At Procedural Worlds, I lead development of Storm’s Structure Generation Toolset, a scalable framework for generating anthropogenic environments in Unity. The system spans interior spaces to full cities through four interconnected procedural generators designed for performance, flexibility, and deterministic multiplayer support.
2025
LEAD PROGRAMMER
UX DESIGNER
PROCEDURAL PROGRAMMING
SYSTEM DESIGN
The toolset is composed of four core systems: the Area Populator (micro-elements such as furniture and props), Building Generator (polygon-driven buildings with interior layouts), Dungeon Generator (subterranean structures including transit systems and caves), and the City Generator (large-scale urban layouts). Together, these systems enable both the recreation of real-world towns and cities using GIS data and the creation of entirely original, user-designed environments.
I led the research, algorithm design, system architecture, and UX development of the toolset. A major technical focus was ensuring fast, seed-based deterministic generation suitable for multiplayer environments, while maintaining deep modularity so creators can swap art packs and generate entirely distinct visual identities without altering core logic.
At Procedural Worlds, I lead development of Storm’s Structure Generation Toolset, a scalable framework for generating anthropogenic environments in Unity. The system spans interior spaces to full cities through four interconnected procedural generators designed for performance, flexibility, and deterministic multiplayer support.
2025
LEAD PROGRAMMER
UX DESIGNER
PROCEDURAL PROGRAMMING
SYSTEM DESIGN
The toolset is composed of four core systems: the Area Populator (micro-elements such as furniture and props), Building Generator (polygon-driven buildings with interior layouts), Dungeon Generator (subterranean structures including transit systems and caves), and the City Generator (large-scale urban layouts). Together, these systems enable both the recreation of real-world towns and cities using GIS data and the creation of entirely original, user-designed environments.
I led the research, algorithm design, system architecture, and UX development of the toolset. A major technical focus was ensuring fast, seed-based deterministic generation suitable for multiplayer environments, while maintaining deep modularity so creators can swap art packs and generate entirely distinct visual identities without altering core logic.
At Procedural Worlds, I lead development of Storm’s Structure Generation Toolset, a scalable framework for generating anthropogenic environments in Unity. The system spans interior spaces to full cities through four interconnected procedural generators designed for performance, flexibility, and deterministic multiplayer support.
2025
LEAD PROGRAMMER
UX DESIGNER
PROCEDURAL PROGRAMMING
SYSTEM DESIGN
The toolset is composed of four core systems: the Area Populator (micro-elements such as furniture and props), Building Generator (polygon-driven buildings with interior layouts), Dungeon Generator (subterranean structures including transit systems and caves), and the City Generator (large-scale urban layouts). Together, these systems enable both the recreation of real-world towns and cities using GIS data and the creation of entirely original, user-designed environments.
I led the research, algorithm design, system architecture, and UX development of the toolset. A major technical focus was ensuring fast, seed-based deterministic generation suitable for multiplayer environments, while maintaining deep modularity so creators can swap art packs and generate entirely distinct visual identities without altering core logic.