How to easily create games with AI and monetize by launching your game on the Toss app with 30 million users

Learn how to create online games more easily and quickly in the AI era.

Make your game dev dreams a reality. This comprehensive course is designed for all levels, from Unity beginners to developers looking to implement multiplayer games. Not just a tutorial, systematically learn game dev from A to Z by building a shooting game.

We structured the timeline feature, especially useful for visual novels, emotion-driven 2D games, and cinematic event scenes, for beginners' easy and practical learning.

Creating a simple Gomoku game using Unity and a C# server.

An example-centered lecture that focuses on the core and provides practical training

This is a lecture where you can study Unity tile map technologies.

This is a course that covers everything from the basics of Unity Engine to creating a shooting game.

Learn the contents by creating a 2D RPG using Unity.

This is a blockchain Web3 development project course. It is recommended that you take the basics and learn through Part 1 of the series.

This is the process of developing a blockchain Web3 web application.

Learn the basics of React Native to build your own apps or dApps that can later connect to the blockchain.

Through this course, students will gain the skills to study Unreal Engine in C++ and create a portfolio.

Through this course, students will gain the skills to study Unreal Engine in C++ and create a portfolio.

Through this course, students will gain the skills to manipulate Unreal Engine in C++ and create a portfolio.

This is a lecture on creating a console shooting game using the C language. Basic knowledge of C language programming is required.

This course enhances your skills by creating a Katana Zero-style game using the Unity engine and C# programming. The basic version focuses on fundamental content, making it easy to follow along if you have prior experience with Unity.

This course will teach you how to create an FPS game, from a simple game to a 3-step upgrade. It is structured so that you can focus on studying Blueprint programming.

Through this course, students will gain the skills to manipulate Unreal Engine in C++ and create a portfolio.

This course will teach you how to create a 3D side-scrolling action game with Unreal Engine 4. You will learn how to use blueprints, animation, effects, sound, UI, monster AI, etc. We will teach you the basics one by one so that even those who are new to Unreal Engine 4 can learn it easily.

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.

🌿 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. 🌲

Even if you are new to Unreal Engine, taking this course will help you become familiar with it in just one day. It covers the basics thoroughly and only the necessary parts efficiently.