May 2020 – May 2022 · 2 yrs · Bengaluru, Karnataka, India

Jan 2019 – Mar 2020 · 1 yr 2 mos

Dec 2016 – Dec 2018 · 2 yrs

Jun 2016 – Dec 2016 · 6 mos · Bangalore

• Project Title – ZINC
• Brief Description – ZINC is a tool build for dividing the city into zones and areas according to our
• Convenience. The main purpose of this tool is to assign the appropriate roles to Area, and Zonal
• managers. It is a micro-service which acts as a gRPC server from which queries can be made using
• a gRPC client. It uses PostgreSQL as DB which makes it easy for the user to do Geo queries.
• Project Title – Ticktocker.
• Brief Description – Ticktocker is a Ruby library for scheduling Cron jobs. It is made as a ruby gem,
• so that any service can just include and use it. It is mainly used for sending notifications to tenants
• timely. Its architecture contains use of AWS DynamoDb and SQS. AWS lambda service is used for
• pulling the requests from SQS and listener executes them.

May 2015 – Jul 2015 · 2 mos · Greater Bengaluru Area

• The purpose of the project was to forecast the sales of the newly launched
• products. The implementation part was divided into 3 parts –
• 1) Prefetching and Preprocessing the signals of selected Flipkart products.
• 2) Training of prefetched signals and attributes and store it in R objects.
• 3) Running the New Release forecast flow in which the user will give input the desired attributes of a particular mobile. The request is processed and output is produced based on the trained data.

May 2014 – Jul 2014 · 2 mos · Mumbai Metropolitan Region

• o Project Title – Optimising and Redesigning of Oscad (An Open Source EDA Tool).
• o Description - The project aimed at optimising the functioning and redesigning the GUI to
• make it user friendly. Oscad comprises of Kicad (for designing circuits), Analysis Inserter (for
• entering simulation values) and Ngspice (for creating plots). User can create as well as simulate
• the circuit from inside the Kicad itself. It provides user to create customized plots as well as to
• compare them. User can make different models and sub-circuits for each component with as many
• levels as he wants. Almost whole code of Oscad is written in C++ while a little bit of python is also used.