"The thirst that YouTube self-study can't quench—an Unreal Engine Authorized Instructor will satisfy it for you." You know Unreal Engine is great, but when you actually try to start, does it feel overwhelming? You follow countless tutorials, but it only helps in the moment—when you try to apply it, do you hesitate? As an Epic Games verified Authorized Instructor (UAI), I know better than anyone the trial and error that countless students go through. Building a foundation with fragmented information will eventually crumble. This course saves your time with **'the most accurate official standard'**. 💡 C++ is not necessary. Without complex coding, using only Blueprints, I'll help you develop **'real practical skills'** to create everything from games to metaverse and virtual production. Not just memorizing features, but growing into a **'Technical Creator'** who can solve any problem on their own—that's what I'll help you become.

🌿 Class Introduction This course teaches Unreal Engine's Procedural Content Generation (PCG) system with a practical, hands-on approach. You'll learn step-by-step techniques to automatically place complex terrain, roads, trees, lighting, and more, building an efficient environment creation pipeline without repetitive tasks. Rather than simply listing nodes, this course maximizes production speed through a structural approach that can be directly applied to your projects. 🚀 💡 3 Reasons Why This Class Is Special ❶ Production-Focused PCG Approach Focuses on **'project-centered design'** rather than feature listing. By integrating core systems like Landscape, Splines, and Level Instances, you'll build automated pipelines and experience production efficiency at least 3 times faster than manual work. ⚡ �② Complete Integration of PCG Graphs × Blueprints Exposes PCG parameters to Blueprints, creating a structure where artists and programmers can work together seamlessly. With system-oriented PCG design that controls density, meshes, and materials, you'll secure powerful scalability even in large-scale projects. 🧩 ❸ Automation, Efficiency, and Scalability From spline-based automatic placement of roads, streetlights, and fences to implementing material and vegetation changes based on terrain slope. Using 'Difference' and 'Distance' nodes, you'll complete real-world environment automation logic, such as automatically removing forests around roads. 🌲