Capt. (Ret.) Brad Baker - Nuclear Propulsion, Merging Energetics, and Additive Manufacturing

NucleCast

Captain Retired Brad Baker discusses the development of the nuclear engineering program at the U.S. Naval Academy and the recruitment of nuclear propulsion officers. He emphasizes the importance of technical training and the opportunities available in the Navy for those with a nuclear engineering background. Brad also talks about the additive manufacturing program at the Naval Academy and its significance for the Navy. He envisions the merging of energetics and additive manufacturing, as well as the integration of artificial intelligence and machine learning in additive manufacturing and highlights the need for advancements in the qualification of additive manufacturing parts.

Proudly starting his military career as an enlisted Sailor, Dr. Brad Baker completed a distinguished 36-year career in the Navy retiring as a Captain with degrees in Marine Engineering, Joint Campaign Planning and Strategy, and a PhD in Mechanical Engineering. He served in a variety of leadership positions in submarines followed by over 10 years as a Permanent Military Professor at the United States Naval Academy where he was one of few military members promoted to Associate Professor. A strong advocate for the Naval Academy and education, he has the longest tenure as chairman of the Naval Academy’s Admission Board serving in that capacity for 7 years. He has received multiple award recognitions including teaching awards, selection as one of the 20 most influential academics in smart manufacturing in 2021, the first ever education and workforce development award by America Makes in 2024, and other awards. Following his retirement from the military, he became Principal Engineer for Energetics Technology Center bringing his leadership and technical expertise to expand the engineering analysis and strategic policy around energetic materials and advanced manufacturing. His technical areas of expertise include materials science, nuclear engineering, microscopy, and additive manufacturing.

Chapters

00:00 Introduction and Background

03:27 Establishing the Nuclear Engineering Program at the Naval Academy

05:52 Recruiting Nuclear Propulsion Officers

10:11 The Significance of Additive Manufacturing at the Naval Academy

17:29 Merging Energetics and Additive Manufacturing

20:39 Integrating Artificial Intelligence and Machine Learning in Additive Manufacturing

29:16 Advancements in Qualification of Additive Manufacturing Parts

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