Created recursive Fiber Tree-crawling algorithm to consistently extract render hierarchies, stateful relationships, and other pertinent data from React applications and programmatically injected custom scripting into React Developer Tools to patch functionality to provide information about state changes

Implemented container pattern in React to create a frontend with reusable components that utilized the flux paradigm, maximizing maintainability and modularity by separating stateful and presentational components

Architected a Single Page Application (SPA) using React Router for dynamic client-side routing by removing server requests and increasing content delivery speed

Used D3 visualization library to integrate a responsive radial, space-optimizing node-tree graph layout algorithm with drag, zoom, and tooltip functionality to provide developers with updated state properties for React and created a dynamic sunburst diagram to show Selectors-Atoms connection for Recoil

Integrated Typescript’s static, structural typing system, resulting in reduced runtime errors and improving cross-development team code generation and ensuring overall scalability

Leveraged Jest testing framework for TDD with unit tests to expedite code reviewing and integration of new features

Manipulated Chrome API to implement publisher-subscriber patterns with the user's state-updating components to generate and display state snapshots

Utilized Recoil, Express, SQL and Web APIs to build a complex client focused application to test the dev tool against all features of Recoil

Built application with Webpack for future scale, maintainability and faster load times by writing configuration to utilize hot module reloading, ES6+ transpilation for developer packages, and using minification and uglification features to decrease bundled file size

Accelerated at OS Labs