Tag: Finishing Fellowship

Finishing Fellowship Award – Spring 2026 – Adenike Olowolagba

Olowolagba, Adenike
Adenike Olowolagba, PhD in Chemistry, 2026

When I received my Ph.D. offer from Michigan Technological University, I was both excited and uncertain, having just been awarded another fully funded scholarship elsewhere. After reflecting on the research opportunities, mentorship, and environment that would best support my growth, I chose Michigan Tech, a decision that initially came with moments of doubt. Everyone had warned me about the cold, but no description could have prepared me for the first winter. During those early months, I sometimes wondered whether I had made the right choice. However, as I settled into my research group, connected with my advisor, and experienced the warmth and support of the Michigan Tech community, my uncertainty gave way to a deep sense of purpose and belonging. What began as a difficult decision has become one of the most rewarding experiences of my academic journey.

This growing sense of purpose translated into my research, which lies at the interface of chemistry and biology, focused on developing molecular tools for understanding disease mechanisms. My research centers on the design and synthesis of near-infrared fluorescent probes for detecting and monitoring key biomolecules in living systems. These probes help visualize complex biological processes such as enzyme activity, oxidative stress, and microenvironmental changes that are critical for early cancer detection and therapy. Working at the intersection of chemistry, biology, and imaging science has strengthened my creativity, problem-solving skills, and passion for translational research that bridges laboratory discovery with real-world health impact.

The journey has not been without challenges, but it has shaped me profoundly. My time at Michigan Tech has taught me resilience, perseverance, and adaptability. It has reminded me that meaningful science takes patience, collaboration, and curiosity. Above all, it has shown me the value of community—the mentors who guide, the colleagues who inspire, and the friends who make even the coldest days feel warm.

I am sincerely thankful to the Graduate School and the Graduate Dean Awards Advisory Panel for selecting me as a recipient of the Spring 2026 Finishing Fellowship. This fellowship gives me the opportunity to focus fully on my dissertation and complete this journey that began with uncertainty but has evolved into one of the most rewarding chapters of my life. I am especially grateful to my advisor, Dr. Haiying Liu, whose mentorship, patience, and constant encouragement have shaped both my scientific perspective and personal growth, and to the Department of Chemistry for its unwavering support.

Michigan Tech has offered far more than a place to study. It has been a community that nurtures innovation, resilience, and purpose. Through the challenges and triumphs of this Ph.D. journey, I have learned to approach science with persistence, creativity, and gratitude. Holding this fellowship is both an honor and a reminder of how far I’ve come, and of the responsibility to use my training to make meaningful contributions to science and human health in the years ahead.

Finishing Fellowship Award – Spring 2026 – Asky Fungura

Fungura, Asky Tatenda
Asky Fungura, PhD in Chemical Engineering, 2026

Learning at Michigan Tech has been a transformative journey that began in Fall 2021 and marked my transition from clean-energy and water-sustainability research into the world of nanoscale sensor technology. This shift opened my eyes to the power of nanomaterials and surface engineering, sparking a deep fascination with how subtle changes at the atomic scale can influence macroscopic behavior and shape the world around us.

My dissertation investigates metal oxide gas sensors for ultralow-concentration detection—technology that can advance breath-based disease diagnostics, environmental monitoring, and early-warning systems for public and industrial safety. I am fascinated by how this field turns scientific wonder into practical breakthroughs, pushing sensing limits not by discovering new elements, but by creatively engineering the materials we already know. Along this journey, I have gained hands-on experience in nanoscale materials synthesis, microfabrication, and surface-engineering methods, deepening my expertise and passion for materials-driven innovations.

Beyond the laboratory, my time in Michigan’s Upper Peninsula has been incredibly meaningful. I enjoyed the quiet beauty of the region—its forests, water bodies, and changing seasons—which has provided both inspiration and balance during my research journey. The university’s strong support network, including access to advanced instrumentation and partnerships with other institutions when specialized tools were needed, has played a key role in my academic and professional growth.

I am honored and grateful to the Graduate School and the Graduate Dean Awards Advisory Panel for this recognition and the support to be provided through the Doctoral Finishing Fellowship. I am deeply thankful to Dr. Liu for the mentorship throughout this transformative journey, and to my committee members and department colleagues for their guidance, support, and encouragement. This fellowship is part of the collective support I have received at Michigan Tech, and I am sincerely appreciative.

