Pranathi Kalvakolu is a doctoral student in kinesiology working under the mentorship of the School of Kinesiology and Rehabilitation Sciences Director Jeffrey Stout in the Physiology of Work and Exercise Response (POWER) Laboratory. Before beginning her doctoral studies, she served as a lead nutritionist with the Sports Authority of Gujarat, where she worked with national and international athletes across multiple sports and led nutrition services across high-performance training academies. Her professional experience includes conducting body composition and dietary assessments, developing individualised nutrition strategies, and supporting athletes with performance, recovery, hydration, and injury-related nutrition.
Kalvakolu earned her Master of Science in sports nutrition from the National Institute of Nutrition Indian Council of Medical Research where her dissertation examined energy expenditure and body composition among volleyball and kabaddi players. Her research utilised advanced assessment techniques to investigate energy expenditure and body composition in athletes, and the work was subsequently published as a book chapter with Springer Nature. She also presented this research at the International Sports Engineering Conference at Birla Institute of Technology and Science (BITS), Pilani, Rajasthan. Her research interests focus on enhancing athletic performance and optimising body composition through evidence-based nutritional and supplementation strategies. She is particularly interested in investigating the role of nutrition and supplementation in injury recovery to develop strategies that may help reduce recovery time and facilitate a safe and effective return to sport.
Kalvakolu has been awarded the Graduate Dean’s Fellowship at UCF. In addition to her research, she will serve as a graduate teaching assistant for Assessment and Evaluation in kinesiology. She brings extensive applied experience in sports nutrition and high-performance sport to her doctoral training and is interested in integrating nutrition, exercise science, and supplementation research to develop evidence-based strategies for optimising athletic performance, body composition, recovery, and long-term athlete health.
