Vajra B.
About Vajra B.
Vajra B. is a Teaching Fellow at UMass Boston, where he teaches introductory physics courses and conducts research on bacterial locomotion. He holds a PhD in Biophysics from UMass Boston and has previous experience as a Laboratory Compliance Officer and Teaching Assistant at Arizona State University.
Work at UMass Boston
Currently, Vajra B. serves as a Teaching Fellow and Research Assistant at UMass Boston. In the role of Teaching Fellow, Vajra has been involved in teaching introductory physics courses and labs, including Physics 107, Physics 171, and Physics 172, since May 2022. As a Research Assistant, Vajra has been conducting research focused on the fundamental dynamics of bacterial locomotion at complex fluid interfaces. This dual role allows Vajra to integrate teaching and research, contributing to the academic environment at UMass Boston.
Education and Expertise
Vajra B. has a strong educational background in engineering and biophysics. Vajra earned a Master of Science in Bioengineering and Biomedical Engineering from Arizona State University. Additionally, Vajra holds a Bachelor of Technology in Biotechnology from Chaitanya Bharathi Institute Of Technology. Currently, Vajra is pursuing a PhD in Biophysics at UMass Boston. Furthermore, Vajra is studying at the Indian School of Business, working towards a Certificate in Entrepreneurship/Entrepreneurial Studies.
Background
Vajra B. has a diverse professional background that includes experience in both teaching and research. Prior to joining UMass Boston, Vajra worked at Arizona State University in various capacities, including as a Laboratory Compliance Officer and a Teaching Assistant. Vajra's experience spans over several years, with roles that have included conducting research and assisting in teaching. This background has provided Vajra with a comprehensive understanding of both academic and practical applications in the field.
Research Focus
Vajra B. conducts research that centers on the dynamics of bacterial locomotion at complex fluid interfaces. This area of study is significant in understanding microbial behavior in various environments. The research contributes to the broader field of biophysics and has implications for applications in biotechnology and biomedical engineering.