Author: Narendra Chandrakant Gadkari

Finishing Fellowship – Spring 2025 – Larissa Juip

Larissa began her PhD in the Social Sciences’ Industrial Heritage and Archaeology program in 2019. She is of mixed settler and Onondaga heritage. Her research is informed by the Two Row Wampum belt research partnership principles and utilizes Indigenous storywork to elevate the past and present connections to iron mining within Indigenous and Descendant communities around Minnesota’s ‘Iron Range’. Larissa has worked on various projects elevating Indigenous knowledge in environmental education with Project Learning Tree and with Voyageurs National Park and their non-profit partner, Voyageurs Conservancy, including a National Park Foundation funded Tribal Co-Stewardship initiative. She has been an educator with the Gidakiimanaaniwigamig Ojibwe youth STEAM, language and culture camp on the Fond du Lac Reservation since 2017. In 2023, she was awarded an ACLS/Mellon Dissertation Innovation Fellowship in recognition of her novel approach to research. Larissa has also served in a volunteer position on the Project Learning Tree Education Operating Committee since 2022 and is a member of the Native Emerging Professionals Network within the Association of Tribal Archives, Libraries and Museums. In 2020 she married her partner, James, and in 2021 they welcomed their daughter, Awéha, who often accompanies her on research trips and at conference presentations.

MAGS Distinguished Thesis Award Nominee – Fall 2024 – Draper, Thomas R.

Thomas Draper, M.S. in Engineering Mechanics, 2024

My journey at Michigan Technological University began in the fall of 2019 as an undergraduate in the Mechanical Engineering Department. From the start, I was captivated by mechanics and material behavior, eager to deepen my understanding beyond the standard curriculum. This curiosity ultimately led me to pursue a master’s thesis under the mentorship of the same remarkable faculty who had inspired my undergraduate studies.

In 2023, as I was completing my undergraduate degree, I was introduced to my research advisor, Dr. Susanta Ghosh, who welcomed me to his research team with open arms. Dr. Ghosh guided me into the world of research and helped me shape my research focus—a gift of mentorship for which I am endlessly grateful.

My research centered on understanding the fracture characteristics of 3D-printed lattice metamaterials. Advances in manufacturing techniques, material synthesis, and microstructure design have opened up boundless possibilities in material design. One of the critical properties that can be fine-tuned through these innovations is fracture toughness, essential for structural applications. My work sought to explore how variables such as relative density and build orientation affect the fracture toughness of octet lattice metamaterials through experimental fracture testing.

I extend my sincerest gratitude to the Graduate School and the Graduate Dean Awards Advisory Panel for nominating me for the Midwestern Association of Graduate Schools Distinguished Master’s Thesis Award. I would also like to thank the Mechanical Engineering Graduate Department for this honor. Special acknowledgment goes to my advisor, Dr. Susanta Ghosh, for his relentless support, passion for research, and invaluable mentorship. His guidance has been pivotal in shaping my thesis and deepening my understanding of the field. I am truly fortunate to have had the chance to learn from him. Additionally, I want to express my appreciation to my committee members, collaborators, and lab team, whose support has been integral to my academic journey.