Proven to Perform. From the edges of space to the bottoms of ocean, our materials are proven to perform -- and so is our team. We're hiring high performers as proven as our products. Join us. ATI is seeking to hire a Chemistry Intern for our Summer 2025 Internship Program. This position will be based in Millersburg, OR and will run from June to August 2025. Relocation and housing assistance is available for the summer. Our Internship Program is designed to provide a rewarding experience and the features of ATIs Internship Program include: + Experiential Learning: Hands on work assignments and projects related to your career field of interest + Professional Development: Curriculum designed to develop your business acumen and professional skills + Professional Networking: Planned events meant to give you informal networking opportunities with other interns and employees As an intern at ATI, youll gain hands-on experience, learn from experts, and collaborate with teams that do truly exceptional things. The projects and skills outlined below will be guided and directed by an established ATI-Professional in your field of interest. What You'll Do The Chemistry / Chemical Engineering Intern will be collecting samples from Chemical Operations, running bench-scale experiments, and interpreting data obtained from laboratory analysis, as well as helping with projects such as discovering new separations technology or streamlining production processes. The ideal intern will be comfortable with extracting detailed context from data, have excellent interpersonal skills, and possess a drive to learn in a multidisciplinary environment. What You'll Gain + Learn to understand varied and complex manufacturing process steps and the chemical species involved. + Read relevant scientific literature for insight into chemical process steps and potential technological improvements. + Develop awareness of potential exposures to chemical and physical hazards common in industrial environments and analytical laboratory spaces. + Collect samples in an industrial setting, then prepare and submit samples for laboratory analysis. + Set up experiments utilizing bench-scale processing or laboratory equipment. + Record and interpret collected data and deduce conclusions that are relevant to production applications. + Process improvements for the chemical separation and production of Zr and Hf + Detailed process flow mapping of elaborate chemical process steps and their design + New (non-metallic) chemical/composite/ceramic product development