Understanding Core Terms and Structure of Unreal Engine 5 in One Go!

Learn about the network multiplayer framework, also known as the other Unreal Engine. Learn the key concepts, inner workings, and optimization techniques you need to know when creating a network multiplayer game, then create a hack & slash type PvP battle game.

This course teaches the complete professional workflow for creating high-quality 3D environments using Blender, 3ds Max or Maya, and Unreal Engine 5. Designed for beginners, it guides students step by step through the entire process, from reference gathering and project organization to blockout, modular asset creation, sculpting, UVs, baking, texturing, lighting, and final scene polish. Students will learn industry-standard techniques used in game development, including procedural material creation with Substance Designer, texturing with Substance Painter, vegetation creation with SpeedTree, and environment assembly inside Unreal Engine 5. By the end of the course, students will have a fully finished environment and portfolio-ready screenshots and videos.

A current Sound Director's guide for game company job seekers, Unreal Practical Game Sound Development Skills: Intermediate-Advanced Course

Beginner's Guide to Creating Your First Game Using Only Blueprints Without Coding

This is an introductory course to Unreal UMG. Led directly by Lucy, a UI/UX designer with 11 years of experience in the gaming industry, you can learn Unreal Engine and UMG in an easy and fun way. After completion, you'll be able to place various UI elements in Widget Blueprints and create simple materials, effects, and event nodes.

🌿 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. 🌲

This in-depth Unreal Engine 5 course teaches how to quickly create professional large-scale open-world environments using marketplace assets. It covers custom landscape creation with World Creator, environment composition and storytelling, asset placement and polishing, foliage painting, lighting, and post-processing. With over 7 hours of real-time content, the course is designed for users who already have basic knowledge of Unreal Engine. It is taught by Emiel Sleegers, a senior environment artist with experience on major game titles, and is structured into 18 clear, well-organized chapters.

This course is designed to help artists understand and master the creation of procedural art tools using Blender Geometry Nodes, with a strong focus on real production workflows. Through step-by-step, real-time demonstrations, I guide students from the fundamentals of Geometry Nodes to building advanced, reusable tools for environment creation. The course is structured around solving common problems faced by environment artists: repetitive tasks, slow iteration, and lack of procedural control. By breaking down complex node networks into clear and logical steps, students learn why each technique works, not just how to replicate it. In addition, the course demonstrates how to transfer these procedural tools from Blender to Unreal Engine using Altermesh, allowing artists to keep their workflows flexible and efficient across software. By the end, students will confidently create, customize, and deploy their own tools for faster environment production.