Systems designer
I design interconnected gameplay systems in Unity and C#, using technical architecture and diagrams to clarify how rules, information, feedback, and pacing shape player choice.
Academic project · Ongoing
A team-built rover exploration game translating MAXART’s space-awareness brief into movement, narrative, and a stable, responsive player experience.
Academic project
An immersive VR survival puzzle built around hands-on system restoration, diegetic environmental feedback, and player-shaped outcomes.
Academic project
A console application translating booking rules and user roles into a connected object-oriented model.
Academic project
A tower-defence game for ages 10–12 that turns renewable construction into eco-point, placement, and upgrade decisions.
Academic project
An action RPG balance pass using shared stat weighting to connect equipment, skills, quests, character progression, and player build choices.
Systems design is the through-line: architecture, gameplay rules, data, performance, and player feedback shape the work.
The tools below show how those capabilities are built, supported, and verified.
Design capabilities
Applied workflow
Assisted workflow
I remain responsible for every decision, review generated output, and verify it against the project.
Presentation workflow
My completed work moves from character balance and educational mechanics to spatial VR interfaces.
Across each project, I focus on how rules, information, and feedback shape the experience of play.
