My name is Wenkai (Vicky) Jia, and I am from a seaside city located in northeast China. My interests are in biology and chemistry and I chose Bio-functional Materials as my undergraduate major in Beijing University of Chemical Technology. I joined Dr. Feng Zhao’s lab in the Department of Biomedical Engineering and kept working in the area of tissue engineering from 2015. My current research is applying stem cells as regenerative medicine to treat lymphedema and investigating the mechanism underneath. We anticipate that stem cell therapy could cure lymphedema and it would perform better and be more promising than conventional treatments.
Liang Chang received her BS and MS degrees in Materials Science and Engineering from Wuhan University of Technology in China. Now, she is pursuing her PhD degree in MTU from 2013 under the instruction of Prof. Yun Hang Hu. Currently, her research focuses on electrode materials for supercapacitors, carbon electrodes for CDI water treatment, and 2D transition metal dichalcogenides for devices. After 4 years systematic training, she is confident and looks forward to fulfilling her career in contributing to energy storage area.
My name is Xu Zhang. I was born in the northeast of China, the weather in my hometown is just like here. I received my BS and MS from Harbin Institute of Technology and began my doctoral study in Electrical Engineering at Michigan Tech. My research area is related to modeling, design, and simulation of metamaterial structures for previously unthought-of applications such as diffraction-unlimited imaging and stopped light. The five years of training and research broadens my horizons, expands my knowledge and develops my insight. It is a great honor to receive the finishing fellowship at the final stage of my doctoral study. After graduation, I will continue working in metamaterial area and live my life with all the experience I got at Michigan Tech.
Amaneh Eslami Kenarsari
I’m a PhD candidate in Civil Engineering working on a joint project with the Mechanical Engineering-Engineering Mechanics Department. I began my studies at Michigan Tech in Fall 2013 and will be finishing in Fall 2017.
The focus of our research is in developing techniques to accurately assess soil compaction from agricultural tires. A key factor in agricultural productivity is minimizing soil compaction. To meet the world’s food production needs by 2050, the world’s food production must increase at a rate of 2.4% per year. Current food production rates, however, are only increasing at 1.2% per year. In an attempt to minimize soil compaction, tractor tire manufacturers are developing “low aspect ratio” tires designed to minimize soil compaction. A major issue in assessing the effectiveness of these tires, however, is in accurately measuring the amount of soil compaction caused by the tires which is investigated in our research.
Receiving the finishing fellowship from Graduate School is a great honor and helps me focus on finishing my research and dissertation.
Mechanical Engineering-Engineering Mechanics
My name is Brandon Jackson and I am currently a Ph.D. candidate at Michigan Technological University studying Mechanical Engineering. I received my B.S. degree from Milwaukee School of Engineering in 2012 and a M.S. from Michigan Technological University in 2014, both in Mechanical Engineering. My research is conducted within the Ion Space Propulsion Lab at Michigan Tech under the advisement of Dr. Brad King. The focus of my research is on electrospray of ferrofluids. Electrospray is a process by which a jet of electrically charged fluid is ejected from a liquid surface using an electric field. Electrospray has received considerable attention recently as a potential means to provide on-orbit propulsion for very small satellites.
Before starting my PhD program at Michigan Tech in Fall 2012, I completed my Bachelors and Master’s degree in Physics from Tribhuvan University, Kathmandu, Nepal. My research focuses on synthesis and functionalization of Boron Nitride based nanomaterials for their electronic applications. With miniaturization of electronic devices, the size of silicon-based transistors are getting smaller. Insulating boron nitride nanomaterials functionalized with metallic nanoparticles or carbon-based nanomaterials could be the new class of transistors for future electronics.
The last 5 years at Michigan Tech has been a wonderful learning experience. Michigan Tech has provided me great learning opportunity and helped me develop personally and professionally. Besides learning to troubleshoot complex research problems, it taught me how to be a strong and a confident individual, how to be a team player and work in a diverse environment. I hope my learning experience at Michigan Tech will help me pave the way to a successful career in materials research. I am grateful to the Graduate School and the Dean’s Advisory Panel for this fellowship support. This fellowship helps me spend my full time on dissertation writing without any distraction from other teaching duties.
