04MYSTIC
MAYHEM
MAYHEM
Semester project · case study coming soon
MysticMayhem
A game project created as a semester assignment. Details, screenshots and my contribution will be documented here later.
Documentation in preparationUnreal Engine Development
I use Unreal Engine primarily for gameplay systems, procedural generation, technical systems and real-time visualization.
WORLD
terrainbiomesPCGgameplay// primary_specialization
From systems to playable worlds
I work across the boundary between engine code, technical design and visible player experience. The goal is not an isolated feature, but a system that remains understandable as the project grows.
Arcane Isle case study →// selected_subprojects
Unreal projects
Different scales, one focus: turning technical systems into a playable result. The list will grow as each project receives its own documented case study.
01Independent game · active development
Arcane Isle
A rune-driven action roguelike built by a three-person team.
Open case study ↗
02Bachelor thesis · technical case study
Procedural World Generation
Runtime terrain, biome blending and PCG environment population in Unreal Engine 5.5.
Open case study ↗
03Gameplay prototype · 18 playable holes
18-Hole Golf Prototype
A complete miniature-golf loop focused on ball physics, shot feedback and obstacle reading.
Open case study ↗C++ & Architecture
Gameplay systems built around actors, components, interfaces, delegates and data-driven configuration. I separate responsibilities into maintainable subsystems and use asynchronous work where runtime cost matters.
Procedural Generation
My strongest Unreal specialization: terrain, islands, biome blending, vegetation, paths, points of interest, infrastructure and run-specific world configuration.
Gameplay & AI
Player attacks, projectiles, runes, inventory and crafting alongside enemy archetypes using chase, dash, teleport and ranged behavior.
UI & Data
UMG interfaces for inventories, crafting, HUD, tooltips and drag-and-drop interactions, driven by connected DataTables and reusable widget logic.
Optimization
Multithreaded mesh generation, controlled game-thread spawning, LOD and distance considerations, selective collision and practical runtime measurement.