“Those who know, do. Those who understand, teach,” is how Greek philosopher Aristotle put it. My name is Parth Bhatt and I come from the western coast state of Gujarat in India. I came to Michigan Tech in the Fall of 2016 for a master’s in the College of Forest Resources and Environmental Science (CFRES). Before coming to the states, I completed my master of science in the field of Environmental Science in India and was working as a trainee at the Space Application Center, Indian Space Research Organization. It was during my time at the space agency I got exposure to the field of Geographic Information Science and Remote Sensing and realized that I want to go abroad for higher education. When I got the admit letter from Michigan Tech, I was assigned Dr. Ann Maclean as my advisor, and to be honest, the email conversations I had with her were the driving factors for making Michigan Tech and CFRES my choice. I should say choosing Michigan Tech, CFRES, and Ann as my advisor were some of the best decisions of my life. I completed my MS here at Tech in Fall 2018 and continued the journey further by joining Ph.D. under Dr. Maclean. My master’s and Ph.D. project involve working with the USDA Forest Service, mapping the Hiawatha National Forest at the Natural Habitat Community level. We use high-resolution UAV and airborne NAIP imagery coupled with machine learning algorithms to classify the forest. The project is significant for the USFS as the end products (i.e. classified maps) help the management authorities to protect and manage the forest and help in better decision making. I also work on a national level project of mapping and monitoring the Forest Health by ecoregions across the contiguous United States using Google Earth Engine with the USDA Forest Service. Along with research, I have been enjoying teaching GIS classes in CFRES since Spring 2017, I mainly teach the undergraduate and graduate-level GIS classes and labs. Since Fall 2020, I’ve had the wonderful opportunity to be a Graduate Teaching Instructor (and thanks to my advisor Dr. Ann Maclean and my dean Dr. Andrew Storer, who trusted and motivated me) to take on this opportunity. I am thankful to my department who nominated me and grateful to the university for selecting me as a nominee for the Midwestern Association of Graduate School Excellence in Teaching Award. It is an absolute honor to represent Michigan Tech at the MAGS 2022.
I joined the Department of Chemistry at Michigan Technological University (MTU) in Fall/2017 as a graduate student in chemistry. Before joining MTU, I obtained my BSc (Hons) in chemistry from the University of Sri Jayewardenepura, Sri Lanka and in parallel to that I completed my second BSc in chemistry at the Institute of Chemistry Ceylon, Sri Lanka. I had a strong desire to follow a Ph.D. in physical chemistry therefore, I joined Dr. Kathryn Perrine’s surface science research group. The reason why I decided to select surface science to pursue my Ph.D. is, it is an interdisciplinary subject area that connects several disciplines such as chemistry, vacuum technology, physics, and engineering. My Ph.D. research mainly focused on studying the influence of the chemical environment on interfacial corrosion at air/electrolyte/iron interface using surface sensitive infrared spectroscopy. I was able to develop a method to investigate interfacial corrosion and mineral formation at air/liquid/solid interfaces with the guidance of my research advisor. Also, I completed MS in chemistry on the way to my Ph.D. I was fortunate to obtain a lot of experience in vacuum science and technology as a part of my Ph.D. career. Furthermore, I gained knowledge and experience in studying chemical reactions of simple halogenated gas molecules on single crystal metal surfaces under in situ and operando conditions.
I would like to express my sincere gratitude to the Department of Chemistry and the Graduate College of Michigan Technological University for giving me an invaluable opportunity to join the MTU community as a graduate student and for their continuous support for achieving my Ph.D. goals. My special thank goes to my research advisor Dr. Kathryn A. Perrine and also to all the graduate committee members (Dr. Loredana Valenzano, Dr. Rudy Luck, and Dr. Lei Pan) for their invaluable guidance and mentorship extended for me throughout my journey to the Ph.D.
James Rauschendorfer is a PhD candidate in the Forest Molecular Genetics and Biotechnology graduate program. He is the recipient of a spring 2022 finishing fellowship and is advised by Dr. Carsten Külheim and Dr. Molly Cavaleri.
The main goal of his PhD project is to assess the climate change readiness of these species using provenance trials, genetics, and physiology. His study is the first to use such a combination to assess climate adaptation in trees and will help prevent deforestation through climate-related events. He is personally excited to live at a time when genetic resources are becoming widely available for many tree species.
Since early in my life, I knew I wanted to be in the healthcare field. I take inspiration from Dr. John J. Durocher, my advisor at Michigan Tech and my father who is a pulmonologist in India. I saw them both work hard in providing awareness for prevention and treatment of many diseases in the community. As an undergraduate in Physical Therapy, I learned more about non pharmacological treatment methods such as exercise for intervention of many diseases. I continued this by pursuing masters in Exercise Science and I learned about the research aspect of what I was doing clinically.
