How NASA's Additive Manufacturing Expertise is Revolutionizing Space Exploration

As a third-year aerospace engineering student at Georgia Tech, Dalton Luedke has always had a passion for science, math, and aviation. Growing up in Woodstock, Georgia, he knew that the university would be the perfect place to explore those interests. Many of his friends are studying aerospace engineering, and his father worked as an air traffic controller in the U.S.

Luedke's exposure to additive manufacturing (AM) during a summer internship at NASA significantly impacted his work as he designed his engine for AM. He learned a lot about design for manufacturing as it pertains to AM, which is essential for his job at the Aerospace Manufacturing and Services (AMS). At AMS, Luedke works with labs to communicate the best way to design and manufacture different parts.

One of the most significant experiences that helped Luedke develop a large knowledge base related to additive manufacturing for aerospace applications was working at the Yang Aero Maker Space (AMS) on campus. The maker space is specifically designed for aerospace labs, where Luedke worked as a mentor before moving into an officer position. This hands-on experience allowed him to delve deeply into various machining and manufacturing processes.

Luedke's work at AMS gave him exposure to a variety of manufacturing processes, including 3D printing. He found his place on campus and quickly became involved in projects that focused on additive manufacturing for aerospace applications. His contributions were so significant that NASA described them as 'sizable,' even though the model engine he created is small enough to hold in one's hand.

During his summer internship at NASA, Luedke worked with a team exploring new rocket designs that are more powerful and weigh less. This experience helped him develop a better understanding of design for manufacturing and communication between labs and engineers. His work has implications for deep space exploration to the moon and Mars, making it a crucial contribution to the field.

In summary, Dalton Luedke's expertise in additive manufacturing is revolutionizing space exploration at NASA. His hands-on experience working with aerospace labs and his exposure to various machining and manufacturing processes have given him a unique perspective on design for manufacturing. As he continues to contribute to the development of new rocket designs, Luedke is paving the way for future advancements in deep space exploration.

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