Product Engineering Intern – Materials & Metallurgy

aticareers; Monroe (NC); On-site; USD 25,000 - 30,000; Full time

Job summary

ATI Specialty Materials in Monroe, NC invites rising juniors and seniors to join the 2027 Product Engineering Internship. You'll work on turning alloy designs into manufacturable, high-performance products within real production environments.

You’ll apply materials science or mechanical engineering knowledge to optimize microstructure, improve specifications, and support process capability. Projects may involve nickel shapes, processing parameters, and metallurgy for demanding applications.

Qualifications

• Rising junior or senior pursuing a BS in Materials Science & Engineering, Metallurgical Engineering, Mechanical Engineering, or Chemical Engineering.
• GPA 3.0 or higher (preferred).
• Interest in product development, metallurgy, or high‑performance alloy applications.
• Familiarity with Excel, data analysis tools, or metallurgical lab techniques.

Responsibilities

• Optimizing Boeing shapes processing parameters to support process performance and consistency.
• Standardizing reheat points for nickel shapes and rectangles.
• Supporting process improvement activities related to materials processing and metallurgy.
• Applying materials science and metallurgical concepts to hands-on manufacturing projects.

Skills

Materials science

Metallurgical Eng

Mechanical Eng

Chemical Eng

Excel

Data analysis

Lab techniques

Education

Materials Science & Engineering

Metallurgical Engineering

Mechanical Engineering

Chemical Engineering

Tools

Excel

Job description

ATI Specialty Materials in Monroe, NC invites rising juniors and seniors to join the 2027 Product Engineering Internship. You'll work on turning alloy designs into manufacturable, high-performance products within real production environments.

You’ll apply materials science or mechanical engineering knowledge to optimize microstructure, improve specifications, and support process capability. Projects may involve nickel shapes, processing parameters, and metallurgy for demanding applications.