Houdini Procedural Modeling for Art Design by Aleksandr Shtyvoloka

Build a complete sci-fi scene using only procedural modeling in Houdini. This course skips the heavy VEX and focuses on nodes, attributes, and creative math to turn your ideas into real 3D objects. You’ll model a detailed Thopter vehicle and its environment, learning how to think procedurally along the way.

🎯 What you’ll learn

• Work with the procedural nature of Houdini using nodes and attributes
• Apply basic math creatively for modeling shapes and patterns
• Build a complete scene using only procedural techniques
• Use VOPs and minimal VEX to control geometry

✅ Requirements

• Skills: Basic understanding of Houdini UI and navigation, basic algebra
• Tools: 3-button mouse
• Hardware: Minimum 16GB RAM, dedicated GPU

📝 Description

This course is built around a single, practical goal: model a sci-fi Thopter scene using almost 100% procedural methods. You won’t be sculpting or manually tweaking every vertex. Instead, you’ll learn to think in nodes, using attributes, Copy to Points, and Boolean operations to build complex geometry from simple rules.

The instructor deliberately avoids heavy VEX coding, relying mostly on VOPs to keep things accessible for beginners. You’ll see how math like sine waves and point distributions can create panels, wings, and ornaments without writing a single line of complex code. For rendering, the course uses Karma CPU, so you can see your procedural work come to life.

What makes this course different is the focus on creative application. Instead of abstract exercises, you’re building a real, unconventional scene. The goal is to show you that procedural modeling isn’t just for technical artists—it’s a powerful tool for any 3D artist who wants to iterate faster and break free from manual modeling limits.

🧑‍🎓 Who this course is for

• Beginner Houdini users who want to see a complete procedural art pipeline
• 3D artists looking to upgrade their modeling workflow with nodes
• Anyone who wants to build complex scenes without relying on sculpting or manual poly modeling

🧑‍🏫 About the Author

Aleksandr Shtyvoloka is a self-taught CG artist with 14 years of industry experience. He has worked as a freelance artist for nearly a decade, covering architectural visualization, environment creation, sculpting, and texturing. His teaching style focuses on delivering structured, practical knowledge to help artists skip years of scattered learning and get straight to creating.

🏁 Final Result

• A fully procedural sci-fi Thopter scene with detailed body, wings, interior, and environment elements, ready for rendering in Karma CPU.