Designed a React Fiber node tree parsing algorithm to track changes in components, state, atom, and selector data from React, Recoil applications allowing developers to further optimize their code based on their test results

Recursively restructured extracted data from react fiber node to display a visualization that allows developers to dynamically track the component tree structure within their application using React-Flow

Implemented Recoil, leveraging its backwards compatible state that can persist through application changes to optimize state management by allowing components to parse atom data between parents and children

Established dynamic routing using React Router, streamlining a user experience that optimizes render times and minimizes server requests

Architected a Node.js backend server using Express to develop a RESTful API service for efficient processing of requests pertaining to login, authentication, and database queries by utilizing the middleware design pattern

Configured Webpack for both Electron and React to transpile frontend files, uglified bundles to decrease file size, implement hot module reloading, and improve production load times for the team

Product developed under tech accelerator OS Labs (https://opensourcelabs.io/)

Implemented React-Redux utilizing hooks, actions, reducers to manage a centralized state, optimize performance, and store long term data that is used while users navigate to different components within the application

Incorporated tests with React Testing Library using Jest as a framework for front-end components and interactions to ensure consistent and reliable performance

Increased application security by optimizing a hashing algorithm that was flexible between resilience and performance based on SALT configurations to hash sensitive user information

Developed the front-end with React Hooks to reduce the amount of prop drilling and manage the complexity of components for easier readability and improved developer experience