Finishing Fellowship Award – Spring 2026 – Parinaz Eskandari

Eskandari, Parinaz
Parinaz Eskandari, PhD in Electrical Engineering, 2026

When I first moved to the United States from my home country, Iran, I carried with me a deep curiosity and determination to expand my research in electrical engineering—without knowing exactly where this journey would lead. I began my PhD at Western Michigan University in 2021 and later transferred to Michigan Technological University in 2023 to pursue advanced research in semiconductor-based devices. Joining Dr. Paul Bergstrom’s group allowed me to focus on microfabrication and semiconductor technology using the M&M facilities, and to benefit from his mentorship and expertise. I am truly grateful to be his doctoral student, as I have learned not only about semiconductor science but also invaluable lessons in perseverance, patience, and resilience throughout my PhD journey.

Over the past two and a half years, I have gained extensive experience in both research and teaching, shaping my technical expertise and hands-on skills in semiconductor and electrochemical systems. My dissertation, titled “Toward Single-Entity Electrochemical Sensing Using Nanoscale Pores in a Planar Electrode Array,” focuses on developing nanoscale platforms for detecting and characterizing individual biomolecules. Traditional electrochemical methods detect analyte composition in bulk but lack single-entity precision. My research addresses this limitation by modeling and fabricating planar microelectrode arrays coated with ultra-thin SiO₂ films containing nanoscale pores. These pores act as molecular traps, confining electrochemical reactions to localized sites and enabling detection of individual biomolecules such as elevated liver enzymes. Validated performance confirmed the potential of nanoscale, pore-confined electrochemical sensing for next-generation diagnostic systems, as presented in my recent work at the IEEE NMDC 2025 Conference and the 248th Electrochemical Society (ECS) Meeting in Chicago.

I was deeply honored to receive the Outstanding Graduate Student Teaching Award from the Graduate School in Spring 2025 for my work in the Chip Fabrication and Photonic Materials laboratories within the Department of Electrical and Computer Engineering. This recognition was especially meaningful, as teaching has been one of the most rewarding parts of my PhD journey—an opportunity to inspire curiosity and confidence in students while continuing to learn and grow alongside them.

Outside of research, I find balance through music and nature. I enjoy playing Piano and Hang Drum, hiking, and exploring the peaceful landscapes of Michigan’s Upper Peninsula, which have provided inspiration and calm throughout my doctoral journey.

The Michigan Tech Doctoral Finishing Fellowship will support the final stage of my doctoral research and dissertation completion during the Spring 2026 semester. I am deeply grateful for this opportunity to dedicate my full focus to completing and sharing my work in single-entity electrochemical sensing.

Finishing Fellowship Award – Spring 2026 – Eli Harma

Harma, Eli A.
Eli Harma, PhD in Materials Science and Engineering, 2026

I have been a student at Michigan Tech since 2018, when I started my undergraduate degree. I quickly became involved with research at MTU, joining the Advanced Metal Works Enterprise (AME), where we worked on different materials engineering projects. Some of my favorite research projects include alloy development work for metal 3D printing and materials modeling work for FEA simulations.

Given my interest in materials research, I contacted my now advisor, Dr.Paul Sanders, about doing a master’s project. He found me a project with Relativity Space focused on developing aluminum alloy wire for metal 3d printing applications. After my master’s, I wanted to continue on to a PhD. Given my experience with materials modeling and aluminum alloy design, I began work on developing new aluminum alloys for the extrusion industry. The goals of our current research is to develop a high-strength, highly formable alloy that can be used for automotive applications. What I enjoy most about my research is the physical experiments and connecting physical testing with simulation work. I included an image of me performing one of our billet castings in the foundry. This billet is formed into sheets to perform various experiments.

Besides my research, I continue to be involved with the AME enterprise and aid the materials science and engineering senior design teams. My involvement is generally as a subject matter expert who assists with advanced materials characterization techniques. I enjoy being involved with the students’ projects and helping them complete their research.

I would like to thank all the staff and faculty of the materials science and engineering department. Their involvement with research and knowledge makes completing our research projects an enjoyable learning experience. Finally, I would like to thank the graduate school and the graduate dean’s awards advisory panel for considering me for the finishing fellowship.

Finishing Fellowship Award – Spring 2026 – Hamed Fahandezh Sadi

Fahandezh Sadi, Hamed
Hamed Fahandezh Sadi, PhD in Atmospheric Sciences, 2026

I am honored to receive the Doctoral Finishing Fellowship at Michigan Technological University. I’m grateful to the Graduate School and the Graduate Dean Awards Advisory Panel for this support, and especially to my advisor, Prof. Raymond Shaw, whose unwavering guidance and support throughout my PhD have been invaluable in shaping both my research and my growth as a scientist. Before joining MTU, I completed an M.S. at the University of Tehran, Iran. At MTU, I have pursued Ph.D. research in atmospheric physics examining how tiny airborne particles tip the balance between haze and cloud.

