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.