Day: January 13, 2025

Finishing Fellowship- Spring 2025- Eileen Reeves

Eileen Reeves, PhD in Forest Science

I began my work at Michigan Tech in 2020 as a PhD student in Dr. Andy Burton’s lab. I joined his lab to work on the FACE Wood Decomposition Experiment, a long-term ecological research project studying the movement of carbon from decomposing wood into soil and the atmosphere. I came from a background in entomology and community ecology, and was so excited to broaden my experiences working on biogeochemistry. From the first time I met Dr. Burton and visited Houghton, I knew this was where I wanted to get my advanced degree.

In my time here at Michigan Tech, I have had the opportunity to travel the country, work with collaborators from multiple universities as well as the US Forest Service, learn cutting edge molecular genetics techniques, present my research at national conferences, and make some amazing friends. I’ve learned how to cross-country ski, how to teach ecology to classes of undergraduates, and how to analyze complex community data. I know all these experiences and more that I’ve had here will serve me well in my future career.

I am profoundly grateful to the Graduate Dean Awards Advisory Panel for this finishing fellowship, which will allow me to focus completely on my analysis and writing in the spring semester. I would also like to thank Dr. Burton, Dr. Külheim, Dr. Marcarelli, and Dr. Hersch-Green for all their support as my committee throughout my time here at Michigan Tech, and to thank the students in the forest genetics lab for all their help. Science is always a collaborative effort, and I am so grateful to have such dedicated and passionate collaborators.

Finishing Fellowship- Spring 2025- Akash Kumar

My Ph.D. journey at Michigan Technological University began in Fall 2021 in the Department of Mechanical Engineering-Engineering Mechanics, where I have focused on developing complex constitutive and phase-field failure models to gain a deeper understanding of fracture behaviors and improve material performance under diverse loading conditions. My research also explores the development of multiscale and Multiphysics models, contributing to the design of resilient materials for critical structural and industrial applications. Working at the intersection of advanced material modeling and computational mechanics has been both intellectually inspiring and transformative, shaping my approach to tackling some of the most challenging problems in engineering.
The primary objective of my research is to develop computationally efficient models that accurately capture complex fracture phenomena in fiber-reinforced polymer composites (FRPCs). By incorporating advanced constitutive modeling and phase-field fracture techniques, I investigate crack interactions in FRPCs under the influence of various environmental and loading conditions. My work aims to improve the predictive capabilities of models used in the design and optimization of high-performance materials.
I would like to express my sincere gratitude to the Graduate School and the Graduate Dean Awards Advisory Panel for awarding me the Doctoral Finishing Fellowship. This recognition is both an honor and a motivation as I approach the final stages of my Ph.D. I am deeply grateful to my advisor, Dr. Trisha Sain, whose guidance, encouragement, and unwavering support have been crucial throughout my doctoral journey. Her mentorship has been instrumental in shaping me into an independent researcher and has helped me navigate the complexities of my work. I also want to acknowledge the department of Mechanical Engineering for its support during my PhD studies.
As I enter the final phase of my PhD, I look forward to completing my research and advancing my career in the field of computational mechanics and material science, where I hope to make meaningful contributions to solving critical challenges.