Dive into the fascinating world of procedural tree generation with Blender’s Geometry Nodes!
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In '3D Trees with Blender Geometry Nodes', you’ll learn how to build natural-looking, fully customizable 3D trees—from trunk and root structures to realistic leaf distribution. You’ll also explore advanced techniques like noise displacement, Split End Nodes for branching, and even a simple simulation setup for falling leaves. This hands-on approach ensures you gain practical skills you can apply to everything from game environments to stylized forest scenes.

By the end of our lessons, you’ll know exactly how to transform curves into optimized 3D meshes, map textures efficiently, and develop a node-based workflow that’s both flexible and efficient. Whether you’re a Blender beginner looking to expand your skill set or an experienced 3D artist aiming to streamline your process, this class will show you how to grow professional-quality trees with a few smart node setups.

Why Choose 3D Trees with Blender Geometry Nodes?

Professional 3D Trees – Ideal for game developers, environment artists, and hobbyists looking to create high-quality trees for games, animations, and 3D worlds.

Hands-On Procedural Mastery – Master key techniques like the SplitEnd Node, Branch Randomization, and Root Systems to develop organic, natural-looking trees from scratch.

Advanced Node Techniques – Discover how to distribute leaves dynamically, add procedural noise displacement, and generate complex branching structures using repeat zones.

Simulated Falling Leaves – Implement a particle system (Blender’s Simulation Zone) to create leaves that detach, fall, and bring movement to your scenes.

Realistic UV Mapping & Mesh Generation – Convert procedural curves into fully functional 3D meshes with proper UV maps and seamless material application.

Grow Your 3D Skill Set – Apply these techniques to a wide range of projects, from realistic environments to stylized fantasy landscapes.

What You’ll Learn

Procedural Foundations: Create trunk and root structures using custom node groups.

Branching & Randomization: Master SplitEnd Nodes and repeat zones for natural branching patterns.
Leaf Placement & Simulation: Control leaf distribution along branches and set up falling leaves for dynamic realism.

Mesh Conversion & UV Mapping: Convert curves to mesh efficiently and apply textures without fuss.
Practical Node Workflows: Build a modular system you can reuse for trees, bushes, and beyond.

Who This Class Is For

Game Developers & 3D Artists seeking optimized tree assets for real-time engines or cinematic scenes.

Stylized Creators wanting to add foliage to fantasy realms, alien landscapes, or concept art projects.

Blender Enthusiasts ready to explore procedural modeling and broaden their environment design capabilities.

Why This Class Is for You
Learning these procedural techniques opens up endless creative possibilities. You’ll gain a deeper understanding of Blender’s Geometry Nodes, speed up your workflow, and produce rich, dynamic 3D environments—perfect for animations, games, or imaginative personal projects.

Time & Resources

Class Duration: 9 in-depth lessons spanning over 2 hours of procedural modeling techniques.

Resource Pack Included

This class comes with a high-quality resource pack featuring 8 stylized PBR materials designed for procedural tree creation. Cherry and oak bark textures, cherry branch variations (blossomed and non-blossomed), and oak leaf variations for summer, autumn, and spring are all included. A cherry petals pack is also provided for realistic falling blossom effects. The finished project file is part of the package, so you can compare and refine your tree setups easily.

Ready to Start Growing?

Take control of procedural tree creation like never before. From fantasy trees to realistic forest foliage, this Skillshare class will open you up to new projects.

Push your Blender Geometry Nodes skills further and start crafting awesome 3D trees.

Until next time, may all your polygons take root—and may your leaves never fall too soon!

Luke

Viktor Khasenko

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