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My passion project has been building a 3D game engine and level editor from the ground up with TypeScript, React, and Three.js. It's been my playground for learning the core skills: Engine & Systems: I built a modular ECS core for handling game objects efficiently. The whole thing runs on a command pattern for smooth undo/redo, and I offloaded physics and scripting to Web Workers to keep everything running fast. Graphics & Rendering: Set up a PBR rendering pipeline with all the good stuff: GPU Instancing, static batching, and smart culling to Page 1 of 3 handle a lot on screen. It also has LOD, shadows, and some cool environmental effects. Integrated a custom physics layer that handles collision detection, It sends events back and forth with the game logic, which lets some really neat emergent behaviors happen. Level Editor Tools: I built a full 3D level editor in React that combines a 2D design canvas with a live 3D viewport. It's got the standard gizmos for moving things around, face editing, prefab spawning, and live diagnostics. AI-Powered Design: This is a fun one, I hooked up the various LLM APIs to act as a level design assistant. You can just describe a level in plain English, and it will generate structured, game-ready data for the editor to place. The Tech Stack: My main tools are TypeScript, JavaScript, Three.js, React, Vite, and TailwindCSS. I'm comfortable with GLSL for shaders and use Git for version control.…My passion project has been building a 3D game engine and level editor from the ground up with TypeScript, React, and Three.js. It's been my playground for learning the core skills: Engine & Systems: I built a modular ECS core for handling game objects efficiently. The whole thing runs on a command pattern for smooth undo/redo, and I offloaded physics and scripting to Web Workers to keep everything running fast. Graphics & Rendering: Set up a PBR rendering pipeline with all the good stuff: GPU Instancing, static batching, and smart culling to Page 1 of 3 handle a lot on screen. It also has LOD, shadows, and some cool environmental effects. Integrated a custom physics layer that handles collision detection, It sends events back and forth with the game logic, which lets some really neat emergent behaviors happen. Level Editor Tools: I built a full 3D level editor in React that combines a 2D design canvas with a live 3D viewport. It's got the standard gizmos for moving things around, face editing, prefab spawning, and live diagnostics. AI-Powered Design: This is a fun one, I hooked up the various LLM APIs to act as a level design assistant. You can just describe a level in plain English, and it will generate structured, game-ready data for the editor to place. The Tech Stack: My main tools are TypeScript, JavaScript, Three.js, React, Vite, and TailwindCSS. I'm comfortable with GLSL for shaders and use Git for version control.

Luis Condeço

Game Developer, Full Stack Developer, Web Developer, +2

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My passion project has been building a 3D game engine and level editor from the ground up with TypeScript, React, and Three.js. It's been my playground for learning the core skills: Engine & Systems: I built a modular ECS core for handling game objects efficiently. The whole thing runs on a command pattern for smooth undo/redo, and I offloaded physics and scripting to Web Workers to keep everything running fast. Graphics & Rendering: Set up a PBR rendering pipeline with all the good stuff: GPU Instancing, static batching, and smart culling to Page 1 of 3 handle a lot on screen. It also has LOD, shadows, and some cool environmental effects. Integrated a custom physics layer that handles collision detection, It sends events back and forth with the game logic, which lets some really neat emergent behaviors happen. Level Editor Tools: I built a full 3D level editor in React that combines a 2D design canvas with a live 3D viewport. It's got the standard gizmos for moving things around, face editing, prefab spawning, and live diagnostics. AI-Powered Design: This is a fun one, I hooked up the various LLM APIs to act as a level design assistant. You can just describe a level in plain English, and it will generate structured, game-ready data for the editor to place. The Tech Stack: My main tools are TypeScript, JavaScript, Three.js, React, Vite, and TailwindCSS. I'm comfortable with GLSL for shaders and use Git for version control.…My passion project has been building a 3D game engine and level editor from the ground up with TypeScript, React, and Three.js. It's been my playground for learning the core skills: Engine & Systems: I built a modular ECS core for handling game objects efficiently. The whole thing runs on a command pattern for smooth undo/redo, and I offloaded physics and scripting to Web Workers to keep everything running fast. Graphics & Rendering: Set up a PBR rendering pipeline with all the good stuff: GPU Instancing, static batching, and smart culling to Page 1 of 3 handle a lot on screen. It also has LOD, shadows, and some cool environmental effects. Integrated a custom physics layer that handles collision detection, It sends events back and forth with the game logic, which lets some really neat emergent behaviors happen. Level Editor Tools: I built a full 3D level editor in React that combines a 2D design canvas with a live 3D viewport. It's got the standard gizmos for moving things around, face editing, prefab spawning, and live diagnostics. AI-Powered Design: This is a fun one, I hooked up the various LLM APIs to act as a level design assistant. You can just describe a level in plain English, and it will generate structured, game-ready data for the editor to place. The Tech Stack: My main tools are TypeScript, JavaScript, Three.js, React, Vite, and TailwindCSS. I'm comfortable with GLSL for shaders and use Git for version control.

Available to hire

My passion project has been building a 3D game engine and level
editor from the ground up with TypeScript, React, and Three.js. It’s
been my playground for learning the core skills:
Engine & Systems: I built a modular ECS core for handling game
objects efficiently. The whole thing runs on a command pattern for
smooth undo/redo, and I offloaded physics and scripting to Web
Workers to keep everything running fast.
Graphics & Rendering: Set up a PBR rendering pipeline with all the
good stuff: GPU Instancing, static batching, and smart culling to
Page 1 of 3
handle a lot on screen. It also has LOD, shadows, and some cool
environmental effects.
Integrated a custom physics layer that handles collision detection,
It sends events back and forth with the game logic, which lets some
really neat emergent behaviors happen.
Level Editor Tools: I built a full 3D level editor in React that combines
a 2D design canvas with a live 3D viewport. It’s got the standard
gizmos for moving things around, face editing, prefab spawning, and
live diagnostics.
AI-Powered Design: This is a fun one, I hooked up the various LLM
APIs to act as a level design assistant. You can just describe a level
in plain English, and it will generate structured, game-ready data for
the editor to place.
The Tech Stack: My main tools are TypeScript, JavaScript, Three.js,
React, Vite, and TailwindCSS. I’m comfortable with GLSL for
shaders and use Git for version control.