It was late 2017. I was a high school senior. Four of us from the science club developed a raw working model of a Jet Engine for a science fair.
the other members of the group were involved primarily in its fabrication, my role, given my penchant for physics, was specifically to research and build the theoretical model of the engine, and
make an analytical assessment of its thrust, which I, in the hindsight, did exceptionally well for a high school student. I
served as the lead presenter at the fair. We won the People’s Choice Award, and my interest in Aerospace Engineering was cemented. In early 2018, I became the National Champion in
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Physics Olympiad, and it hugely boosted my confidence to succeed in a demanding undergraduate aerospace curriculum.
I graduated with a Bachelor’s Degree in Aerospace Engineering in August 2023. Throughout my undergraduate, I have been employing traditional
paradigms in my projects, i.e., assigning functions plainly to corresponding
, and optimizing functions of each subsystem without or weakly coupling them with other
. May it be
designing
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STOL electric aircraft, developing a UAS for RF source localization, or setting up a wind tunnel for aerodynamic measurements, I had independently developed all
and only integrated them
.
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each of them was successful in their narrow scope, none of them were cross-
optimized, and their broader application would have required “repair solutions” which would have been costly or outright unfeasible.
Similar differentiation as those of
goes for my study of engineering disciplines which are involved in the
and development of flight vehicles.
,
designing a subsonic axial flow compressor stage, or making a performance analysis of a Scramjet engine, I employed a basic aerodynamic and thermodynamic approach with complete disregard to structure, and/or the interaction between these disciplines.
, the growing desire for greater performance and efficiency, and the opening of new flight regimes have given rise to a strongly interacting multidisciplinary
-by-analysis approach where we can quantify the aero-thermo-servo-elastic properties at the initial
phase. Currently, I have been exploring
exciting realm of study, and Professor Emmanuel de Langre’s popular course on Fluids-Solids Interactions has introduced me to its scope and equipped me with the foundations of modelling and coupling.
I was introduced to the University of Florida’s graduate program by Dr S.A.E Miller through his course on turbulence modelling. Today, I am applying to UF primarily because of two existing research groups: Dr Miller’s Fluid Dynamics and Turbulence Group, and Dr Lawrence Ukeiley’s Unsteady Flow Dynamics Group. Their respective theoretical and experimental works on turbulence and its potential
implications match my research interest in investigating multidisciplinary interactions between flow and the boundaries in the turbulent regime.
I have always committed myself to learning and teaching. My friends call me, ‘guruji’ (mentor, teacher)! I was
one of the best-rated instructors at Clamphook, where I worked as a physics faculty. Perhaps, feedback is the compass for a career, I have always wanted to become a professor. So, I am enthusiastically looking forward to my PhD at UF.