Recently, students from the UK Pigman College of Engineering Department of Mechanical and Aerospace Engineering had the unique opportunity to visit the GE Aerospace Additive Technology Center in West Chester, Ohio, gaining firsthand exposure to the cutting-edge advancements shaping the aerospace industry.
During the tour, students explored GE Aerospace’s state-of-the-art manufacturing and testing facilities, learning about the latest innovations in materials science, manufacturing processes and aerospace engineering. They engaged in discussions with industry experts, observed advanced machining processes in action and gained a deeper understanding of the rigorous standards required in aerospace component production.
Meg Grady, Ph.D., associate professor in the Department of Mechanical and Aerospace Engineering and director of the Grady Lab, organized the tour for students to demonstrate industrial applications of the principles she teaches in the classroom. Grady, who leads research efforts on laser shock peening processed metals for aerospace and medical applications, emphasized the importance of connecting students with leading companies like GE Aerospace.
“This visit provided our students with an invaluable opportunity to connect their research to real-world challenges and see how advanced manufacturing techniques are applied at scale,” Grady said.
Students echoed Grady's enthusiasm and appreciation for the experience, noting the impact of witnessing manufacturing in action.
“Overall, it was a once-in-a-lifetime opportunity to see cutting-edge technology that is revolutionizing the additive manufacturing space,” said Austin Stallings, a senior majoring in mechanical engineering and member of the Grady Lab.
The tour also provided new insights into research areas for students.
“A good amount of discussion surrounded process monitoring and machining/printing parameters, which is the focus of my research,” said Brennen Mullins, a mechanical engineering doctoral student and member of the Schoop Lab.
Connor Adams, a junior majoring in aerospace engineering and Grady Lab member, was particularly impressed by the relevance of his material of interest, a titanium alloy called Ti64.
“Ti64 is very prone to cracking and is thus underutilized compared to other metal alloys. Whatever solution we may find in mitigating this problem will have significant industry applications," Adams said.
The Pigman College of Engineering prioritizes industry engagement as part of its commitment to preparing students for careers in engineering and technology. Through collaborative research and hands-on experiences, students gain the skills and knowledge needed to drive innovation in their chosen fields.
The GE Aerospace Additive Technology Center tour was made possible by GE Aerospace and supported by the Lighthouse Beacon Foundation.
