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Intro
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2026-10-14T23:59
Now in Your Language, Only on Coloso!
Learn from Top Creative Experts Worldwide
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Houdini VAT Meets Unreal Realism
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Ten Years of VFX Lead Expertise
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Realistic 3D Mesh Effects with VAT
Realistic & Lightweight: Game Effects via 3D Mesh VAT
Optimize Houdini physics simulation data for game environments using Vertex Animation Textures (VAT), and transform it into photorealistic 3D mesh-based effects. Through 5 practical simulation examples, go beyond traditional texture-based effects to master creating dynamic, realistic visuals.
From photorealistic asset creation to the Houdini–Unreal optimization workflow, learn to render diverse materials like debris, viscous fluids, and cloth while designing your own FX structure. Elevate your game scenes with Kisong Lee's core simulation techniques, now available in this class.
Class Preview
Still Not Sure?
Check Out Kisong Lee's Class Preview!
02. Understanding VAT Objects
- Exploring the principles of Vertex Animation Texture (VAT)
- Understanding VAT objects
- Understanding VAT objects
Class Perks
Special Gift from Kisong Lee
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Advanced 3D Mesh FX Production WorkflowUnlimited access to 21 chapters -
To help you understand various toolsClass materials (.pdf) -
More Powerful, Photorealistic VisualsPractice asset files
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Implemented with VATHoudini Production Scene Files -
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Recommendation
Who Should Take This Class?
Aspiring FX artists preparing for employment who want to create photorealistic effects based on 3D meshes
Junior professionals who want to directly integrate Houdini resources into Unreal-focused effects
Beginners who want to go beyond simply combining effects and try designing and creating source resources
Expert VFX Artist Kisong Lee's Portfolio
Why Take This Class?
From creating Houdini VAT resources to optimizing them in Unreal, master physics-based 3D mesh effects and upgrade your practical skills as an aspiring FX artist! Learn how to use 3D animation resources to implement physical movements such as destruction, collisions, and deformation at the actual mesh level, moving beyond sprite-focused effects.
Create dynamic effects based on 3D meshes to build a differentiated portfolio! Directly stage five examples of situations frequently used in actual games, including hit impacts, background destruction, and building collapses. Kisong Lee’s practical Houdini physics simulation class, combining realistic visuals with professional efficiency, is now available.
Get Ready for the Real-World
Hands-On: Five Realistic VAT Effects
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[Example 01] Background Object Destruction Simulation Resource -
[Example01] Background Object Destruction Effect
[Example 02] Blood Impact Effect
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[Example03] Cloth Simulation Resource -
[Example03] Cloth Effect
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[Example04] Viscous Liquid Simulation Resource -
[Example04] Viscous Liquid Effect
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[Example05] Wall Destruction Simulation Resource -
[Example05] Wall Destruction Effect
Highlights
Class Highlights
Creating Perfectly Photorealistic 3D Mesh Effects with VAT
Create game effects with VAT! Convert resources simulated in Houdini into the VAT format, then apply realistic yet lightweight 3D animation resources to a game engine. Express a variety of physical movements that are difficult to convey with textures or sprites alone as more realistic mesh-based effects.
3D Effects Production With Houdini X Unreal
A diverse range of Houdini simulation resources for use in Unreal Blueprints & Niagara! Optimize various physics effects, including destruction, cloth, liquids, and viscous effects, into the VAT format and import them into Unreal. Practice implementing everything in real time, from Sequencer-based cutscene direction to interactive effects.
Houdini Physics Simulation for More Diverse Texture Effects
Houdini physics simulation solvers for creating more diverse textures! Bring objects such as concrete fragments, splattered blood, and viscous liquids to life through simulations with different characteristics, including rigid body, fracture, and FLIP. Learn how to create Unreal materials for different substances and enhance the visual quality of your resources.
