[All-in-One Introduction to Game Programming] C++ & Data Structures/Algorithms & STL & Game Mathematics & Windows API & Game Server

This course follows the development of a <Casual Mobile MMORPG> M2 from start to finish, teaching you all the necessary skills for online game development.

This is a basic C# programming course for those who do not have basic programming knowledge. It is not a class that focuses on memorizing grammar, but rather summarizes only the most necessary parts.

This is a lecture that analyzes the core source code of Unreal Engine. Through Obsidian-based minimaps and various visual resources, you can study difficult content more easily.

Learn the principles of Diablo 1-style PCG dungeon generation by implementing its structure in the console, with the theme 'Technology Supporting Game Development in the AI Era'. Expand this to 3D in Unity to complete a generation pipeline equipped with seed-based dungeon generation, mesh placement rules, and debug tooling. Through sample code and hands-on practice, connect to AI-assisted art production workflows, enabling you to create immediately applicable dungeon crawler prototypes.

A UE5 Source Code Analysis Lecture by a top-level Unreal Engine expert.

This is a course where you study core computer science knowledge such as networking/multithreading/operating systems and learn MMORPG technology by building a game server from scratch.

This is a lecture that naturally learns data structures and algorithms while studying [pathfinding], which is essential for RPG games.

This is a course that covers the entire process of working with the Unreal Engine based on C++, in a shallow and quick way.

This is a course on creating a framework that integrates IOCP game servers with Unreal Engine. (This is not a Dedicated-Server course!)

This is a lecture on how to create a simple 2D game using the Unreal Engine. You can develop the ability to use blueprints in practice and naturally learn the basics of using the Unreal Engine.

UE5 Multiplayer Game Dev. Intro. Course. Listen server-based multiplayer game dev, theory to implementation. Hands-on practice via [Last Man Standing] clone.

A course for absolute beginners. This course teaches Blueprint, Unreal Engine's visual scripting, for programmer-level familiarity.

This is a course where you will learn about how to use the Unity engine and the features it provides, and learn methods to manage it efficiently.

This course covers core computer science knowledge such as networking, multi-threading, and operating systems, and teaches MMORPG technology by building a game server from the ground up. It provides a comprehensive overview of the knowledge that a new server programmer should know, building a foundation that allows them to adapt to any project without feeling overwhelmed.

This is a class where you can create a simple TPS game using blueprints and naturally learn various functions provided by the Unreal Engine.

This lecture explains DirectX 11 knowledge, which is essential for studying game programming, at a level that beginners can understand.

This lecture continues the content implementation started in Part 7 by using EF Core learned in Part 8.

This course teaches MS-SQL through baseball/company databases.

This course will teach you how to create a simple online 2D roguelike game using the key concepts learned in Parts 1-6.

The era of 60 million won starting salary for game programmers! For those who are confused about what to study and how to study, We have prepared a vivid story about the game industry and the hiring process.

This is a game development & algorithm course that focuses on the algorithms and principles of 2D game development from the ground up using Windows API and C++.

This lecture covers the basics of how the virtual world that makes up a game is created with mathematics. Through basic mathematics, you will understand the principles of game engine composition and learn practical game mathematics that makes up a three-dimensional space.

A course on Data Structures & Algorithms core theory & practical problem-solving, for IT company coding test prep. (C++)

This lecture is for those who tried to study advanced algorithms but feel lost on how to approach problems with just the basic data structures and algorithms found in books.

If you could easily learn C++, is there any reason not to? This lecture is designed to help beginners who dream of a successful programming career but are currently anxious day by day. I will explain it kindly and in detail. Even if you start as a beginner, I will be the best stepping stone for you if you want to go beyond the intermediate level and enter the path to becoming an advanced programmer. I support your dreams!

We will gradually learn about the new core grammar added to C++20 and consider how it can be applied to games in the long term.

C++ lectures for passing coding tests, No need for books! Community where you can communicate directly with the author!

These mock technical interview questions were created by Jushin Game Academy, which has produced numerous game client developers over the past 10 years, based on their diverse experiences. We will support your employment as a game client developer.

🌿 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. 🌲