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This full-stack application was built on a lightweight FastAPI back end coupled with a PostgreSQL database, connected to our React front end through RESTful APIs. Developed an interactive and user-friendly interface using JavaScript with Bootstrap, and made efficient data queries utilizing Python and SQL. Created robust unit tests to ensure FastAPI endpoints functioned as expected in order to mitigate bugs or errors in production code.

My team and I saw development through from a concept in our wireframe, to database design and layout, through development and deployment of the final product. Through collaboration, we made use of GitLab and mob-programming to implement Continuous Integration and Continuous Deployment (CI/CD) of our application.

Technologies used: FastAPI, PostgreSQL, Python, React, Redux, JavaScript, Docker, Bootstrap

UltimateAuto is a car dealership management application designed to streamline inventory tracking, sales, and service appointments for new and returning customers.

This application was built with a microservces architecture, providing comminication between services via RESTful APIs and data pollers. The front end was built using React to create a single-page application, with the back end being built on the Django framework. Each service was containerized on Docker providing a seamless deployment process opportunity.

Technologies used: Django, Python, React, JavaScript, Docker, PostgreSQL

This project was a solo endeavor, and was built using the Pygame library in Python as a replica of the popular mobile game Flappy Bird. The game was built to be as close to the original as possible, and was built to be as user-friendly as possible.

The creation of this game was the culmination of several fine details brought together. I started by cropping the images to be as small as possible to be used for creating each "surface". This allowed me to draw rectangles around each cropped surface, minimizing the impact radius of the bird with the pipe obstacles.

Next, I needed to implement a more realistic sense of gravity (i.e. non-linear fall-rate). Following this, I needed to create a way to track the score and display it on the screen as the player progresses through the obstacles. The score is reset when the game ends. Finally, utilizing Python's random library, I created dynamically positioned pipes for each new iteration, varying the positioning of the gap between each set of pipes.

Technologies used: Python, Pygame