I wanted to expand my horizons and establish myself as a healthcare professional. I started my PhD with Dr. Durocher in fall 2018 on a National Institutes of Health project on “Mindfulness and neurocardiovascular control”. Our research is focused on evaluating the effects of non pharmacological interventions such as mindfulness, stress management, exercise and sleep for management of anxiety, blood pressure regulation and sleep. Long term high anxiety is the major cause for many cardiovascular diseases such as hypertension, heart attacks and strokes. Anxiety is also speculated to cause loss of elasticity in the arteries and high sympathetic drive which is the major reason for such cardiovascular risks. Non pharmacological treatment strategies such as mindfulness, stress management, exercise and sleep have gained popularity for managing these diseases. Our research was also active during the peak COVID-19 pandemic when everything was shut down and people were forced to follow stay at home mandates. With the uncertainties revolving around the pandemic, it has become important to maintain good health and with my research I will be able to provide better understanding to people in living a healthy stress free lifestyle. As a PhD at Michigan Tech, I was very fortunate to be an instructor where I got an opportunity to guide many students towards pursuing their careers in the healthcare field. I also got an opportunity to present my work at many conferences, win grants and awards for my research.
I am thankful to the Graduate School and the Graduate Dean Awards Advisory Panel for granting me the fellowship. This fellowship will help me finish my dissertation during the tough times of global pandemic. I am also thankful to my advisor Dr. John J. Durocher for being an amazing mentor, Dr. Joshi and the Biological Sciences department for supporting me with my PhD journey and my dissertation committee members Dr. Petushek, Dr. Steelman and Dr. Larson.
I completed my B.S. (2015) and M.S. (2020) in Chemical Engineering at Michigan Technological University. As a graduate student I am completing my studies with Professor Kawatra in the Department of Chemical Engineering. My work has focused on the efficient and sustainable processing of raw and waste materials in mineral processing, which includes iron ore processing, carbon dioxide capture and utilization, and rare earth extraction from waste materials such as red mud. This work has led to several publications, including a highly cited review on the flotation of iron ores. My dissertation will build upon my master’s thesis and focus on understanding the intricacies of pelletizing iron ore to minimize waste and environmental concerns such as fine dusts.
I am grateful to Professor Kawatra and my committee for the support and guidance he has provided over my years at Michigan Tech, to my fellow graduate students under Professor Kawatra for being there to bounce ideas off of and to share insightful discussions with, and to my high school chemistry teacher who suggested Michigan Technological University to me in the first place.
I started working on my PhD in Fall 2017 at the Mechanical Engineering – Engineering Mechanics department with Dr. Susanta Ghosh. Previous to this, I obtained my masters’ degree from the Indian Institute of Technology (IIT), Bombay, India, in Aerospace Engineering and a Bachelors’ degree from Malaviya National Institute of Technology (MNIT), Jaipur, India. During my masters’, I was awarded the DAAD fellowship to work on my thesis at Leibniz University Hannover, Germany.
At Michigan Tech, I worked on several different projects. I began working on Micro-architectured glass materials and developed a novel analytical model to simulate the complex behavior of these materials. In another project, I developed an atomistic-continuum model to simulate large area mono-layers of Transition Metal Dichalcogenides (TMDs). This model can be used to obtain the deformation of mono-layer TMDs under various loading conditions and can provide a way to alter their optical, electrical, and mechanical properties in a controlled manner. In collaboration with Shashank Pathrudkar, we developed a novel Machine learning model to predict the high-dimensional deformation of multi-walled carbon nanotubes. This model is as accurate as of the atomistic-continuum model while being several orders of magnitude faster. I am currently working on extending these models for several other applications.
I would like to thank my advisor, Dr. Susanta Ghosh, for his support and guidance at each step. I would also like to thank the Graduate Dean Awards Advisory Panel and the dean for awarding me the ﬁnishing fellowship. This fellowship will help in completing all the work on time, including writing and defending my dissertation.
I obtained my BSc degree from the University of Peradeniya, Sri Lanka, and I moved to Houghton in 2015 with my husband. I am fortunate to be enrolled in the Chemistry Ph.D. program at Michigan Tech in 2017 spring, and I joined Dr. Fang’s research group. As a student researcher, I learned the skills needed in the laboratory and improved skills such as critical thinking, problem-solving, mentoring junior researchers, communication, and leadership. It is a privilege to collaborate with colleagues in our laboratory on many research projects with different disciplines.
One of my research projects is the development of non-chromatographic method for synthetic oligodeoxynucleotide (ODN) purification, and another is the automation of polyethylene glycol (PEG) synthesis. Synthetic oligonucleotides have applications in various fields. Even though ODN synthesis has improved significantly in the past decades, the purification of synthetic ODN still has many challenges. The most widely used HPLC purification is expensive and not suitable for large-scale and high throughput purification, and purification of long ODNs. We developed a non-chromatographic ODN purification method suitable for large-scale, high throughput, and long ODN purification. This method does not involve expensive reagents, solvents, or instrumentation, and it can significantly reduce the cost of synthetic ODN purification. Polyethylene glycols (PEGs) have found applications in many fields, including the pharmaceutical industry. Due to the high labor demand of current synthesis and purification methods, it is expensive to obtain monodispersed PEGs. The method that we developed does not require purification of intermediates, and more importantly the entire synthesis is automated. As a result, we can obtain pure PEGs for a significantly lower cost.
