Project: Below

An interactive novel

Project: Below is a personal project following Siggy Smith, a character from The Galean Universe, an up-and-coming novel series. You can read the synopsis of book one here. I started this project in Twine, but then adapted it to work in Unity3D so I could house the story in a dynamic atmosphere and add more interactive elements. This project challenged me as a programmer, but that only made it far more satisfying when it worked without exploding.

I presented this project at the RMIT Games Showcase 2017.

*After the showcase, I pulled the story from the game. It was originally submitted to Cohesion Press for the SNAFU anthology, and though it was shortlisted it didn’t make the final cut. 

It’s been readapted and is now published under the title Challenger

Due to some technical difficulties, the majority of my screenshots are MIA. They’ll be reuploaded soon. 


Three tourist ships have gone missing. An entire Russian research base has gone silent. A private facility has been swept with an unknown pathogen.

That’s only the tip of the iceberg.

After Siggy Smith is charged with first-degree murder and sentenced to liquidation, she’s given an ultimatum: a public death, or five years on an elite squadron known as M.O.N.S.T.R.

Choosing life, the shape-shifter and ex-marine is now tasked with tracking down and eliminating supernatural entities that threaten human life.

Starting with the mysteries creeping across the snowy landscapes of Antarctica.


A small two week game prototype for a voice controlled game called Whispers. Two people in the team. In the game you fuel the flight of the butterfly by talking and/or screaming into a microphone and use the left and right directional keys to alter the direction in which it flies. If we were to continue the project we would add a narrative story for the player’s to read out loud to help motivate the player’s noise input. Thus the story and the narrative would both fuel the butterfly but enhance game play.

My roles:
3D assets
Menu Creation