Materials Science and Engineering
I started my graduate study in the spring of 2015, which was the semester after finishing my undergraduate study at Michigan Tech. Early on in my undergraduate study, I became fascinated with the general topic of biomechanics and the technologies associated with it. This fascination is what drew me to pursue graduate level research in Dr. Jingfeng Jiang’s lab. There I focus on a medical ultrasound technology called elastography, an imaging technique used to assess soft tissue elasticity in vivo. I am particularly interested in understanding how the complicated mechanics of soft tissue manifest in elastography measurements and what that can tell us about how best to use elastography to characterize various disease states in soft tissue.
The opportunity to pursue this line of research for my graduate study has been a privilege. I am immensely grateful for the support that the Portage Health Foundation has provided me in this pursuit.
I am a PhD candidate in Biomedical Engg. at MTU. Water and biological tissues act as excellent sources of optical scatterers, and thus give rise to fascinating optical phenomena. My research focuses on ways to make use of these phenomena (specifically, speckles and phase singularities) for novel ways of imaging and analyzing motion in biophysical systems. Outside of work, my time is spent exploring the beauty of the U.P. and the surrounding areas, as well as trying out the excellent variety of student organizations at Michigan Tech.
I have been living in the Upper Peninsula for 5 years and began my Ph.D. at Michigan Tech in 2015. I am currently a Ph.D. candidate in the Integrative Physiology program. I have always loved the outdoors and exercise. Therefore, my research is focused on understanding how environmental demands and thermal interventions (hot/cold water immersion) influence performance and the perception of fatigue during physical exercise. We use a variety of techniques to quantify muscle and brain activation during these fatiguing tasks. This research may provide us with important implications for improving athletic performance and managing the perception of pain in clinical populations. I would like to thank the Portage Health Foundation, Michigan Tech, and my mentors. Their support has provided me with an incredible opportunity to accomplish my goals.
I came to Michigan Tech in August 2012 and work in chemistry lab with my advisor, Dr. Lanrong Bi for 6 years. Before my graduate studies, I earned my bachelor’s degree in chemistry at the University of Science and Technology of China.
My current research focuses on designing of novel fluorescent probes which are used to label targeted lysosome and mitochondria. These probes can be used for facilitating early cancer diagnosis, cancer prevention and cancer therapy. Besides research projects, I also worked as a teaching assistant in several chemistry laboratories. These teaching experiences also benefits me a lot.
I would like to express my sincere thanks to the Graduate School for providing me with this financial support. This fellowship allows me to focus on my dissertation and complete my PhD degree on time. I am also grateful to my advisor and the chemistry department. I feel proud to be a student in Michigan Tech.
I came to Michigan Tech in Fall 2013 and got my Master’s degree in Environmental Engineering in 2017 with a GPA of 3.9. I started my Ph.D. under the direction of Dr. Paul Doskey in 2015, which focusing on the “diagenesis of organic matter in peat and porewater of a poor fen”. This program studies the seasonal variation of organic matters in the peatland. Peatlands, as unbalanced wetland ecosystems, contain approximately 30% of the global soil carbon. This large amount of carbon is so sensitive to variations in the climate system that it can serve as the indicator for climate changes. Understanding how the organic matter decomposition at different seasons is of great importance.
My study was conducted at an extensive poor fen peatland in Nestoria, Michigan, USA (46.34º N, 88.16º W). Our field sampling was conducted monthly at three different experimental plots and three different depth under the ground. We were able to track the organic matter decomposition through the year and see the effect of plant functional groups and sampling depths on the organic matter decomposition inside the peatland. These research experiences are invaluable to me as an international student from China.
I would like to thank my adviser Dr. Paul Doskey, my committee member Dr. Erik Lilleskov, and Dr. Evan Kane for their guidance and contributions to these projects. These works cannot be done without their unconditional support. I would also like to thank the Graduate School for granting this finishing fellowship. It really helped a lot reducing my financial burden and allows me to focus on writing my dissertation.
Neel Uday Desai
I came to Michigan Tech in Fall 2013 to start my Phd in Atmospheric Sciences after finishing my masters from University of Michigan in Aerospace Engineering and my bachelors from University of Mumbai in Mechanical Engineering.
Biochemistry and Molecular Biology
I was fortunate enough to work with Dr. Oliver Gailing in Forestry as he introduced me to Forest Genetics. I have been under his supervision since 2012 and it has been quite a journey. I did my Masters along side working on my PhD research focusing on discovery the genetic basis controlling the development of wood and bark tissues in forest trees, aspen, characteristics important for breeding and the fitness of aspen trees. I went on filed sites collecting samples from over 3000 trees and ran a genome wide search to find the underlying regions responsible for growing a healthier, better disease resistant and faster growing trees.
I am grateful to the Graduate School for granting me the Finishing Fellowship for Fall 2018. I would also like to thank my advisors Dr. Oliver Gailing and Dr. Victor Busov for their academic advice and their constant support and encouragement. I am proud to be a part of Michigan Tech and can say I have made amazing and fond memories these past six years.
Yogesh Kumar Ahlawat
I started my PhD at Michigan Tech in Spring 2015. My research focuses on genetic alteration in phenypropanoid pathways for an increased saccharification. As a part of my PhD dissertation, I manipulated certain phenyloxidases like laccases and peroxidases along with some transcription factors with the help a utility promoter using Poplar as my model plant. Cell wall provides the integrity, structural support and act as food reserves and constitutes cellulose, lignin and hemicellulose. Lignin imposes recalcitrance in the plant cell wall thereby hindering the release of sugar for biofuels. I produced about 200 genetically modified plants with alterated lignin and hence further investigated them for their wood and biochemical properties.