A Schedule Builder tool for my high school.

Understanding the IB and AP systems was a real challenge for me as our family had no previous experience with these programs. We had to figure out all the requirements from a 100-page document. As this process was overwhelming for many students, I came up with the idea to create a schedule planner for my school. This website aimed to explain how the AP, IB, and credit systems work, what classes one needs to graduate, and the prerequisites for any given course.

This was one of the biggest projects I've ever worked on, taking up half a year and over a hundred hours of work. Because of this, I keep the source code private. I'm sorry :(

A highly customizable simulation that models and visualizes the spread of a virus. The source code is available on my GitHub.

This project was inspired by 3Blue1Brown's video on YouTube. It is based on an SIR model that can be customized with many settings such as the rate of spread of the virus, the percentage of the population following social distancing rules, or the duration for which a cell is infectious.

If you'd like to try the simulation out, the installation and the settings are well-documented on the GitHub page in README.md.

2022 Problem A: The Need for Bees (and not just for honey)

Me and three of my classmates partnered up to compete in the High School Mathematical Contest in Modeling, where we had to create a model that reflects the population size of a bee colony over time. The twenty-four page paper we wrote earned Honorable Mention.

You can try the simulationhere.

Videki Law is a management system for lawyers where they can keep track of their ongoing cases, clients and documents.

Sadly I can't include detailed screenshots as all the information is confidential, but I can proudly say that this has been one of the biggest projects I've ever worked on.

I attempted to create a 2D sidescroller game, similar to Terraria from scratch. I was really drawn to the idea of creating my own procedural world generation code, as I've always wondered how games like Minecraft and Terraria generate their huge and diverse environments.

The map generator procedurally creates one large interconnected cave that tries to be as realistic as possible. Everything was made from scratch: the textures, the physics and collision system, the rendering engine and the map generation.

I am really proud of this project, it has really improved my programming skills and gave me a really good introduction to game development. Although this prosject is super unfinished, you can play the game here.

This is a fun project I worked on in my free time where I try to simulate rope and cloth-like materials by connecting nodes with sticks and applying some basics physics to them. The end result is surprisingly realistic.

You can play with the simulation by downloading the two files from my GitHub. You can also build your own rope structure, I've included a very basic editor.

I was interested in inverse kinematics, so I implemented FABRIK (Forward and backward reaching inverse kinematics). This is a very simple fun app that demonstrates how inverse kinematics work.

You can try the app here. You're welcome to play around with the code and change some variables such as the number of nodes or the stick length.