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Projects

A Dynamic Programming Approach to minimize Ore Dilution
Apr, 2021

This is an academic project! Here, a Dynamic Programming approach has been adopted to minimize the Dilution during Ore Blasting in Underground Mines. In other words, here we are solving the Ore Scheduling problem leading to minimum Dilution.

The Stock Balancing Problem (AB InBev, Maverick 2.0)
May, 2021

Here the Closing Stock / Re-Order Point ratio was equalized across all the Depots / Distributors in a particular "Grid" for each SKU (Stock Keeping Unit. An Objective Function was developed and Optimized. We were National Finalist at the AB InBev, Maverick 2.0

Predicting COVID-19 Cases and Designing an Optimal Vaccine Distributio Startegy (EXL EQ - 2021)
Mar, 2021

A "Mean-Multiplier" Model was created to predict the numebr of Daily COVID-19 Cases across all the counties in the US. We designed a strategy to distribute Vaccines optimally in US. This work was declared National Runners Up in the EXL EQ - 2021.

Safety Data Analytics - Mine Air Quality Prediction
Oct, 2019

This project is based on Mine Air Quality Prediction. 3 Regression Models were created, based on various combinations of the Independant Variables. The "BEST" Regression model was chosen, based on F-Test.