This is my bachelor project: Slop Engine. Many game engines have begun integrating MCP, which allows LLMs to assist in more areas of game development. We wanted to see if creating a game engine where AI assistance is integrated from the start into every feature would be more effective. That's why we created Slop Engine, a fully featured 3D engine built for AI. The project taught me a lot about integrating AI into web apps, and it has made me see the true potential of AI assistance in software development.

This project was created during the third semester of university. The site is written in C# using ASP.NET and was hosted on Azure. Chirp is a twitter clone with a few extra features. I had a lot of fun working on the backend, and I think we did a pretty good job updating and maintaining the site during the semester.

This project was created during the second semester of university. The program is created using Java and JavaFX. It uses OpenStreetMap to display a map of Denmark with markers for different locations and navigation. The source code for this project is unavailable as it was hosted on an internal github within ITU.

This project was created during the fourth semester of university. The app is created using Kotlin and Android Studio. It uses Firebase for the backend to store and display events created by users. The UI uses native Android components. It also had integration with the google maps api, which allowed us to display events near the user's location.

I like messing about with this website from time to time. It has been a fun side project to work on when I have had some downtime. In the process, it taught me a lot of TypeScript and React. It feels a bit backwards to create the portfolio before I have anything to show, but I guess that's just how it is. :P

I don't have this set up yet, but I draw a little, and this is where they are going to go. (The little guy in the image is Scrunches. Look at him go!)

This game sucks. I made it in one day.

This is a tool I made for the game foxhole. It is used to calculate angles and distances for spotters.