Three sections make up the CPPS: the exhibit, the simulator, and first aid.

Large touch screens with our original mini-games that teach visitors about earthquake causes, effects, and preparation tips are incorporated into the exhibit space.

Additionally, we developed a platform for a fleet of tablets that are placed strategically on walls throughout the museum and are each running a variety of software. With the help of these tablets, visitors can learn more about the activity they are currently engaged in and have a more engaging learning experience. Visitors have the option to learn at their own pace and receive guidance that is specifically suited to their needs.

An escape game will also assist visitors in learning as much as possible while having fun. Finishing the game should take about an hour.

More info

Battle your way through endless waves of falling containers and redeem the precious loot they carry for upgrades! Pygmak is an addictive, simple, rewarding game you won't stop going back to.

Blinded, you must find clever ways to find all three keys and escape the maze with for only tool: The ability to paint the walls around you. The player must come up with good spatial awareness strategies to avoid getting lost forever.

This research project had for purpose to help raise awareness of the difficulties blind people have to navigate in an environment mainly built for the sighted and through playing, come up with real world modifications that could be implemented to help people suffering from that handicap.

Download available on demand

My bachelor focusing on the use of audio, I wanted to create a unique experience never seen before in virtual reality gaming: A virtual reality navigation game based on echolocation, where the player is left in the dark inside a big house hunted by a mysterious ghost-like entity. They must navigate undetected to locate the light-switch. The trick is that the game uses live microphone data. Meaning if you want to be quiet in the game, you must be quite outside the game. This makes for a uniquely scary and truly immersive experience.


Making this game not only taught me a lot about sound physics in general, but how to implement accurate FFT measurements and fine tune settings to make an enjoyable experience.

Thesis: Download

Github

A MAX MSP tool that turns any direct input controller into a fully featured synthesizer and sampler. All wirelessly through UDP packages!

This MAX patch receives and sends UDP packages to a DualShock4 controller to control a wide range of custom made audio effects plugins and buffers. It allows the user to record and playback samples, switch to 5 different instruments and control everything in an ergonomic design. An enhanced version of this patch is now available, feel free to ask me for any files or source code.

GitHub

A Java Minecraft plug-in made to enhance the capabilities of the bow and arrow. Enabling this plug-in will add a block where the arrow lands depending on which block you are standing on. For example, if the player is standing on a Redstone block, a Redstone block will be created at the point of impact allowing the player to connect Redstone circuits from a distance.
This plug-in is initially made for players who like to create puzzle-based levels in Minecraft.

Some examples of effects:

Standing on gold: Teleports the player to arrow's location
Standing on Redstone: Creates a Redstone block at arrow's location
Standing on Lapis: Creates a water block at arrow's location
Standing on Sand: Creates a Sand block at arrow's location
Arrow through Lava: Kills the player if the arrow goes through Lava

And some more...

Tested for multiplayer.

GitHub

Portable Mixing Table

A mobile application meant to be strapped onto your arm that gives you access to various OSC panels connected to a MAX MSP patch via Bluetooth.

AI swimming competition

As part of a university assignment, where I had to code and test different types of path finding algorithms. Once each algorithm was built (Backtracking, Depth-first, Dijkstra and A*), I decided to have them compete with each other.

I thus created virtual swimming pool where 4 contestants race to reach the end. At each round, waypoints are scattered randomly inside the pool and each contestant is allocated a random starting point.
I then simulate a few hundred rounds and graph the results to see which path algorithm prominently won over the others.
As expected, A* ended up dominating the other 3.

GitLab