Geological and Mining Engineering and Sciences
I am an Atmospheric Sciences PhD candidate in the Department of Geological and Mining Engineering and Sciences. I feel very lucky to have met my advisor Dr. Shiliang Wu, who gives me lots of help and guides me to clarify my abilities and interests. My research interests lie in data analysis and modeling about the atmospheric chemistry, more specifically, the impacts of extreme air pollution meteorological events on air quality and the related prediction. The extreme air pollution meteorological events include heat waves (extremely high temperature), temperature inversion (abnormal vertical temperature profile), atmospheric stagnation (low wind speed and precipitation rates), and so on. We try to figure out how the extreme air pollution meteorological events affect the concentrations and the high pollution episodes of ozone and fine particulate matter (PM2.5). We also make an attempt to predict the high pollution episodes with the occurrences of the extreme events. We hope our research could encourage environmental management to plan the emission regulation with the consideration of the changes in the extreme air pollution meteorological events in the context of climate change. I sincerely appreciate the help from the Finishing Fellowship supported by Graduate School, which would be a great help on both my research and dissertation.
Welcome back to the Graduate School blog. Our quest to reduce student errors on forms continues! This post is for students enrolled in a research degree: PhD, MS(Thesis and Report Options), and MFor.
Where Do I Find The Form?
The Report on Final Oral Examination Form can be found on our Forms and Deadlines page under “Forms” and then “Current Students”, by following this link or on your MyMichiganTech page. Please note that the Report on Final Oral Examination Form, like all of our forms, is dynamic. As a dynamic form, it will only work in Adobe Acrobat or Reader. If the hyperlink above doesn’t open the PDF as expected, we recommend right clicking on the link, selecting “Save link as…” (or similar option in your browser) and saving the file. After you have saved the file, open Adobe Acrobat or Reader and open the saved form.
Now that you know where to find this form and how open it, let’s talk about filling it out.
Providing Personal Information
To begin you will need to fill in your personal information. This includes your name and M Number. If you do not know your M number, you can always find it on MyMichiganTech.
The Executive Committee of the Midwestern Association of Graduate Schools (MAGS) is soliciting nominations for the 2018 MAGS Distinguished Master’s Thesis Awards to recognize and reward distinguished scholarship and research at the master’s level. Michigan Tech may nominate one candidate in each disciplinary category.
- will have earned a master of science degree between July 1, 2015 to June 30, 2017 in the fields of
- Biological/Life Sciences OR
- will have completed an original thesis that makes an unusually significant contribution to the discipline
- will not have earned a PhD (or comparable research degree) in any discipline prior to the writing of the master’s thesis
The 2019 competition will seek nominees in the fields of Social Sciences or Mathematics, Physical Sciences, and Engineering.
Please see our web page for complete details on eligibility and application procedures.
Nomination packets are due by 4pm, October 10, 2017 to the Graduate School via e-mail (firstname.lastname@example.org) or campus mail (address to Debra Charlesworth). Eligible students with a complete nomination packet will be evaluated by a panel of faculty from the University.
Learn how EndNote can help you easily create and manage bibliographic information and incorporate references into your writing. EndNote also offers a relatively easy way for faculty to upload citations into Digital Measures.
The “EndNote Basic” workshop will be from 1:05 to 2:15 p.m. Tuesday (Sept. 26). During the session, we will cover how to create and build an EndNote “library,” add full-text documents and best practices for organizing your references. The workshop will be held in Library 242 and registration is required. Register for EndNote Basic.
The workshop “EndNote Cite While You Write” is from 2:15 to 3 p.m. Tuesday (Sept. 26). Learn how to incorporate your EndNote library citations into a Microsft Word document in the particular style your manuscript requires. Attendees will also learn how to locate and import specialized output styles. Attending EndNote Basic, or prior knowledge of building and managing an EndNote library, is recommended.
This workshop is a continuation of EndNote Basic and will be held in Library 242 as well. Registration is required.
Our Library 242 instruction room has EndNote X8 installed on Windows workstations. Attendees may bring their own laptops with EndNote X8 downloaded prior to the session. Visit the library’s EndNote LibGuide to download the software and get a sneak peek at what EndNote can do for you