Our mission is to streamline the inefficiency of document management within the trucking industry.

- Spearheaded the development of a sports media platform using React and KeystoneJS, delivering a highly interactive and responsive single-page application (SPA) optimized for both TV and desktop viewing experiences.- Implemented KeystoneJS for content management, enabling dynamic content updates and efficient management of sports media content, including real-time scores, player statistics, and multimedia elements.- Integrated Auth0 for robust user authentication and authorization, ensuring secure access to personalized content and user profiles on the sports media platform.- Utilized Styled Components for styling, creating a visually appealing and consistent user interface across various screen sizes and devices, enhancing the overall user experience for both TV and desktop users.- Employed Next.js for its hybrid rendering capabilities, combining Static Site Generation (SSG) and Server Side Rendering (SSR), to ensure fast load times and dynamic content delivery on the sports media platform.- Leveraged TypeScript for its strong typing system, enhancing code reliability and maintainability, which was crucial for the complex data structures and interactions on the sports media platform.

- Engineered client-facing dashboards and internal tools using EmberJs, enhancing user interface functionality and improving data interaction capabilities for a more responsive and efficient user experience.- Designed and developed RESTful APIs using Ruby on Rails, facilitating seamless communication between the frontend and backend systems and ensuring smooth data transfer.- Collaborated closely with cross-functional teams, leveraging Agile methodologies and JIRA for project management, to deliver high-quality software solutions within tight deadlines.- Conducted testing and debugging in EmberJs environments, ensuring the reliability and stability of the application.- Continuously refactored and optimized existing codebase in EmberJs and Ruby on Rails to adapt to changing requirements and incorporate new features effectively.

- Deployed React hooks, introducing reusability in stateful behavior within functional components for efficient use of React’s native state management and life-cycle features in order to alter state within the application upon designated user actions.- Leveraged React Router to enhance user experience via avoiding page refreshes when changing views, allowing dynamic rendering on the client-side based on designated paths, minimizing the number of requests that are made to the server, and keeping the user within the initial page loader, thus reducing latency.- Designed and developed all UI/UX specifications from the ideation phase to the final site launches that were used to map the architecture and development of the entire front-end for applications including page interactions, transitions, and animations.

- Capitalized on React’s unidirectional Flux architecture to create a single page application (SPA) with component based architecture which allows for more modularity to render response data from API requests.- Utilized Next.js to statically serve files using Static Site Generation (SSG) while as well enabling the option for Server Side Rendering (SSR) by serving the pages props through the server. - Leveraged Typescript to provide static typing to prevent type coercion in order to reduce debugging time, as well as for its ability to implement interfaces which was used as a means to define a structure for classes to follow.- Employed Tailwind in order to optimize Css file bundle sizes as well as to take advantage of convenient in-file styling.- Applied JIRA project management tools for cross-team collaboration and to assign and review the work of team members

- Constructed the first NoSQL data migration tool compatible with the Node/Deno runtime, which performs schema and full database migrations.- Harnessed a Node/Deno compatible MongoDB driver in order to allow the user to generate schema migrations of which would alter the state of the documents within the database in an incremental, reversible, and version-controlled manner. - Leveraged TypeScript to provide static typing to prevent type coercion in order to reduce debugging time, as well as for its ability to implement interfaces which was used as a means to define a structure for classes to follow.- Produced a command line interface that gives users full access to data transformation functionality via MongoDB shell commands such as insertOne and updateMany, which allows for a swift and maintainable way to employ a variety of schemas.- Implemented a logging system as a collection into a NoSQL database (MongoDB) and as a text file within a local file tree to provide developers a means of which to keep track of all the data’s transformation history. - Integrated ES6 Promises with a variety of asynchronous components to create an architecture capable of dynamically applying pending data transformations (migrations) forward and reverting changes based on data transformation statuses.- Constructed and utilized native testing suites to incorporate test driven development (TDD) into Exodus’ development and to ensure the ability of individual Exodus components to withstand edge cases and unforeseen errors during migrations.- Utilized the native permissions system to confirm user machine security by providing users the option of using explicit read, write, and network access flags as a means of system access control over Exodus.

- Employed a content management system (Cargo) to streamline the creation of content for rapid deployment as well as to update the company's site content in order to handle different forms of user consumption.- Capitalized on React’s unidirectional Flux architecture to create a single page application (SPA) with component based architecture which allows for more modularity to render response data from API requests. - Constructed an Express server upon the Node runtime environment, in order to take advantage of Express’ middleware design pattern of writing routers and controllers to modularize backend requests which improved the intuitive flow of data. - Composed a NoSQL document-oriented database (MongoDB) to provide rapid deployment and the ease of prototyping varying data schemas relative to a SQL database due to the dynamic nature of a user’s restaurant subscriptions. - Implemented Mongoose, for its aptitude in schema validation and large community support, as an object data modeling library (ODM) to achieve structured documents within our database collections.- Created a Webpack configuration for its extensive support for various loaders and third-party imports to provide a reusable and scalable bundle that transpiled ES6 packages, and added hot reloading to aid the team’s live development efforts.- Deployed React Hooks, introducing reusability in stateful behavior within functional components for efficient use of React’s native state management and life-cycle features in order to alter state within the application upon designated user actions.- Leveraged React Router to enhance user experience via avoiding page refreshes when changing views, allowing dynamic rendering on the client-side based on designated paths, minimizing the number of requests that are made to the server, and keeping the user within the initial page loader, thus reducing latency.