Introduction to Game Quest Design for Junior Planners: Why Do Players Complete Quests?

This is a high-level engine game development course for complete beginners with no coding experience. If you are new to game development, start with this course!

PCG (Procedural Content Generation) is a design approach that automatically generates game content based on rules and conditions. It is utilized for various content such as maps, items, events, and quests, and is currently widely used throughout the game industry to improve development efficiency and gameplay variety. PCG is no longer limited to specific genres or technical teams; it has become one of the fundamental concepts that game designers must understand. PCG is often misunderstood as merely a mathematical or programming technique, but in reality, the most important aspect is the planning-stage choices and design that determine "what kind of experience to create repeatedly." This course is an introductory lecture focused on understanding and utilizing PCG from a designer's perspective. Rather than teaching how to write code, it gradually explains why PCG is necessary, what problems it solves, and how it is used in game design, centered on principles and case studies.

Working as a game designer, there are often moments when you feel lost, not knowing how to plan sound or how to collaborate with the audio team. In particular, questions like "What makes good sound?", "Why does my game lack impact?", and "Why don't scene transitions/UI/combat/ambient sounds connect into a cohesive experience?" are among the most challenging areas for designers with limited experience. This course is designed for designers with these concerns, explaining the principles of sound design in a designer's language and helping you understand step-by-step, aligned with actual workflow, what role sound plays in games and how it should be designed. Focusing on core concepts and real-world examples that make up game sound— such as sound direction, impact feel, feedback, layering, ducking, and trigger design— this course explains things concretely and practically so that even beginner designers without audio expertise can easily understand and immediately apply them to their work. After taking this course, you won't be a designer who relies on vague intuition saying "just do it like this," but rather one who understands various game sound techniques and can proactively lead audio quality.

This course is designed for game designers who are unsure how to design enemy AI. We'll clearly break down pattern composition, behavior design, and difficulty adjustment methods in a designer's language—concepts that may have seemed vague before. After taking this course, you'll be able to independently determine 'what kind of enemy to design and why,' and communicate confidently with programmers.

If you've been struggling with why combat feels frustrating or why the impact doesn't come alive, this course is the solution. We break down the core principles of designing combat systems for action-adventure and souls-like games in the easiest and clearest way possible, helping anyone create systematically designed combat systems based on structured knowledge rather than just 'simple intuition'. Through this course, you'll be able to theoretically systematize what was once vague combat system design and learn the application principles through real examples from various games.

Level design is the process of meticulous spatial design that naturally guides players, controls tension and relief, and creates memorable moments. In this course, you'll learn how to apply spatial design principles that architects have used for hundreds of years to games. After taking this course, you'll become a game planner or level designer who thinks first about "What emotions will this space give to players, and what actions will it induce?" rather than simply "Put a wall here and place a door there."

This is an introductory course that provides a comprehensive overview of the world of 'game planners,' the invisible designers of games. It introduces ideas, rules, experiences, documentation, and various work tools and methods that planners need to know.

This is a practical course for those who have completed the introductory Godot Engine course. We will implement the core logic of a Breakout 2D game together.

This article explains in detail how to create a 'Matching Pictures' card game using Godo Engine.

Working as a game designer, there are often moments when you feel lost, not knowing how to plan sound or how to collaborate with the audio team. In particular, questions like "What makes good sound?", "Why does my game lack impact?", and "Why don't scene transitions/UI/combat/ambient sounds connect into a cohesive experience?" are among the most challenging areas for designers with limited experience. This course is designed for designers with these concerns, explaining the principles of sound design in a designer's language and helping you understand step-by-step, aligned with actual workflow, what role sound plays in games and how it should be designed. Focusing on core concepts and real-world examples that make up game sound— such as sound direction, impact feel, feedback, layering, ducking, and trigger design— this course explains things concretely and practically so that even beginner designers without audio expertise can easily understand and immediately apply them to their work. After taking this course, you won't be a designer who relies on vague intuition saying "just do it like this," but rather one who understands various game sound techniques and can proactively lead audio quality.

Useful Roblox features you need to know A lecture organized by useful features for those preparing to become Roblox creators! The lecture will be continuously updated to match the features being updated.

PCG (Procedural Content Generation) is a design approach that automatically generates game content based on rules and conditions. It is utilized for various content such as maps, items, events, and quests, and is currently widely used throughout the game industry to improve development efficiency and gameplay variety. PCG is no longer limited to specific genres or technical teams; it has become one of the fundamental concepts that game designers must understand. PCG is often misunderstood as merely a mathematical or programming technique, but in reality, the most important aspect is the planning-stage choices and design that determine "what kind of experience to create repeatedly." This course is an introductory lecture focused on understanding and utilizing PCG from a designer's perspective. Rather than teaching how to write code, it gradually explains why PCG is necessary, what problems it solves, and how it is used in game design, centered on principles and case studies.

This course focuses on developing revenue-generating mobile games by creating idle games.

This course examines the overall aspects of games and various elements of games from a humanistic perspective. The lectures will be based on a textbook called 'Game Textbook'.

This course is built from real experience teaching beginners who often feel lost when starting Unity and game development. Many students struggle with understanding how scripts work together, how game mechanics are connected, and how to turn simple ideas into a complete playable game. In this course, I guide students step by step, explaining every concept clearly and practically. Instead of overwhelming theory, we focus on building a real 2D space shooter game from scratch. Every script is written and explained line by line so students understand not only what to do, but why it works. The goal is to remove confusion, build confidence, and help students think like game developers. By the end of the course, students are able to understand Unity 2D fundamentals and confidently start their own game projects.

This course is designed to help complete beginners overcome the most common challenges in game development: understanding Unity, learning C#, and knowing how to turn ideas into real, playable games. Through years of teaching beginners, I have learned that students struggle most with complex explanations, disconnected theory, and lack of real practice. That’s why this course follows a clear, step-by-step, hands-on approach, where every concept is explained simply and immediately applied in real game projects. Students will build full 2D games from scratch, learning how to create player movement, enemies, levels, UI systems, animations, audio, and complete game flows. By the end of the course, learners will not only understand how 2D games work but will confidently create and export their own games using Unity and C#.