Materials Engineering Intern – Summer, Global Impact

Rolls-Royce Corporation; Indianapolis (IN); On-site; USD 25,000 - 44,000; Full time

Job summary

Rolls‑Royce Corporation invites students to join the Materials Engineering Intern program for a 12‑week summer experience in Indianapolis, IN. The role focuses on materials specifications, data handling, and collaboration with design and manufacturing teams on real projects.

You will execute projects, analyze results, and publish findings while delivering presentations on progress. The program emphasizes hands-on learning, mentorship, and exposure to cutting-edge materials processes in a global

Qualifications

• Good written and oral communication to a variety of audiences.
• A strong passion for the future of technology.
• Willingness to travel between locations during internship.
• Open-minded, curious, and agile approach to work and career development.

Responsibilities

• Executing materials engineering projects that support manufacturing, design, or service, including planning and managing projects, conducting experiments and performing modeling.
• Analyzing results and publishing reports detailing procedures and conclusions.
• Delivering presentations on project status and key milestones.
• Collaborating with engineering teams to execute larger projects.

Skills

Communication skills

Passion for technology

Willingness to travel

Adaptable mindset

Education

Materials Science

Materials Engineering

Ceramics Engineering

Chemical Engineering

Engineering major with focus in Materials

Job description

Rolls‑Royce Corporation invites students to join the Materials Engineering Intern program for a 12‑week summer experience in Indianapolis, IN. The role focuses on materials specifications, data handling, and collaboration with design and manufacturing teams on real projects.

You will execute projects, analyze results, and publish findings while delivering presentations on progress. The program emphasizes hands-on learning, mentorship, and exposure to cutting-edge materials processes in a global