• Implemented several front end technologies(Bright spot, React, Handlebars, Sass, etc) to develop new components for the Chopra Global website that increased user interactivity and enabled non-technical team members to easily modify the site.

• Migrated several components of the site to React in order to reduce code redundancy by 50% and streamline development.

• Utilized React Hooks to simplify managing state in components and made use of context objects to avoid prop drilling.

• Built several backends with Node/Express designing modular middleware/controller functions and focusing on reusability for future feature additions.

• Incorporated AWS S3 buckets in order to increase availability of business forms and increase scalability of Chopra’s integration hub.

• Developed MySQL schemas and databases to take advantage of functions, stored procedures, and triggers that significantly reduced time for migrating and storing data.

• Leveraged Travis CI to automate the running of unit, integration and regression tests, to mitigate bugs, and prevent unintentional breaking changes.

• Used React to develop UI for a SPA taking advantage of modular components to reduce code redundancy and ensure application scaling, thereby easing application debugging.

• Architected PostgreSQL ACID compliant database with strict schemas for storing user data to allow for dynamic data storing with object-relational functionality and to utilize PostgreSQL’s extensive data type library.

• Employed Webpack to create custom configurations for loading and translating .jsx files from React into readable JavaScript for the browser and to create a more maintainable and scalable codebase with bundled files.

• Configured Google OAuth for application authentication and authorization to reduce user bounce rate by providing a secure and convenient login flow.

• Implemented React-Router to streamline multiple views in a Single Page Application (SPA), minimize server fetches, and improve the clarity of the code base.

• Architected an object-oriented multiplatform C++ framework that contained support for linear algebra, common physics algorithms, sockets, and multithreading.

• Served as SCRUM Master to assign tasks and to ensure that milestones were achieved timely.

• Leveraged PhysX for creation of rigid bodies and to easily apply torque and forces to all objects for realistic movement within each object’s local space

• Used HLSL to write various vertex, fragment, geometry, and compute shaders for implementation of lighting, particle effects, back-face culling, and render to texture effects.