The hardest part of making your first game is rarely the code. It is getting from “I have an idea” to something that actually moves on screen.
That is why Godot is such an interesting place to start. You can download the engine for free, create a project, build scenes visually, write gameplay logic in GDScript, and eventually export the finished game without first learning the enormous toolchain that often makes game development feel intimidating.
Godot's current stable release is the 4.7.1 branch, released in July 2026. The engine remains open source and includes dedicated tools for both 2D and 3D development.
For a beginner, though, I would resist the temptation to jump straight into 3D.
Start with a small 2D game. A character moving around a screen, collecting objects, avoiding enemies, or reaching an exit can teach you the foundations you will use in much larger projects.
In this Godot 4 beginner's guide, I will walk through the thinking behind building a simple 2D game, from creating the project and player to handling input, collisions, enemies and finally exporting a playable build.
Why Godot 4 Is a Good Place to Start
Game engines can be overwhelming because they combine programming, graphics, physics, audio, animation, asset management and deployment into one application.
Godot makes that complexity easier to approach because its core structure revolves around nodes and scenes.
A node is essentially a building block. A player might be a CharacterBody2D, with a Sprite2D for its appearance and a CollisionShape2D for detecting physical collisions.
A scene is a reusable collection of those nodes.
That distinction becomes extremely useful once your game grows. Instead of creating every enemy manually inside one enormous level, you can create an enemy scene once and instantiate it whenever you need another enemy.
Godot's official beginner path deliberately teaches nodes, scenes, instances, scripting, input and signals before moving into a complete 2D project.
That is the approach I recommend as well.
Don't try to learn the entire engine before making something. Build a tiny game while learning the engine.
Create Your First Godot 4 Project
After installing Godot, create a new project and give it a simple name such as First2DGame.
For your first experiment, you don't need complicated assets. A coloured square or one of Godot's basic graphics is enough to prove that your game works.
The project will eventually contain several things:
-A main game scene
-A player scene
-Enemy scenes
-Scripts containing gameplay logic
-Images and other assets
-Project settings
-Export configuration
The important thing is to keep the project organised from the beginning.
I would use a structure similar to:
First2DGame/
├── scenes/
├── scripts/
├── assets/
├── audio/
└── project.godot
You don't have to follow this exact structure, but separating assets, scenes and scripts becomes increasingly valuable as your project gets bigger.
Godot's 2D system includes its own renderer, physics engine, tile-based level tools, particles and animation systems, so you don't need to bolt together several unrelated programs just to build a basic 2D game.
Godot is just one part of your toolkit explore other essential free software in our list of best free game development tools for beginners.
Build a Player That Can Move
This is where the project starts feeling like a game.
Create a CharacterBody2D node and use it as the root of your player scene.
Then add:
-Sprite2D
-CollisionShape2D
The Sprite2D controls what the player looks like. The collision shape gives the physics system something to work with.
This structure isn't arbitrary. Godot's own 2D movement documentation uses CharacterBody2D with a sprite and collision shape as the starting point for scripted character movement.
Next, create input actions such as:
-move_left
-move_right
-move_up
-move_down
You configure these through Project Settings → Input Map.
This is better than hard-coding individual keyboard keys directly into your gameplay logic. If you later want to support WASD, arrow keys, a controller or another input method, you can change the input mapping without rewriting the movement system.
A simple top-down movement script can look like this:
extends CharacterBody2D
@export var speed := 250.0
func _physics_process(_delta):
var direction = Input.get_vector(
"move_left",
"move_right",
"move_up",
"move_down"
)
velocity = direction * speed
move_and_slide()
There is quite a lot happening in these few lines.
Input.get_vector() turns the four input actions into a direction. Multiplying that direction by speed determines how quickly the character moves. move_and_slide() then handles the actual movement using CharacterBody2D.
This is one of the reasons I like Godot for beginners: you can write gameplay logic that is relatively short while still learning real programming concepts.
Add Something for the Player to Do
A character moving around an empty screen isn't a game for very long.
Give the player a simple objective.
For a first project, collecting coins is a good example.
Create a Area2D scene for the collectible and add a CollisionShape2D and visual representation. When the player enters the area, you can increase a score and remove the collectible.
This introduces another important Godot concept: signals.
Signals allow one object to tell another object that something happened without tightly connecting every piece of your game together.
For example, an Area2D can emit a body_entered signal when something enters its collision area.
That means your collectible doesn't need to constantly ask, “Is the player here?”
Instead, it can react when Godot tells it that a body entered.
This pattern becomes incredibly useful later for buttons, doors, enemies, pickups, UI elements and other gameplay events.
The official Godot learning path specifically introduces signals as one of the foundations before its complete first-game tutorial.
Curious about GDScript vs C# for Godot? Read how I decide on programming languages for game development.
Add Enemies and Turn It Into a Game
Now we can introduce the part that makes the project more interesting: something that can hurt the player.
Create an enemy scene rather than building enemies directly into your main level.
For a simple game, an enemy could have:
Enemy
├── Sprite2D
└── CollisionShape2D
You can give the enemy basic movement logic and then instance the scene multiple times.
This is where the node-and-scene system starts paying off.
If you decide the enemy should move faster, change its appearance or adjust its collision behaviour, you can make the change to the enemy scene rather than manually editing every enemy in your level.
For a first game, don't worry about sophisticated artificial intelligence.
