KlusterView is a visualization tool for monitoring the health and status of your Kubernetes clusters that streamlines the arduous configuration normally required to view such metrics.- Utilized React to create reusable and modular components, promoting efficiency through reduced code and simplified application architecture, while leveraging the virtual DOM for performant re-renders and elevated user experience.- Implemented TypeScript with reusable types and interfaces to reduce future development costs by minimizing the introduction of regressions when creating new features and expediting the onboarding process of new developers.- Leveraged Express.js for handling client requests by utilizing the built-in Router object to create modular route handlers, thus improving code organization and enhancing scalability and maintainability. - Established comprehensive unit and end-to-end test coverage with React-Testing-Library, Jest, and SuperTest to ensure reliable functionality across the application, reducing future debugging and ensuring customer confidence.- Integrated Prometheus to query important metrics from Kubernetes clusters, allowing access to real-time and historical data trends, allowing developers to identify performance bottlenecks and facilitate improvements.- Utilized Grafana to showcase cluster metrics by fetching customized dashboards from the Grafana API, taking advantage of the platform’s extensive collection of visual options and easy integration with Prometheus.- Optimized application navigation by integrating React Router, effectively reducing requests to the server and resulting in efficient client-side routing with seamless transitions between pages.- Containerized the application with Docker to encapsulate all dependencies, allowing for streamlined integration with Grafana and Prometheus, creating a consistent environment.- Product built through OSLabs, a nonprofit tech accelerator focused on advancing open source software.

Application workflow manager allowing users to audit the progress and outcome of their job applications while providing statistics regarding successful strategies.- Utilized a structured, relational database using PostgreSQL, ensuring accurate and consistent data through ACID compliance and allowing for horizontal scaling to accommodate future growth demands.- Configured client-side routing, leveraging React Router’s ability to handle URL parameters to enable dynamic and personalized content rendering based on user interactions.- Built a self-documenting and reliable codebase with TypeScript’s static type checking, allowing for complex code modifications from team members while minimizing the risk of breaking existing functionality.- Incorporated Webpack to enable module bundling and minification, allowing for reduced file size and improved application performance through reduced network requests and quicker page load times.

Sports betting application providing the same functionality and up to date betting line data as major sportsbooks, but in a risk-free environment.- Implemented React Redux to centralize application state, allowing for predictable state updates by utilizing the framework’s principles of flux architecture, resulting in improved code maintainability and debugging.- Employed MongoDB as the database solution to store past bets and user information as self-contained documents, thus facilitating easy querying and retrieval of historical data while allowing a flexible schema. - Enacted robust user authentication utilizing industry best practices such as password hashing/encryption with bcrypt and server-side session tracking using authentication middleware to secure user-specific data.- Enhanced user experience with mobile-first, responsive web-design by enacting media queries at industry established break-points, allowing for a user-friendly interface that displays properly across various devices.- Standardized Block-Element-Modifier CSS naming-convention to create modular and intuitive classes that improve maintainability and scalability by avoiding specificity issues and reducing style conflicts.

- Architected website for private, athletic-oriented middle school with React, Express, and MongoDB- Enhanced user experience with mobile-first, responsive web-design by enacting media queries at industry established break-points, allowing for a user-friendly interface that displays properly across various devices- Upgraded company website by refactoring codebase with creation of reusable React components- Fortified codebase with extensive test coverage, utilizing Jest and React-Testing-Library to ensure reliable functionality and reduce future development costs due to unforeseen bugs