Matt Burnett

Activist.org

Activist.org is a platform designed to connect activists with organizations and causes they care about. As a member of the development team, I work on enhancing existing functionality and implementing new features based on generally-defined specifications. My role involves improving system performance, refining user experiences, and ensuring seamless integration of new capabilities.

I collaborate closely with other team members to understand project needs and prioritize improvements. This teamwork allows me to address issues proactively, enhancing both the codebase and the overall user experience.

With capability in Vue.js 3, Django 5, TypeScript/JavaScript, and Tailwind CSS/Headless UI, I contribute to refining the project's front-end and backend components. My efforts help keep activist.org aligned with modern development standards, ensuring its continued value to the community.

Carbon Interface API Frontend

This is a user-friendly interface that simplifies access to the Carbon Interface API. This API provides critical estimates for the carbon production associated with various activities, such as air travel and ground transport. My work focused on designing and implementing a responsive and intuitive frontend that effectively demonstrates the API's capabilities, making complex data accessible to a broader audience.

This project aligns closely with my commitment to addressing climate change. By building this interface, I aimed to empower users to better understand the environmental impact of their daily activities. This project serves as an essential foundation for future development, where users will be able to monitor and potentially reduce their carbon footprint through informed decisions.

Utilizing technologies such as React, TypeScript, Material UI, and Formik, along with the Carbon Interface API, I ensured that the frontend was not only functional but also aesthetically pleasing and easy to navigate. My efforts contributed to a polished product that bridges the gap between complex environmental data and practical, user-centric applications, advancing the project's goal of promoting environmental awareness and action.

Solar Panel Output Estimation

In developing the Solar Panel Output Estimation project, I created a tool that estimates solar panel electricity production based on precise location, time of day, and current weather conditions. By integrating raw data from the forecast.solar public API, I transformed complex solar production data into a format that is easily accessible and usable within a web application, providing end-users with actionable insights.

This project stemmed from my curiosity about real-time solar energy data and how it could be applied in practical scenarios. It also complements my work on the Carbon Interface project, as both initiatives focus on leveraging data to promote more sustainable behaviors. Through this project, I explored the potential of solar energy and how real-time data can empower individuals to make informed decisions about their energy usage.

The technical stack for this project includes React, TypeScript, API integration with forecast.solar, and AWS deployment using S3, API Gateway, and Lambda. My experience with these technologies ensured the smooth deployment and operation of the application, making it a reliable tool for users interested in solar energy production. This project highlights my ability to harness real-time data for practical, user-centered applications that contribute to broader environmental goals.

GreenShop / E-commerce UI

The GreenShop project is a capstone e-commerce web application that centers on sustainable, renewable consumer products. Designed as a practical exercise in web development, this project allowed me to apply and deepen my skills while focusing on a meaningful theme—promoting eco-friendly products to conscious consumers. The application offers a seamless shopping experience, showcasing a curated selection of sustainable goods.

GreenShop integrates with the E-commerce Rest API, which I developed and is detailed elsewhere on this website. This integration ensures a smooth flow of data and functionality, enhancing the overall user experience. The project also features secure payment processing through the Stripe API, allowing users to purchase with confidence.

The technical stack for GreenShop includes React, Redux Toolkit, TypeScript, and Stripe API integration, with deployment on Vercel. My experience with these technologies enabled me to build a robust and responsive application that aligns with modern e-commerce standards. This project demonstrates my ability to create functional, user-friendly web applications while maintaining a focus on sustainability and responsible consumerism.

E-commerce REST API

The E-commerce REST API project is a robust backend solution designed to power the GreenShop application. This API provides the essential infrastructure for managing product data, processing transactions, and handling user authentication, ensuring that the front-end operates smoothly and efficiently. My work on this project focused on creating a scalable and reliable system that meets the demands of modern e-commerce platforms.

This API was built using NestJS, TypeScript, PostgreSQL, and TypeORM, allowing for a well-structured, type-safe, and performant backend. I also implemented comprehensive OpenAPI documentation, ensuring that the API is easily understandable and accessible for developers looking to integrate with it. The clear documentation streamlines the development process, reducing potential friction for teams working on related projects.

To maintain a high standard of quality and reliability, I set up CI/CD pipelines using GitHub Actions. This continuous integration and deployment process ensures that updates to the API are automatically tested and deployed, reducing downtime and enhancing overall stability.

For developers interested in exploring the API, the OpenAPI documentation is available and can be accessed with the username/password combination e-comm/e-comm.

NestJS REST API Template

The NestJS REST API Template is a foundational project that streamlines the development of NestJS-based APIs, serving as the backbone for the E-commerce REST API detailed elsewhere on this website. This template functions as a scaffold, providing developers with a ready-made structure that handles the repetitive and time-consuming aspects of API development. By reducing the need to reinvent the wheel, this template significantly accelerates the development process.

Built with NestJS, TypeScript, TypeORM, and PassportJS Authentication, the template offers a robust and secure foundation for any API project. It includes essential features like user authentication, database integration, and modular architecture, allowing developers to focus on the unique aspects of their applications rather than the underlying infrastructure. The inclusion of PassportJS ensures that authentication is handled seamlessly, providing a secure starting point for any project.

To ensure that this template is as efficient and reliable as possible, I integrated CI/CD pipelines using GitHub Actions. This setup allows for continuous testing and deployment, ensuring that any new APIs built on this template are automatically tested and deployed with minimal effort. Through this project, I demonstrated my ability to create versatile, reusable code that simplifies complex development tasks, making it easier for teams to build high-quality APIs quickly and effectively.

For developers interested in exploring the API, the OpenAPI documentation is available and can be accessed with the username/password combination test/test.

Resonate Music Streaming Service

The Resonate Music Streaming Service is an open-source platform dedicated to music sharing, offering a collaborative space for users to explore and enjoy music. My role in this project involved developing a comprehensive test plan aimed at auditing the entire API functionality. Initially, my focus was on identifying broken or missing functionalities, ensuring that the core features of the platform operated as intended.

Utilizing Mocha with the Chai library, I crafted detailed test cases to rigorously assess the API. This involved extensive testing to uncover issues and ensure that all functionalities were thoroughly vetted. Once the necessary refactoring was completed, I conducted further tests to verify and validate that the updated features worked as expected, thereby enhancing the reliability and performance of the service.

My work contributed significantly to the stability and robustness of the Resonate Music Streaming Service. By implementing a structured and thorough testing approach, I helped ensure that the platform delivers a consistent and reliable user experience. This project underscores my ability to apply rigorous testing methodologies to open-source projects, enhancing their overall quality and functionality.

This website

This website serves as my personal portfolio, built with HTML, JavaScript, and CSS/SASS to showcase my skills and projects. As an exercise in basic web development, it demonstrates my capability to create a functional and visually appealing site without relying on external libraries or technologies.

The site is designed to be SEO optimized, ensuring that search engines can effectively index and rank its content. It incorporates structured data in conformance with schema.org standards, enhancing the website's visibility and relevance in search results. This attention to SEO and structured data underscores my commitment to best practices in web development.

By focusing on core technologies and optimization techniques, this project highlights my proficiency in crafting a professional, responsive, and search-engine-friendly online presence. It serves as a testament to my ability to build a fully functional portfolio site that adheres to modern web standards while maintaining a clean and effective design.