Projects:1. Demand Transference- Designed a white box algorithm in 6 weeks to quantify the demand transferred from one merchandizing unit to other similar SKUs- Considered product attributes and similarity index as key measures for the approach with an accuracy of 78%2. Impact of COVID-19 on Category Sales- Brainstormed with Global & Regional Heads and identified 4 key metric buckets which impacted category sales in COVID times- Built 3 'What if' lockdown… Show more Projects:1. Demand Transference- Designed a white box algorithm in 6 weeks to quantify the demand transferred from one merchandizing unit to other similar SKUs- Considered product attributes and similarity index as key measures for the approach with an accuracy of 78%2. Impact of COVID-19 on Category Sales- Brainstormed with Global & Regional Heads and identified 4 key metric buckets which impacted category sales in COVID times- Built 3 'What if' lockdown scenarios to directionally help the regional teams to better strategize their planning of category sales Show less

Project:1. Delphi Forecasting- Developed a forecasting engine which comprises of 10+ timeseries forecasting models to provide exceptionally reliable and accurate forecasts for ~400+ country category combinations globally- Consumed by the Global and Regional finance teams for their long range financial planning and setting up targets2. Keyword Trend Indicator- Built a tool leveraging clickstream data to analyze the current trends in Beauty industry and identify… Show more Project:1. Delphi Forecasting- Developed a forecasting engine which comprises of 10+ timeseries forecasting models to provide exceptionally reliable and accurate forecasts for ~400+ country category combinations globally- Consumed by the Global and Regional finance teams for their long range financial planning and setting up targets2. Keyword Trend Indicator- Built a tool leveraging clickstream data to analyze the current trends in Beauty industry and identify nascent trending ingredients before they reach their tipping point/hit critical mass for 10+ countries- Provided a forward looking view for near future for the identified trending ingredients Show less

Got an Industrial experience of manufacturing of solar cells and modules starting with the formation of chunks of silicon followed by silicon wafer creation from the chunks which is further processed into several steps to get final silicon wafer or a solar cell. Combination of such silicon wafers leads to the formation of a solar module

This opportunity provided ample areas of learning and understanding different ways of harnessing solar energy. Some of the areas of learnings were using the free electricity generated from solar energy for hydrolysis of water and use of H2 as fuel for vehicles which do not harm our environment, using the heat of the sun with the help of different concentrators to generate steam and run turbines for many purposes one of them being electricity generation

Learned different edges of Automation and Robotics (Non-Humanoid) by working with different people experienced in the field. Used Embedded C language for the development of a non-humanoid robot with multiple functionalities and displays over it such as temperature detection, obstacle detection with fire sensors for fire alarms