Ever dreamt of making your own 2D action-adventure game? Then you're in luck.
Whether you're a total newbie or switching to Godot, this course will walk you through creating an amazing game from scratch—no prior experience needed.
We’re talking puzzles, NPCs, combat, and an expansive world to explore. Think classic Zelda-like gameplay, but made by you. By the end, you'll have a fully playable game, plus the skills to build your own adventure-packed worlds.
Read more
Ever dreamt of making your own 2D action-adventure game? Then you're in luck.
Whether you're a total newbie or switching to Godot, this course will walk you through creating an amazing game from scratch—no prior experience needed.
We’re talking puzzles, NPCs, combat, and an expansive world to explore. Think classic Zelda-like gameplay, but made by you. By the end, you'll have a fully playable game, plus the skills to build your own adventure-packed worlds.
Ever dreamt of making your own 2D action-adventure game? Then you're in luck.
Whether you're a total newbie or switching to Godot, this course will walk you through creating an amazing game from scratch—no prior experience needed.
We’re talking puzzles, NPCs, combat, and an expansive world to explore. Think classic Zelda-like gameplay, but made by you. By the end, you'll have a fully playable game, plus the skills to build your own adventure-packed worlds.
You'll master GDScript, Godot’s custom scripting language, so you can make enemies chase the player, NPCs drop wisdom, and puzzles actually work. We’ll keep the code beginner-friendly, but powerful enough to level up your dev skills.
You’ll learn to craft tilemaps and terrains to build your world, add hidden rooms and treasure chests, and create a combat system where slimes aren’t just cute—they’re dangerous. (No mercy, they must be defeated.)
Most tutorials teach you how to make tiny, unfinished games. That’s cool and all, but this course goes all the way—from blank project to fully structured, feature-rich game. No half-baked mechanics. No confusing gaps.
You’ll learn by doing, with clear explanations and challenges to make sure you actually understand what you’re coding.
This course is perfect for total beginners, or devs looking to jump into Godot 4 without getting lost. No game dev experience? No problem. You just need a computer (Windows, Linux, or Mac) and a bit of curiosity.
By the end, you'll have more than just a game—you'll have the confidence to build your own.
If you've ever wanted to bring your dream game to life, now’s your chance. Let’s make something awesome together.
What's inside
Learning objectives
- Build a full 2d action-adventure game in godot 4 from start to finish.
- Learn gdscript and code like a pro—variables, functions, signals, and more.
- Design an expansive world with tilemaps, terrains, and hidden secrets.
- Create puzzles with movable blocks, pressure plates, and sneaky switches.
- Develop a dialogue system so npcs can drop lore, hints, or just sass.
- Make a combat system where enemies chase, attack, and (hopefully) lose.
- Structure your game properly with reusable scenes, groups, and signals.
- Master game dev skills you can use to create your own epic adventures.
- Build a full 2d action-adventure game in godot 4 from start to finish.
- Learn gdscript and code like a pro—variables, functions, signals, and more.
- Design an expansive world with tilemaps, terrains, and hidden secrets.
- Create puzzles with movable blocks, pressure plates, and sneaky switches.
- Develop a dialogue system so npcs can drop lore, hints, or just sass.
- Make a combat system where enemies chase, attack, and (hopefully) lose.
- Structure your game properly with reusable scenes, groups, and signals.
- Master game dev skills you can use to create your own epic adventures.
Syllabus
Introduction & Setup
Ahmed welcomes you to the course and gives you an overview of what you’ll be learning.
In this lecture, we’ll download Godot and set up our project.
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Syllabus
Ahmed welcomes you to the course and gives you an overview of what you’ll be learning.
In this lecture, we’ll download Godot and set up our project.
In this lecture, we’ll learn how to use Godot’s interface as well as what Nodes and Scenes are.
In this lecture, we will look into the basics of programming in Godot using GDScript.
We introduce the ways that you can get help, support and contribute to the community.
Any time we change our project during a lecture we will commit that change to a public source control repository for students to access. In this video, we show you how to access that content.
In this lecture, we’ll learn what assets are and import the ones we’ll use in our game.
In this video, I’ll give you a preview of what to expect in the Player Movement section!
In this lecture, we set up the player character scene.
In this lecture, we learn what a variable is, how to create and use one, as well as some basic types like integers and floats.
In this lecture, we’ll learn what an if statement is, as well as how we can use it to read button input via Input Actions.
In this lecture, we’ll start moving the player depending on which buttons were pressed!
In this lecture, we’ll learn what the scope of a variable means and how to use @export to edit a variable from the inspector.
In this lecture, we’ll animate the player movement using the AnimatedSprite2D node.
In this lecture, we’ll use elif and else statements to fix the player’s animations when moving diagonally.
In this video, I’ll give you a preview of what to expect in the Creating Environments section!
In this lecture, we’re going to use TileMapLayers to create a basic environment for our game!
In this lecture, we’ll create and use a Terrain inside of our Tilemap to automatically choose the proper tiles when painting roads, making it much easier to do so.
