b'TALENT PIPELINE: A thermoelectric device was constructed and tested to demonstrate the performance Miu Lun Lau, student at of the heat pipe heat exchanger thermoelectric platform. The heat pipes, heat Boise State University exchanger, and thermoelectric components were modeled in MOOSE to optimize Patrick Moo, student at their thermal and electrical performance. The novel integration of the heat pipe, heat Florida State University exchanger, and thermoelectric device can be applied to a myriad of thermal transport Nathan Linton, student at applications, including wind, solar and nuclear energy, waste heat recovery, and University of Wyoming other heat removal systems.Laura Ziegler, student atUniversity of UtahKari Perry, student at PUBLICATION AND PRESENTATIONS:Montana State University Guillen, D. P., Machine Learning Applications in Advanced Manufacturing Processes, Alexander Proschel, student atJournal of the Minerals, Metals and Material Society 72(11) (2020) 39063907.Northwestern University Guillen, D. P., A. Wagner, P. Moo, C. Turner, Additive Manufacturing of Heat Pipes, 2020 The Minerals, Metals, and Materials Society Meeting, Feb. 2327, 2020. Guillen, D. P., P. Moo, M. Shaltry, R. OBrien, Advances in Digital Light Processing Printing for Energy Applications, 2021 The Minerals, Metals and Materials Society Meeting, Mar. 1418, 2021. Proschel, D. P. Guillen, D. Tucker, D. Dunand, 3D Ink-Extrusion Printing of Thermoelectric Materials onto Heat Exchangers, 2022 The Minerals, Metals and Materials Society Meeting, Feb. 27Mar. 3, 2022. 81'