Data Champions Search

I have a PhD in Computer Science specialised in Bioinformatics from Michigan State university. I had my postdoc training in Bioinformatics from University of California Davis before moving to University of Cambridge.

Soniya Gupta-Rawal is a PhD student in Quantitative Marketing, advised by Professor Jaideep Prabhu at Judge Business School, University of Cambridge. She is a Commonwealth Masters Scholar 2021 and Mitsubishi Scholar 2016. Her interest lies in the empirical analysis of marketing problems at the intersection of business innovation, social impact, and marketing strategy. Soniya's current research focuses on developing the matching algorithm for mentors and nano-entrepreneurs in India by employing machine learning and econometric modelling.

Soniya’s 7+yrs of experience as a researcher in emerging markets fuels her inspiration to contribute to the sustainable business ecosystem as she has held positions as a Researcher at the Department of Strategic Marketing, MICA, India; Research Fellow at the Centre for Advanced Studies in Policy Research; and Research Consultant at Ernst & Young, Global Delivery Service, India. She has interned at Grant Thornton, EY India, Urban Company and Parliament of India. She is constantly learning and developing a comprehensive understanding of the working of markets and individuals at the intersection of the market, social and academic spheres.

Swati is a Research Assistant in the Department of Engineering at the University of Cambridge. Currently, her research focuses primarily on understanding the temporal structure of pain through behavioral assessment of chronic pain patients. In addition to her research, she actively participates in mentorship initiatives such as Google’s WomenTechmaker Program. Prior to joining Nox lab, she worked with collaborators from Mayo Clinic, Oxford University, and Accenture Research Lab. 

 I am a 2nd-year PhD student in computational biology. Currently, I am developing machine learning applications in studying disease mechanisms using omics integration and analysis at the Department of Surgery and the Milner Therapeutic Institute.