Precision Rocket Landing Algorithm

A precision rocket landing algorithm that I programmed, designed to be used in interplanetary space missions. I created a model predictive control algorithm and a convolutional neural network to give instructions to a rocket’s engines and thrusters to perform precision landings.

Regenerative Cooling Inspired Rocket Engine Turbopump

Created a rocket engine Turbopump design inspired by regenerative cooling systems in order to reduce the number of parts used in the production of a rocket engine Turbopump

3D Printed Self Landing Model Rocket

Building a 3D printed self landing model rocket that uses LIDAR systems paired up with Arduinos and actuator servos to land the model rocket using solid rocket boosters.

Rocket Landing Spot CNN Algorithm

Programmed a rocket landing convolutional neural network that is able to identify a safe, flat landing surface for a rocket entering the atmosphere of a planet

Primordial Particle Simulation

Created a simulation space in which the emergence of cell-like structures were demonstrated under specific customizable laws of physics

Text Generation LSTM Network

Created a text generation LSTM Network, trained on texts of Nietzsche. Created to complete a given text prompt.

Facial Detection CNN Algorithm

Programmed and trained a facial detection CNN algorithm using a dataset of human faces.

United Nations Women’s IT Employment in Dhaka

Built a recommendation that was sent to the United Nations for consideration, detailing a strategy for increasing the employment of women in the IT sector in Dhaka, Bangladesh.

PathCheck COVID Tracing Application

Built a recommendation on how to make a COVID tracing application reach 50% adoption rate in the state of Minnesota.