• Institutional Team focusing on Financing

• Tech stack: Go, Typescript, React, GraphQL, gRPC, Relay

• Implemented scalable system APIs - responsible for processing roughly $25 billion in annual revenue - for the Billing and Cash Platforms Group using Hack (PHP), EntQL and MySQL.

• Built and designed enterprise-level aggregation services that compile financial data using Hack (PHP) in order to mitigate timeout exceptions and reduce daily billing cycle load times by 95 percent.

• Constructed analytics applications to project revenue by using React with Flow type checking for the UI, GraphQL with Relay for the API queries, and Hack for the back-end logic.

• Created and managed data pipelines using Python and Dataswarm to efficiently relay data from Oracle databases to MySQL, minimizing load times when reading and writing data in time-sensitive billing processes.

• Led the development of products that improved the efficiency of the invoicing process through API development centered around retrying failed or unsuccessful invoice batches stored in MySQL databases.

• Employed test driven development using Jest and HackTest to facilitate development and maintain confidence in functionality when refactoring.

• Updated and engineered modules in Meta’s proprietary front-end library to reduce the usage of outdated and deprecated components.

• Used Babel Parser to build an Abstract Syntax Tree that efficiently uses AST tokens and text nodes to parse the user’s files in the extension’s Node.js run-time.

• Incorporated TypeScript for both the front-end and back-end to avoid type errors, discover errors at compile-time rather than run-time, and improve codebase documentation.

• Instituted the container pattern and used Hooks to create reusable React elements that allow for coherent component hierarchy and simple prop inheritance.

• Utilized the resource abundant VS Code API to add multiple features and tools, including the ability to persist state, communicate with the front-end, and interact with the user’s active workspace.

• Converted the VS Code sidebar into a fully customizable view using VS Code Webview, which granted unlimited creative freedom to use any front-end frameworks, libraries, and tools with minimal performance downsides.

• Created tree visualization using CSS; heavily relied on ‘before’ and ‘after’ pseudo-elements to allow for effective functionality of checkbox features, which permit more flexibility than a third-party visualization framework.

• Applied TDD by creating Mocha/Chai test suites for both the parser functionality and the extension itself; in addition, incorporated the tests into a CI/CD workflow using GitHub Actions.

• Implemented React Router to create a performant SPA that maximized user experience by utilizing client-side rendering, thus decreasing the number of network requests.

• Utilized the Twitch.tv REST API to retrieve user/streamer information; stored clips in a non-relational database (MongoDB) to improve load times and reduce the probability of exceeding rate limits by decreasing the number of third-party API requests.

• Established a Node.js/Express.js server to efficiently handle API requests to multiple endpoints; used the middleware design pattern, routers, and controllers in order to modularize back-end requests.

• Used a relational database (PostgreSQL) to create a secure single source of truth that allowed for complex relationships between administrators, residents, and visitors.