First, we showed that not only “too many particles” but also “too large particles” can prevent cloud formation and leave the system in haze. In controlled chamber experiments, we held conditions fixed and varied particle size: larger salt particles drew water rapidly yet required extra time to become true droplets, draining the limited water supply and slowing activation. We derived a simple scaling showing that activation time rises sharply with particle size.

Second, we introduced a practical method to diagnose the haze–cloud state without direct supersaturation measurements by tracking how haze-droplet and cloud-droplet counts co-vary. In both chamber experiments and large-eddy simulations, this relationship flips sign across three regimes—near zero in clean conditions, positive in moderate conditions, and negative in polluted conditions—providing an easy way to tag regimes in real fogs and low clouds and to guide interventions (e.g., fog dispersal or seeding) toward situations where they are more likely to work.

I also thank my committee members, the Cloud Chamber group, and the faculty and staff of the Department of Physics for their support throughout my Ph.D. journey.

Finishing Fellowship Award – Spring 2026 – Jacob Jackson

Jackson, Jacob
Jacob Jackson, PhD in Biomedical Engineering, 2026

I’m grateful and honored to be awarded a Doctoral Finishing Fellowship. I would like to thank the Graduate Dean Awards Advisory Panel and the Graduate School for their recognition and support as I approach the end of my PhD studies. Their support will let me dedicate my time to completing my dissertation.

I joined Dr. Yu’s Neural Engineering lab as an undergraduate research assistant in 2021 and quickly became fascinated by the brain and developing treatments for neurological conditions. Knowing that our research could improve people’s lives gave me great purpose and drove me to continue onto my PhD.
My research focuses on optimizing deep brain stimulation (DBS) for Parkinson’s Disease (PD) to improve the quality of life of individuals undergoing this treatment. Specifically, I look at optogenetics and adaptive DBS (aDBS). Current clinically used DBS treatment involves delivering high-frequency electrical pulses to target structures in the brain. While effective at treating PD symptoms, adverse effects and limited battery life can limit the quality of life of those implanted. Optogenetics aims to improve on the spatial specificity of DBS by using genetic modification to allow for cells to activate using light. Electrical stimulation is non-specific and can spread to nearby structures whereas using optogenetics, only the specific brain structure is stimulated. aDBS improves the temporal specificity of DBS by using biomarkers found in the neural activity of the brain to deliver stimulation only when the brain needs it. This avoids unnecessary activation to reduce adverse effects and improve battery life of the implanted device. Combining these two powerful optimization strategies creates a more efficient and targeted treatment for PD.

I would like to thank my advisor Dr. Traci Yu for her mentorship throughout this long journey. Her support and guidance helped foster my passion for neural engineering research. I am also grateful for the support of the Biomedical Engineering department and the Michigan Tech community throughout this stage of my journey. As I look forwards to the next chapter, I am thankful for everything I’ve learned and experienced during my time at Michigan Tech.

Finishing Fellowship Award – Spring 2026 – Caitlyn Sutherlin

Sutherlin, Caitlyn E.
Caitlyn Sutherlin, PhD in Environmental and Energy Policy, 2026

I started at Michigan Tech in 2022, and I have grown to love the Keweenaw! It has become my home away from home, and I even love the snow. Since I started, I have had the opportunity to teach on campus, work at the Writing Center, teach on Tech Study Away programs in Costa Rica and Wales, attend COP28 in Dubai, and conduct research in El Salvador over 3 separate visits!

My research looks at the incorporation of local traditional knowledge (LTK), which includes Traditional Ecological Knowledge (TEK) and Indigenous knowledge, into adaptation strategies. In my first year, I conducted a photovoice project to identify community connections to Nature in the small town of California in rural El Salvador. My results showed that the way participants connected to their environment impacted their perception of vulnerability to climate change. I also research organizational factors that might affect the incorporation of LTK and local contextual perceptions of vulnerability into adaptation strategies by a non-governmental organization working in the region.

My favorite parts of my research and PhD experience have been the multiple opportunities abroad that I have gotten to pursue! Central America has a really special place in my heart, and so any and all time that I have gotten to spend there are some of my favorite memories!

