Titanium Melt Process Engineer | SPC & Optimization

Rome Metals, Inc.; Monroe (NC); Hybrid; USD 110,000 - 150,000; Full time

Job summary

ATI Specialty Materials in Monroe, NC seeks a Process Metallurgist Engineer to optimize titanium melt technology and support yield, cost and productivity improvements across assets. The role partners with Operations and Technology to quantify variability, deploy live SPC visibility, and accelerate sustainable manufacturing gains.

Responsibilities include building process baselines, defining critical variables, and leading cross-functional problem solving to ensure improvements are sustained.

Qualifications

• Masters degree in Materials Science, Metallurgical, Chemical, Mechanical, or related Engineering discipline.
• Advanced SPC and statistical methods experience (control charts, process capability, regression).
• Proven ability to analyze complex industrial processes and translate data into practical recommendations.
• Strong technical communication to shop-floor teams, engineers, quality personnel and leadership.

Responsibilities

• Strengthen KCC and critical-variable definition.
• Enable live digital SPC visibility with baselines and dashboards.
• Lead focused process analysis to identify improvement opportunities.
• Convert analysis into implemented improvements with cross-functional teams.
• Build and teach repeatable Process Excellence methods for SPC and data-driven optimization.
• Operate as a cross-functional technical resource across Operations, Engineering and Quality.

Skills

Advanced degree

Statistical SPC

Process engineering

Technical communication

Education

Masters degree

Tools

SCADA

MES dashboards

Data historians

Job description

ATI Specialty Materials in Monroe, NC seeks a Process Metallurgist Engineer to optimize titanium melt technology and support yield, cost and productivity improvements across assets. The role partners with Operations and Technology to quantify variability, deploy live SPC visibility, and accelerate sustainable manufacturing gains.

Responsibilities include building process baselines, defining critical variables, and leading cross-functional problem solving to ensure improvements are sustained.