Gautam Maurya
”For knowledge, skills, research, and opportunities”
College: Engineering
Degree Program: Mechanical and Aerospace Engineering
Degree: Doctoral
Motivation to pursue a graduate degree
My interest in complex fluid flow systems and a desire to solve real engineering problems led me to pursue graduate studies. I want to deepen my knowledge through research that combines mathematical theory, computational tools, and new ideas. Florida State University stands out to me for its excellent research facilities, supportive academic community, and faculty whose work aligns with my interests. I believe FSU is the right place for me to grow as a researcher and make a meaningful impact in the field.
Importance and/or impact of research and work
My research focuses on Antarctic krill hydrodynamics using computational fluid dynamics methodology, which is important because it helps uncover how these small creatures achieve remarkably efficient swimming and collective motion in extreme ocean environments. Understanding their fluid–structure interactions provides insights into energy-efficient propulsion and maneuvering. This knowledge can advance both biological science and bio-inspired engineering, from sustainable marine robotics to improved models of ecological transport and carbon cycling.
Career aspirations
My career goal is to become a leading researcher in computational fluid dynamics and bio-inspired engineering, developing advanced numerical methods to study complex fluid–structure interactions. I aim to bridge fundamental science with practical applications—ranging from efficient underwater robotics to academic research.
Advice for anyone considering graduate school
I would advise anyone considering graduate school to choose a field they are genuinely passionate about, as curiosity and persistence are essential to long-term success.
Accomplishments during graduate career
I’m most proud of my research achievements in fluid–structure interactions during krill swimming, my presentations at national conferences (APS-DFD 2023-2024) and (SciTech 2025), and my leadership as vice-president of the Mechanical Engineering Graduate Student Association (MEGSA). Among these, publishing my first research paper will be especially meaningful because it represents years of computational work and the unwavering support of my advisor and peers.