I develop features in BMWs prototype cars leading to increased safety and reliability. We make use of various LIDAR and image processing systems and find new ways to intergrade cutting edge hardware into project cars in order to make this happen.Further skills:-Certified prototype test driver

Development of software to utilize onboard sensor systems more effectively in guidance of UAVs and locating as well as recognizing objectives.

I am responsible for contributing to the development of the avionics systems for project Nixus and Cryosphere at the WARR student Rocketry team at TUM by aiding in the development of firmware and a basic OS in C.

Trained to fly ASK21 and LS4 gliders. Trained to maintain ASK21, LS4, LS3, K6 gliders. Also responsible for winch and tow launch ground coordination when not in the air.

I took classes in Mathematics and Physics, alongside Computer science classes at MIT during my school breaks.

I am the team founder of the only FTC robotics team in my state as of 2020. Being in this position I was responsible for all team actions.

In doing this research we cooperated with NASA to forecast earthquakes in earthquake prone regions in California and Italy. I researched and developed solutions on how Machine Learning can further forecast accuracy, using NASAs satellite-ground station constellations measuring the total electron content in the earth's atmosphere. Furthermore I developed a data simulation tool in order to test certain uncommon scenarios with greater accuracy.