Melt Process Engineering Intern - Hands-On Metallurgy

Assistance Technique Internationale; Oakdale (PA); On-site; USD 25,000 - 39,000; Part time

Job summary

ATI in Oakdale, PA invites you to join as a Process Engineering Intern focused on Melt Process Engineering. You will assist with the formulation, primary melting, and final melting of titanium, nickel, and specialty alloys, playing a direct role in how high-value materials are produced for high-performance products.

You will work alongside experienced engineers and operators to improve throughput, reduce defects, and drive process efficiency on assets such as plasma cold hearth furnaces and

Qualifications

• Pursuing BS degree in Metallurgical, Chemical, Mechanical, or Materials Eng.
• Strong academic standing and relevant engineering coursework.

Responsibilities

• Support raw material barcoding functional requirements and related process improvements.
• Assist with Master Powder Blending BOS formulation projects.
• Participate in a Load Station table vibration study to support engineering and process improvement efforts.
• Apply engineering knowledge to hands-on projects within the manufacturing environment.
• Work with the engineering team to establish project goals, milestones, and deliverables.

Skills

Strong analytical

Problem solving

Team collaboration

Data interpretation

Education

BS in Metallurgical Engineering

BS in Chemical Engineering

BS in Mechanical Engineering

BS in Materials Science & Engineering

Other related Engineering

Tools

Excel

Python

Minitab

JMP

Job description

ATI in Oakdale, PA invites you to join as a Process Engineering Intern focused on Melt Process Engineering. You will assist with the formulation, primary melting, and final melting of titanium, nickel, and specialty alloys, playing a direct role in how high-value materials are produced for high-performance products.

You will work alongside experienced engineers and operators to improve throughput, reduce defects, and drive process efficiency on assets such as plasma cold hearth furnaces and