• Pairs with a locally hosted PostgreSQL server to deliver integrated database functionality with DB importing and in-app updating, as well as runtime metric analysis, allowing users to copy and refactor their schemas while they perform tests.

• Built with TypeScript, utilizing custom types and interfaces, to ensure the predictability of data and static typing throughout the application as well as to improve the developer experience.

• Utilized Electron to create an offline sandbox application that deploys to Mac/Windows/Linux, and provides an environment for users to finely tune their SQL database design through an intuitive GUI.

• Implemented Node’s FS and Path modules to allow users to store stateful query data locally, allowing for persistent data across multiple sessions.

• Leveraged React.js’s intuitive infrastructure and data flow, alongside React Hooks to create modular and reusable stateful components.

• Integrated Material-UI React components alongside styled-components to create a pleasant and uniform UI-UX.

• Developed under tech accelerator OS Labs (opensourcelabs.io).

• Application to incentivize studying via gamification.

• Utilized data queried from the Pokemon API to provide users with rewards for reviewing and creating custom flashcards.

• Implemented an ACID-compliant SQL database to store relational user data, as well as a NoSQL MongoDB to archive non-relational data retrieved from the Pokemon API.

• Built using React to utilize modular and reusable components, maintaining dryness throughout the codebase and simplifying the process of creating an application with many moving parts.

• Integrated Redux architecture to provide a top-level source of state as well as to prevent excessive prop drilling, allowing components to subscribe to state as needed.

• Incorporated the Redux Thunk library into reducer functions to allow for API calls and asynchronicity within the Redux environment.

• Application to help differently-abled users find businesses that offer accommodations.

• Leverages the Yelp API to provide meaningful data to differently-abled users, providing functionality for users to log provided accommodations, as well as the ability to filter search results based on the accommodations that a user requires.

• Implemented a PostgreSQL database, normalized to the third form, to store persistent user data and prioritize access speeds, minimizing latency and guaranteeing scalability.

• Engineered Node/Express server to create a RESTful API to manage incoming data and provide users with responses.

• Integrated React architecture in combination with Redux data flow to manage and protect various forms of data as they are added to the state from application DB and API calls.

• Implemented authentication functionality to allow users to create and store their accommodation preferences within their account.

• Utilized the crypto-js library to fully encrypt user data before storing to ensure safety and privacy for users.

• Created a suite of tests for front-end and back-end to follow the TDD workflow as well as ensure the functionality of the application prior to further development.