From designing computational models to solving complex matrices

Modeling the behavior of various materials and conjunctures in static systems. Applications of material science

Modeling the behavior of fluids around aeronautical craft, as well as designing and modeling the behavior of hot air balloons and manned aircraft.

Exploring the multifaceted complexities of human nature, the sanctity of Life and the human experience, and contemplating all the ways to approach the same problem

Applications include predictive modeling, fNIRS research, data analytics, and control system design

Aeronautical and space craft design as well computational modeling of various components such as wings. Designed and modeled flight of glider and bottle rocket.

Comprehending the origin of the solar system, the behavior of planets, the impact of stellar bodies, and an introduction to astronomical computational methods.

Studying the language and the history from pre-history to the fall of the Soviet Union, and exploring the cultural heritage from the story of Vlad the Impaler to Vera Figner to Sergei Eisenstein.

Computing complex planar motion, designing control systems, and predicting the impact of application of forces on dynamic systems

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Modeling the behavior of pressurized and heated environments with an emphasis on fluids.

Introduction to systems engineering and the engineering process within industry. Focus on computational methods and designing payloads.

Explored human anatomy in a spectrum of contexts including molecular, psychological, systemic (ex: cardiovascular system), and hazardous (ex: hypobaric environments).