Utilized Docker to containerize the application, ensuring a consistent development process across the team

Used a custom YAML content parser as a CMS to deploy React components to the site, enabling fine grained control of application updates, and allowing for a consistent development process for both technical and non-technical team members

Mentored engineers in the development and deployment of full stack applications and provided training through code review and white boarding sessions, both one-on-one and in group settings, with a focus on engineering best practices

Integrated TypeScript to improve maintainability and define the shape of data structures through the use of custom interfaces while reducing the frequency and ambiguity of errors

Leveraged D3 libraries for their flexibility and customizability to generate a dynamic visual representation of a React application’s component hierarchy that is easy to navigate, parse, and analyze

Utilized the Chrome API to access and analyze data of any webpage utilizing React while removing the end user’s need to have direct access to the webpage’s source code or run any application outside of Chrome

Created custom Webpack configuration, improving development efficiency through automation of the build process as well as optimizing the application’s size for the end user by minifying and uglifying the bundle

Designed an internal library to modularize the functionality of the application and share common functionality across multiple components, such as, converting React Fiber Nodes into tree structures for analysis as well as determining which nodes in a component tree contain certain values

Used Jest to perform unit testing on key algorithmic functions within the application and to ensure that the application’s functionality was stable across iterations, allowing the team to refactor parts of the code safely

Leveraged React Native’s fast development time to rapidly prototype, iterate, and ultimately serve a mobile application to both ios and android devices, utilizing their built in hardware capabilities

Utilized React Context to provide the entire application with data from a single source while separating that data into distinct fields and increase scalability and flexibility in development by reducing prop drilling

Used React Hooks to improve the modularity of the application by separating the functionality and view of components and create reusable hooks that could be utilized in multiple locations across the app while also improving the maintainability of the code by breaking down larger class components into smaller, more easily testable, functional components

Created a Node.js server to handle HTTP requests to multiple endpoints and serve data from a database to the client side application while allowing for flexibility within the team by implementing fullstack JavaScript

Implemented Express to modularize the server using the MVC design pattern, while also creating reusable middleware functionality and writing routes to ensure that processes be carried out in the correct order

Designed a SQL database to reliably handle a large number of data transactions by maintaining ACID compliance and large queries quickly