In this lecture, we’ll learn how to add obstacles (such as trees) with their own collision shapes and how to sort them properly with the player using Y-sorting.
In this lecture, we’ll learn how to swap to a different scene by creating a dungeon entrance!
In this lecture, we’ll learn how to use Autoloads to position the player when entering a new scene.
In this lecture, we’ll create a nice environment for our dungeon scene by adding floors and walls - including terrains for both of them!
In this lecture, we’ll learn the different ways you can scale the window so players can have the same experience regardless of window size.
In this lecture, we’ll learn all the different types of physics bodies and begin creating our block.
In this lecture, we’ll learn how to push the block by detecting and using collision in the player’s script.
In this lecture, we’ll learn how groups work in order to improve our block-detecting code.
In this lecture, we’ll learn what the framerate is and how we can avoid tying our game logic to it using the physics process function.
In this lecture, we’re going to create a button that can be pressed when the player or a block stands over it.
In this lecture, we’ll learn how to create our own signals in order to tell a door to open whenever a puzzle button is pressed!
In this lecture, we’re going to upgrade the locked door code and finally create a block puzzle in the dungeon!
In this lecture, we’re going to variants for the block and button scenes to add more variety to the game, such as an ice block that slides around and a button that stays pressed forever!
In this lecture, we’ll learn what collision layers are and how they can decide which physics bodies can touch others. We’ll use these to stop blocks from going out of bounds!
In this video, I’ll give you a preview of what to expect in the Creating NPCs section!
In this lecture, we’re going to learn how functions work and create our own ones to organize our code.
In this lecture, we’re going to create the base of our NPC scene that we’ll build upon in upcoming lectures.
In this lecture, we’ll learn what a GUI is and how we can create a basic user interface using Control nodes!
In this lecture, we’ll add an Area2D for our player in order to talk to NPCs only when the player is facing them.
In this lecture, we’ll add multiple NPCs in our scene by learning how to access child nodes and replace textures.
In this lecture, we’re going to pause the game whenever the player talks to an NPC so you can’t walk away or get interrupted.
In this lecture, we’ll learn what Arrays are and why they’re useful. Arrays lets you easily store a collection of variables!
In this lecture, we’ll use Arrays to have NPCs say multiple lines of dialogue!
In this video, I’ll give you a preview of what to expect in the Switch Puzzles section!
In this lecture, we’ll add boundaries to the world so the camera and player aren’t able to go out of bounds.
In this lecture, we’re going to create switches that the player can toggle on or off.
In this lecture, we’ll create a secret room that gets revealed or hidden again by pressing a switch.
In this lecture, we’re going to replace our simple switch with a switch puzzle that activates when you enter a specific combination!
In this lecture, we’ll add treasure chests to reward the player whenever they finish a puzzle in the dungeon!
In this lecture, we’ll fix an issue where chests we’ve opened before reset once you leave and re-enter a scene.
In this lecture, we’ll show how much treasure the player has gained by making a small user interface!
In this video, I’ll give you a preview of what to expect in the Combat section!
In this lecture, we’re finally going to add some music and sound effects to liven up our game!
In this lecture, we’ll make our player take damage and restart the scene when the player’s HP reaches 0.
In this lecture, we’ll add a UI showing the player’s HP in the top left of the screen.
In this lecture, we’ll give the player a sword so they can attack the slime!
In this lecture, we’ll animate the player’s attack and sword by using a brand new node called the AnimationPlayer!
In this lecture, we’re going to make the enemy move and chase the player, as well as animate it to face the direction it’s moving in!
In this lecture, we’ll knock back the slime and player when they take damage!
In this lecture we’re going to polish (improve) some rough edges in our combat system by fixing an issue with attacking and adding a death animation for our player!
In this lecture, we’ll make our player & enemy briefly flash a specific color when taking damage!
In this lecture, we’ll fix an issue where we accidentally attack anything interactable.
In this lecture, we’re going to clean up some code and add particle effects to make our slime explode on death!
Congratulations on finishing the course, and good luck on your future endeavors! This video will give you a hearty goodbye and some recommendations on what to do next.
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Reviews summary
Build a godot 4 action-adventure game
Instructor actively helps students with questions.
Logical flow and organization of topics.
Concepts and code are explained clearly and simply.
Ideal for new game developers and Godot users.
Builds a full, playable game from start to finish.
Activities
Review GDScript Basics
Show steps
Solidify your understanding of GDScript syntax and basic programming concepts before diving into the course. This will make it easier to follow along with the more complex game logic later on.
Show steps
-
Review GDScript documentation.
-
Practice writing simple scripts.
-
Experiment with variables and functions.
Read 'Godot Engine Game Development Projects'
Show steps
Explore game development projects to gain a broader understanding of game development principles. This will help you contextualize the course material and apply it to your own game ideas.
View
Godot 4 Game Development Projects: Build five...
on Amazon
Show steps
-
Obtain a copy of the book.
-
Read through the relevant chapters.
