Apr 2018 – Jan 2019 · 9 mos · Bengaluru, Karnataka, India

• Framework to easy the process of application development for the application developers by doing numerous compile time checks in-order to prevent runtime exceptions. Scala is used as the core language to achieve it. This framework had to be compliant with SAP cloud platform. Leveraged FRP to achieve reactive frontend.
• Responsibilities:-
• Development: Development of well refined quality modules in-order to reduce the effort
• for developing an application using the framework. This also aimed at techniques to
• reduce the runtime exceptions.
• Code Review: Reviewing the code to check for optimal, readable and reusable code
• which fits in the overall architecture.
• Head Module development: Heading a team of peers to develop well refined products.
• This included requirement gathering from third party teams.
• Deployment Strategy: Figuring out the deployment strategy for the applications
• developed on Cloud Foundry. This gave the opportunity to figure out the missing
• features of the framework and hence work on them.
• Peer enablement: Enabling peers to have a better understanding of the new
• programming paradigm and the framework. This included interactions across teams and geographies.

Jun 2017 – Mar 2018 · 9 mos · Bengaluru, Karnataka, India

• Framework to easy the process of application development for the application developers by doing numerous compile time checks in-order to prevent runtime exceptions. Scala is used as the core language to achieve it. This framework had to be compliant with SAP cloud platform. Leveraged FRP to achieve reactive frontend.
• Responsibilities:-
• Development: Development of well refined quality modules in-order to reduce the effort
• for developing an application using the framework. This also aimed at techniques to
• reduce the runtime exceptions.
• Quality Assurance: Assuring the quality of the modules developed in-order to achieve
• the aim of the framework.
• Peer Review: Reviewing the code of peers in-order to check for optimization and
• robustness.
• Deployment Strategy: Figuring out the deployment strategy for the applications developed using the framework on Cloud Foundry. This gave the opportunity to figure out the missing features of the framework and hence work on them.

Jun 2015 – Jun 2017 · 2 yrs

• Worked on a dynamic and scalable project which is used for training purposes of the changes which occur in a network in-case of various network attacks and network vulnerabilities. These attacks are simulated in a virtual environment for training purpose. This project consists of four different module:-
• Exercise Controller (EC): Used to start the exercise in the virtual environment and communicate with other native applications. This is a web-application developed in Django using RESTful API’s.
• Trainee Agent (TA): A native application developed in Qt and C++ which would be used to by the Trainee to visualise the changes in the network.
• Simulator: Another native application used to simulate the attacks in virtual environment.
• Back-end Server: This server is used for communication between the Simulator and TA and between Simulator and EC. This module is developed on Node.js and again making the use of RESTful API’s and socket connections.
• As a part of the team I have worked on EC, TA and the Back-end Server. At MTree, following were my responsibilities:-
• Development: Development of well refined quality products to meet specific needs of specific users.
• Quality Assurance: Assuring the quality of the products developed in order to provide best quality products to the client.
• Code Review: Reviewing the code of peers in order to check for optimal, readable and reusable code.