Coordinator, International Relations Committee, IIM Raipur

-Analyzed and upgraded clustered database and business systems of the organization, maintaining and managing 6.4 million data inlets on a daily basis.-Bridged the store-to-web catalog service gap by developing and testing the hierarchical pipelining system and developing APIs and integrating them-Designed an automated input methodology program to extract the data from the repository without human intervention, thus saving substantial time on manual labor-Treasurer of my team, managing the finances for team outings and events.

Worked on the Electronic Device Failure Time Prediction System to design a prediction system to predict the time remaining before the device altogether fails. The system was able to achieve an efficiency of about 75-77%.

Wrote a paper on Reinforcement Learning in Dynamic Spectrum Analysis establishing Q Learning algorithms, in the ever-changing spectrum of radio and communication technology. It presents the intricacies involved in Q Learning while exploring the arena of Distributed Q Learning-Based Dynamic Spectrum Access in Cognitive Radio technology.

Worked on designing the turbulence prediction system based on fault tolerance data from NASA's 1986 Challenger Shuttle catastrophe. The project was dedicated to taking up thermodynamic data and other turbulence parameters from the shuttle sensors when it is entering the atmosphere and predicting the possible outcome of corresponding data to enhance the shuttle's coping mechanism.