Educational game teaching music theory to kids aged 6-9
"Ozzy is new to music" is a game that teaches young kids the basics of music theory. It consists of seven different mini-games, all teaching one aspect of music theory such as basic sheet music, rythm and melodies. The game is based on a childrens book of the same name and also has a story and characters from said book.
I was hired to work on this project for two intensive weeks where I made prototypes for three of the seven mini-games. The mini-games already had finished design documents, but some interpretation was needed.
The game is released and being used in schools all over Denmark. It can be seen below on this webpage for music teachers.
Stop-motion app for kids and their grown-ups
Piximakey is a stop-motion app with an accompanying toybox of modelling clay, custom backgrounds and camera holders. It is made for people of all ages, but is specifically aimed at children. Kids can use the modelling clay or their own toys along with the app to make their own movies and share them online. The app has been through a succesful Kickstarter campaign and can be found on the Play Store.
I was hired to work on this app for one week near it's initial release. When I started working on the app the UI was outdated and in need of an overhaul. The new UI had already been designed, but was still in Photoshop documents. My job was to export and implement the new UI, make sure it would scale well to different screen resolutions and to add small touches of juice.
App store link
Games made at various game jams, mostly working alone
I have many games at various game jams. I keep my favourites on my personal Itch.io page found through the link below.
On the page, you can find juicy 2D platformers such as "Downside Up" and "I am the Narrator". When working on platformers, I like working with a mix of Unity's RigidBody system and my own physics code to make the jumping feel especially good.
You can also find projects such as "Pizza Panic!", a local multiplayer game where you drive and drift your way around a city to see who can deliver the most pizzas.
Or "Ender's Pearl", a game I made as a design challenge. I made a very simple main mechanic and then challenged myself to see how many different and interesting levels I could come up with.
Master thesis in analysing and replicating melee attacks from 2D games
During my masters in Games from the IT University of Copenhagen, I wrote a thesis on game feel. Specifically, the game feel of melee attacks in 2D games such as Hollow Knight or Street Fighter. The thesis consisted of analysis and replication of example attacks found in commercial games. I also made a typology of all the elements that make up a melee attack.
A big part of the projects was my "Attack Prototyping Tool". This tool was made to replicate the example attacks in Unity, but also to be able to play around with their parameters to see how it affects their game feel. The tool was made to enable designers to easily explore and prototype new melee attacks that they might use in their own games.
Read my thesis
Well-optimized voxel engine inspired by Minecraft written in C++
During my masters in Games from the IT University of Copenhagen, I had a course in game engine programming. My end-of-semester project was making this voxel engine. In the game you can walk around a tiny generated world and place and destroy blocks. We also build a simple particle system that plays when you destroy a block.
ExecutableWe used a premade project called Simple Render Engine for rendering graphics, calculating physics and calculating collisions. We built a voxel engine on top of that. We especially spent time on optimizing the engine. For example, when rendering a group of blocks we render them all as a single mesh to save draw calls. We also only render the sides of the blocks that point outwards.
Technical report
StarCraft bot written in C++ for the Student StarCraft AI Tournament
During my bachelor at the Danish Technical University I made a an AI for the Student StarCraft AI Tournament (SSCAIT).
The AI is a Protoss bot that works on any map, can plan out a build order, place buildings to conserve space, scout out the
enemies strategy and launch effective attacks using micro management.
The AI is made using the open-source C++ framework Brood War API (BWAPI). BWAPI enables a programmer to get simple information from the game, such as the position of any visible units. You can also issue commands to units. My main responsibility was to build the software architecture and to implement effective building placement and resource collection.