Day: September 26, 2017

Doctoral Finishing Fellowships Fall 2017 Shiva Bhandari

Shiva Bhandari
Physics

Shiva Bhandari

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.

 

Doctoral Finishing Fellowships Fall 2017 Recipient Pei Hou

Pei Hou
Geological and Mining Engineering and Sciences

Pei Hou

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.