I explored the data behind the scoring of boardgames in the hope to find the perfect combination of mechanics and categories. Read about what I’ve found here.

I've tried the WFC algorithm and parallelised it in a new way using multi-threading by checking for conflicts after each worker finished propagating changes. The code is constrained to always generate circle-shaped landmasses like these:

link

Exploring OpenGL + PhysX + PyTorch, all in C++ - my first Medium post 🎆.

I have created a project that uses OpenGL to render a ball simulated with PhysX. The ball is controlled by a reinforcement learning agent trained with PyTorch. Its objective is to navigate a 3D scene created in Blender.

link - repo

Theme: Roots! We made an isometric tower defense game in Unity where you start as a tree and you have to grow a forest around you to protect against the incoming waves of zombie rabbits! You place trees that come with turrets of three different types. There are two different resources that can be used to either grow or upgrade the trees/turrets. The zombies are spawning from increasingly more points until the trees are finally overwhelmed. My part included:

I’ve taken the Hands-On Game Development with Rust course from Educative.io. It helped me learn more about game development rather than rust, but it was a fun side-project. Here’s the dungeon crawler game that came out:

Last year, I did a “long” 82 km cycling trip and I ended up soaked and could barely feel my butt. This year, I decided to do it better! Here’s my story from a 5.5 km daily commute to a one-day 160km trip in pictures:

3D printed and painted my own Catan board game. Personally designed the cards using free online assets.

Part of the developing team for the RoC-Ex: Robotic Cave Explorer game during the UK Festival of Robotics 2021. Play it here!

Third-year undergraduate project.

Awarded second place in a local university competition.