An enemy moving toward the player is enough to teach several important concepts:Position and direction
-Distance between objects
-Collision detection
-Game state
-Damage or health
-Signals
-Instancing scenes
The goal of your first project isn't to create the next major indie hit.
The goal is to understand how the pieces of a game communicate.
That knowledge becomes much more valuable when you start building something ambitious.
Build a Simple Game Loop
At this point, you should have a player, collectibles and enemies.
Now give the game a beginning and an ending.
The main scene can control things such as:
-Player spawning
-Enemy spawning
-Score
-Game timer
-Game-over state
-Restarting the game
You can also create a basic UI using Godot's Control nodes.
For example, a simple HUD could display:
Score: 15
When the player collects an item, the main game logic updates the score.
When an enemy catches the player, the game can stop and display a restart message.
This might sound basic, but there is an important programming lesson hiding inside it: separating game systems.
Your player should mainly deal with player behaviour. Your enemy should deal with enemy behaviour. Your HUD should display information. Your main scene should coordinate the overall game.
That separation makes debugging dramatically easier.
One of the biggest beginner mistakes is putting everything into one enormous script. It works for ten minutes, then becomes a nightmare.
Keep your systems small.
Don't Forget the Part Beginners Usually Ignore: Testing
Getting the game to run is only the first milestone.
Play it repeatedly.
Try moving into every wall. Collect everything. Try to break the score counter. Restart after losing. Resize the window. Run the exported version instead of only testing inside the editor.
A game that works inside the editor isn't automatically a finished game.
Pay particular attention to things players notice immediately:
Controls should feel predictable.
If the character is too slow or too fast, adjust it.
Collisions should feel fair.
An invisible collision box larger than the character can make the game feel broken.
The objective should be obvious.
Players shouldn't need to guess what they are supposed to do.
Failure should be recoverable.
A simple restart option is much better than forcing the player to close the game.
This is also where you should start testing on the hardware you expect your players to use.
Export Your Godot Game
Once the game works, you can export it into a standalone build.
Godot's export system supports multiple platforms, including Windows and Linux. You need the appropriate export templates installed, then create an export preset for your target platform.
For a Windows game, for example, Godot produces an executable and the required project data.
Don't wait until the last day to test this.
Export an early build and run it outside Godot. This catches problems that can remain hidden while you're testing inside the editor.
If your eventual goal is to publish on Steam, this step becomes even more important.
Steam isn't simply asking you to upload your Godot project folder. You need a properly exported game build and a Steamworks configuration.
What Changes When You Want to Publish on Steam?
Building a game and publishing a game are two different jobs.
This is probably the most important distinction I would make for a new developer.
Steam requires you to create a Steamworks partner account, pay the $100 Steam Direct fee for each product, and prepare your store page and game build. The fee can be recouped after the product reaches at least $1,000 in adjusted gross revenue, subject to Steam's rules.
There are also timing requirements.
For your first few titles, Steam requires a 30-day waiting period after paying the app fee before release. Your publicly visible Coming Soon page must also be live for at least two weeks before the game can launch.
That changes how I would approach an indie release.
Don't finish the game and then suddenly think about Steam.
Think about the store page while you're developing.
You'll need screenshots, graphical assets, a description, pricing and, ideally, a trailer. Steam's documentation also separates the store-page checklist from the game-build checklist, and Valve reviews both before release.
The good news is that you don't need to implement Steam achievements, cloud saves, leaderboards or other Steam features just to ship a game. Valve says Steamworks API integration isn't required for release, although it is recommended if you want to use Steam-specific functionality.
That means your first Steam game can remain technically simple.
And I think that's exactly how it should be.
The Best First Godot Game Is Smaller Than You Think
One of the easiest traps in game development is ambition.
You start with an idea for an RPG, then add an open world, online multiplayer, procedural generation, crafting, dozens of enemies and cinematic cutscenes.
Three months later, you have a folder full of unfinished systems and no game.
Your first Godot project should be almost embarrassingly small.
A game where the player moves, collects objects, avoids enemies and reaches a final score is enough.
Godot's own official first-2D-game tutorial follows a similar philosophy with “Dodge the Creeps!”, teaching project structure, player movement, enemies, scoring and a complete game loop.
That is not because Godot is incapable of more.
It's because finishing a small game teaches you more than endlessly planning a large one.
Once you can build one complete game, the next project becomes easier. You understand scenes. You understand scripts. You understand signals. You understand collisions. You understand exporting.
Then you can start adding complexity deliberately.
My Take: Learn Godot by Finishing, Not Watching
After looking through Godot's current documentation and development workflow, my biggest takeaway is that beginners shouldn't treat the engine like a giant textbook.
Learn one concept, use it, break something, fix it and move forward.
Start with movement. Then collisions. Then enemies. Then scoring. Then UI. Then saving. Then menus. Eventually you'll have enough knowledge to build something that is genuinely your own.
Godot 4 gives beginners a surprisingly capable foundation without requiring them to buy an expensive engine or assemble a complicated development environment. Its current 4.7 branch is actively supported, while Godot 4.8 is already in development.
The first game you make probably won't be impressive.
That's fine.
The important thing is that you finish it.
A tiny finished game gives you something a tutorial never can: proof that you can take an idea from an empty project to something another person can actually play.
And once you've done that once, making the second game becomes a very different experience.
If you're learning Godot right now, I'd love to hear what you're building. Leave a comment with your game idea, share this guide with another beginner, and check back for more practical game-development and programming tutorials.
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