I would like to convey my gratitude to The Graduate Dean Awards Advisory Panel for providing the finishing fellowship award at a critical moment in my graduate study. The fellowship is important for me to focus on writing and defending my dissertation, and to graduate timely. I would also like to thank my advisor Dr. Shiyue Fang, and Dr. Marina Tansova for their indispensable guidance throughout the program.
Applications are being accepted for the KCP Future Faculty Fellowship, a program funded by the State of Michigan. The purpose of the King-Chávez-Parks Future Faculty Fellowship Program is to increase the pool of academically and economically disadvantaged candidates pursuing faculty teaching careers in post-secondary education.
Funding may begin in summer or fall of 2022. Complete applications received by 4pm on February 24, 2022 will receive priority for consideration. Pending availability of funds, applications received through 4pm on April 12, 2022 will be considered on a rolling basis.
Applicants will complete the following steps:
- Review the eligibility criteria to ensure eligibility (see step 1)
- Gather the materials needed for an application (see step 2)
- Create an account on the MiLogin for Citizens portal (see step 3)
- Submit an application on the MiLogin portal (see step 4)
Changes for this cycle of competition are as follows:
- Michigan Tech is requiring use of a standardized budget template for the budget summary requested in the application.
- If proof of US Citizenship at the time of application, one of the following must be provided to the Graduate School prior to an award being made:
- US Passport, Birth Certificate, Consular Report of Birth Abroad of a Citizen of the US, Certification of Report of Birth, or Certificate of Citizenship issued by US Citizenship and Immigration Services.
KCP fellowships provide students up to $20,000 (MS students) or $35,000 (PhD students) to pursue their degrees. Funds may be used to support students, including faculty and staff, pursuing degrees at Michigan Tech. For Michigan Tech students, the Graduate School and nominating department must also contribute matching funds to help support the student.
Complete information about eligibility criteria and materials needed for an application is available on our web page. Please note that applications will be submitted through the MILogin Citizens Portal. Questions about eligibility or the application procedure can be directed to Dr. Debra Charlesworth.
I started my graduate studies as a PhD student in the Computer Science department at Michigan Tech in Fall 2016. On the way to my PhD, I obtained a Master’s degree in Computer Science in Fall 2018. I have a Bachelor’s degree in Computer Science and Engineering from University of Dhaka, Bangladesh.
My research focuses on designing intelligent interfaces for users who have some form of speech or motor impairment such as ALS, Cerebral Palsy, or Parkinson’s. Such users have trouble speaking and may use an Augmentative and Alternative Communication (AAC) device to communicate face-to-face or in writing. Their input rate is often quite slow due to their motor abilities. My research looks into improving AAC devices to accelerate AAC user input via different methods. These include: training and deploying state-of-the-art statistical and neural language models to predict an AAC user’s next words, entering text using abbreviation, adapting language models to an individual AAC user’s writing, and doing speech recognition on the conversation turns of an AAC user’s partner.
Besides AAC user interfaces, I have explored text input in virtual reality (VR). Entering text in a VR environment is difficult due to many reasons such as lack of tactile feedback and tracking inaccuracies. I have designed and investigated different text entry interfaces in VR where I have studied the performance of one-handed versus two-handed text entry techniques and input of text containing difficult words (e.g. proper names) using speech.
I would like to express my sincere gratitude to my advisor Dr. Keith Vertanen for his support, guidance, and cooperation during my pursuit of a PhD. I would also like to thank the College of Computing and its staff and faculty for providing me an opportunity to grow in a great research and academic environment. Lastly, I am grateful to the Graduate School, the Graduate Dean Awards Advisory Panel, and the Dean for awarding me the Finishing Fellowship.
I am currently a PhD candidate in the Rhetoric, Theory and Culture (RTC) program of the Department of Humanities. My research is situated at the intersection of discourse studies, technical communication and rhetoric of health and medicine. In my dissertation, I examine the discourses surrounding the adoption and implementation of ICT-driven health technologies (such as medical apps and electronic health records) with Nigeria as a case study while I draw broader implications for other low- and middle-income countries and contexts.
My research contributes to understandings of health disparities as intersectional and layered between multiple socio-economic, political, cultural, and geo-locational contexts. I argue for a bottom-up approach to the development of ICT-driven health systems that thinks from the lives of situated users in LMICs instead of duplicating models which may not serve the communities for which they are designed in the long term. This research also contributes to understandings of technological models developing from Global South contexts and how these models might contribute to the development of health technologies for social justice work in healthcare systems in the Global North.
I am immensely grateful to the Graduate School and The Graduate Dean Awards Advisory Panel for granting me the finishing fellowship. This award will enable me to focus on completing my dissertation as scheduled. I am also grateful to my co-advisors, Dr. Marika Seigel and Dr. Victoria Bergvall, and my committee member, Dr. Diane shoos for their support and mentorship.