I want to thank the Graduate Dean Awards Advisory Panel for granting me this Finishing Fellowship! I also want to thank my advisers and committee members, Dr. Angie Carter, Dr. Kari Henquinet, Dr. Luke Bowman, and Dr. Pam Martin for their support in my research and helping me secure grants to pursue my research. I also want to thank my colleagues at the Writing Center, my friends, my partner, and my dog, Ducky!

Finishing Fellowship Award – Spring 2026 – Md Khairul Islam

Islam, Md Khairul
Md Khairul Islam, PhD in Computational Science and Engineering, 2026

I am deeply honored to receive the Doctoral Finishing Fellowship and extend my sincere gratitude to the Graduate School and the Graduate Dean Awards Advisory Panel for this recognition. This award offers essential support at this pivotal stage of my Ph.D. journey and affirms the value of my research contributions.

As a Ph.D. candidate in Computational Science and Engineering at Michigan Technological University, my work focuses on advancing bioinformatics, particularly in plant genomics, complex disease associations, and systems biology. I have actively engaged in interdisciplinary collaborations through DOE, NSF, and CDC funded projects, where I developed novel computational frameworks such as PredTORpath, DyGAF, and TGPred. These algorithms combine statistics, machine learning, and biological data analysis to reveal gene regulatory mechanisms across plant and human systems, and are publicly available to support the scientific community.

In addition to research, I have contributed to peer-reviewed publications, mentored graduate helper, and participated in cross-disciplinary initiatives—all of which have shaped my long-term commitment to innovation in computational biology.

I am especially grateful to my advisor, Dr. Hairong Wei, for his unwavering mentorship and guidance, and to my colleagues in both the College of Forest Resources and Environmental Science—where my research is based—and the College of Computing, which hosts my Ph.D. program in Computational Science and Engineering, for their continued support.

This fellowship enables me to focus on completing my dissertation and further pursue impactful research at the intersection of artificial intelligence, genomics, and precision medicine. I am sincerely thankful for this opportunity and remain committed to advancing sustainable agriculture and human health through computational innovation.

Finishing Fellowship Award – Spring 2026 – YI ZHI CHU

Chu, Yi Zhi
Yi Zhi Chu, PhD in Physics, 2026

Which novel materials can be considered for next-generation energy storage applications? Can we design new materials with comparable or even superior mechanical properties by simply substituting their constituent chemical elements? These are some of the questions that have motivated my pursuit of research in computational materials physics.

My journey as a Ph.D. candidate began when I joined the Department of Physics at Michigan Technological University in Fall 2021 with Professor Ravindra Pandey as my advisor. My research focuses on theoretical and computational modeling of materials using Density Functional Theory (DFT), an efficient and powerful approach that allows us to predict materials’ properties from first-principles atomistic simulations.

Working with my co-advisor, Professor Kah Chun Lau, I study the potential hydrogen storage applications of a novel material on a Department of Energy (DOE) funded collaborative project. In addition, during my time at Tech, I have also had the privilege of contributing to the modeling of photocathode materials at Los Alamos National Laboratory. Through these projects, I have been able to explore and address questions that contribute to advancing next-generation energy applications.

I am deeply grateful to the Graduate Dean Awards Advisory Panel for recommending and awarding this fellowship, which supports the final stage of my Ph.D. journey at Tech. I would also like to express my sincere appreciation to my advisors for their unwavering support and guidance.

Summer 2026 Finishing Fellowship Nominations Open

Applications for Summer 2026 finishing fellowships are being accepted and are due no later than 4 p.m. on February 24, 2026 to the Graduate School. Please email applications to gradschool@mtu.edu.

Instructions on the application and evaluation process are found online. Students are eligible if all of the following criteria are met:

  1. Must be a PhD student.
  2. Must expect to finish during the semester supported as a finishing fellow.
  3. Must have submitted no more than one previous application for a finishing fellowship.
  4. Must be eligible for candidacy (tuition charged at Research Mode rate) at the time of application.
  5. Must not hold a final oral examination (“defense”) prior to the start of the award semester.

Finishing Fellowships provide support to PhD candidates who are close to completing their degrees. These fellowships are available through the generosity of alumni and friends of the University. They are intended to recognize outstanding PhD candidates who are in need of financial support to finish their degrees and are also contributing to the attainment of goals outlined in The Michigan Tech Plan. Students who receive full support through a Finishing Fellowship may not accept any other employment. For example, students cannot be fully supported by a Finishing Fellowship and accept support as a GTA or GRA.