleshooting quality issues, controlling quality costs, improving yield and product quality, ensuring customer specifications, supporting new product qualifications, and resolving customer complaints. Candidates will work closely with production personnel and gain exposure to operations within ATI’s Specialty Rolled Products business unit.