Reduced cognitive overhead and increased testability by replatforming technology of an existing full-stack application to prioritize separation of concerns in favor of complimentary programming methodologies by leveraging the flux paradigm with React through the integration thunks as a means to handle asynchronous client-side application state

Improved code reusability, developer experience and expected run-time behavior for organization-facing applications by creating a library of reusable React components containing assertions through prop-type validation

Leveraged React render props to feed JSON content into presentational components throughout the organization’s main product platform

Leveraged compile-time checks using Typescript to author explicit intent and create predictable run-time behavior at no cost

Supported minimal library bloat by designing a flux-based client-side complex state management system to support React’s one-way data binding using React Hooks

Created a library of atomically designed functional React components to ensure reusability and ease of testability across the application codebase

Implemented operating system settings preference detection and execution by leveraging Electron object property integration with the Node file system API to ensure user likeability

Implemented Jest and Enzyme following Test Driven Development (TDD) principles using snapshots with unit tests to analyze React components in isolation in order to support application scaling and systematic debugging

Designed infrastructure tests using Jest and Supertest to ensure the appropriate functionality for an end-user at various predefined endpoints on the server, and certify sensitive information is stored as an encrypted value in the database