Sobhit Singh
Ph.D. 2018; Assistant Professor at University of Rochester, New York
Contact
s.singh@rochester.edu"I express my sincere gratitude to WVU for thoroughly preparing me for my academic journey. The coursework, research experience, training opportunities, and, most importantly, the scholarships and fellowships at WVU have played a crucial role in shaping the academic path that has led me to where I am today. I aspire to reciprocate this support one day by contributing to the growth and success of future Mountaineers, thereby giving back to the WVU community.”
After completing his bachelor’s (2011) and master’s (2013) degrees in India, Dr. Sobhit Singh earned his PhD in Physics from West Virginia University in 2018 with the prestigious Distinguished Doctoral Scholarship awarded by the West Virginia University Foundation. Subsequently, he spent four years as a postdoctoral fellow at Rutgers University before joining the faculty of the Department of Mechanical Engineering at the University of Rochester in 2022.
During his time at WVU, Dr. Singh had the privilege of working under the guidance of Prof. Aldo Romero, a mentor who played a pivotal role in shaping his academic journey. Additionally, Prof. Mohindar S. Seehra, another influential figure in Dr. Singh's academic life, served as an outstanding mentor, collaborator, and a constant source of inspiration.
On his time at the university, Dr. Singh wrote: "I have a deep affection for WVU — the Mountaineer spirit, the wonderful people, and the picturesque campus. My time at WVU has been filled with cherished friendships and unforgettable memories. The campus always felt like home to me, and the Physics department was like a close-knit family. I always look forward to visiting Morgantown whenever I get a chance.”
Presently, Dr. Singh is leading “The Materials Design and Engineering Lab” at the University of Rochester. His research interests are centered around the theoretical investigation of novel quantum materials, aiming to uncover the structure-property relationships in both bulk and two-dimensional materials.
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