-
Experiment with the code examples.
Create a Simple Tilemap
Show steps
Practice creating tilemaps in Godot to become familiar with the tilemap editor and terrain tools. This will make it easier to design and build your game world in the course.
Show steps
-
Create a new Godot project.
-
Import a tileset image.
-
Create a TileMap node.
-
Paint a simple environment.
Five other activities
Expand to see all activities and additional details
Show all eight activities
Document Your Puzzle Design Process
Show steps
Document your puzzle design process to reinforce your understanding of puzzle mechanics and level design. This will help you create more engaging and challenging puzzles in your game.
Show steps
-
Design a simple puzzle on paper.
-
Implement the puzzle in Godot.
-
Write a blog post or create a video explaining your design choices.
GDScript Coding Challenges
Show steps
Sharpen your GDScript skills by completing coding challenges on platforms like Edabit or HackerRank. This will improve your problem-solving abilities and make you a more efficient coder.
Show steps
-
Find a website with GDScript challenges.
-
Solve a set number of challenges each week.
-
Review your solutions and learn from your mistakes.
Read 'Game Design Workshop'
Show steps
Study game design principles to enhance your understanding of game mechanics and level design. This will help you create a more engaging and enjoyable game experience.
View
Game Design Workshop: A Playcentric Approach to...
on Amazon
Show steps
-
Obtain a copy of the book.
-
Read through the relevant chapters.
-
Apply the concepts to your game project.
Contribute to a Godot Asset Library Project
Show steps
Contribute to an open-source Godot project to gain experience working with a team and learn from other developers. This will improve your coding skills and expose you to different coding styles and project management techniques.
Show steps
-
Find an open-source Godot project on GitHub.
-
Identify a bug or feature to work on.
-
Submit a pull request with your changes.
Expand the Combat System
Show steps
Extend the combat system by adding new enemy types, weapons, or special abilities. This will allow you to experiment with different combat mechanics and create a more challenging and rewarding combat experience.
Show steps
-
Design a new enemy type with unique attacks.
-
Implement the enemy in Godot.
-
Balance the enemy's stats and abilities.
-
Test the combat system thoroughly.
Review GDScript Basics
Show steps
Solidify your understanding of GDScript syntax and basic programming concepts before diving into the course. This will make it easier to follow along with the more complex game logic later on.
Show steps
- Review GDScript documentation.
- Practice writing simple scripts.
- Experiment with variables and functions.
Read 'Godot Engine Game Development Projects'
Show steps
Explore game development projects to gain a broader understanding of game development principles. This will help you contextualize the course material and apply it to your own game ideas.
View
Godot 4 Game Development Projects: Build five...
on Amazon
Show steps
- Obtain a copy of the book.
- Read through the relevant chapters.
- Experiment with the code examples.
Create a Simple Tilemap
Show steps
Practice creating tilemaps in Godot to become familiar with the tilemap editor and terrain tools. This will make it easier to design and build your game world in the course.
Show steps
- Create a new Godot project.
- Import a tileset image.
- Create a TileMap node.
- Paint a simple environment.
Document Your Puzzle Design Process
Show steps
Document your puzzle design process to reinforce your understanding of puzzle mechanics and level design. This will help you create more engaging and challenging puzzles in your game.
Show steps
- Design a simple puzzle on paper.
- Implement the puzzle in Godot.
- Write a blog post or create a video explaining your design choices.
GDScript Coding Challenges
Show steps
Sharpen your GDScript skills by completing coding challenges on platforms like Edabit or HackerRank. This will improve your problem-solving abilities and make you a more efficient coder.
Show steps
- Find a website with GDScript challenges.
- Solve a set number of challenges each week.
- Review your solutions and learn from your mistakes.
Read 'Game Design Workshop'
Show steps
Study game design principles to enhance your understanding of game mechanics and level design. This will help you create a more engaging and enjoyable game experience.
View
Game Design Workshop: A Playcentric Approach to...
on Amazon
Show steps
- Obtain a copy of the book.
- Read through the relevant chapters.
- Apply the concepts to your game project.
Contribute to a Godot Asset Library Project
Show steps
Contribute to an open-source Godot project to gain experience working with a team and learn from other developers. This will improve your coding skills and expose you to different coding styles and project management techniques.
Show steps
- Find an open-source Godot project on GitHub.
- Identify a bug or feature to work on.
- Submit a pull request with your changes.
Expand the Combat System
Show steps
Extend the combat system by adding new enemy types, weapons, or special abilities. This will allow you to experiment with different combat mechanics and create a more challenging and rewarding combat experience.
Show steps
- Design a new enemy type with unique attacks.
- Implement the enemy in Godot.
- Balance the enemy's stats and abilities.
- Test the combat system thoroughly.
Career center
Game Developer
Indie Game Developer
Gameplay Programmer
Level Designer
Game Designer
Technical Artist
Mobile Game Developer
Software Engineer
Software Developer
Virtual Reality Developer
Animator
Web Developer
User Interface Designer
Project Manager
Educator
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