Master 2D Game Development: Create 4 Complete Games in Unity

Organize a Unity 2D project, assemble ground, background, and a bird sprite inspired by Angry Birds, and apply physics with rigid body 2D and colliders.

Switch the Rigidbody 2D from dynamic to kinematic at game start using GetComponent, so the bird stays airborne, then return to dynamic when released.

Change a bird's color in Unity by accessing the sprite renderer, handling mouse down and mouse up events, and restoring the original color after release.

Learn to drag a 2D player with the mouse in Unity by using the main camera, converting screen to world coordinates, and updating the player's position.

Drag the bird from its start position to current position to determine the launch direction. Normalize the direction and apply force with launch speed to the rigidbody, turning off isKinematic.

Limit the bird's drag to the left by restricting movement beyond the start position and enforcing a maximum drag amount with vector calculations in the player script.

Add obstacle boxes with box collider 2D and rigidbody 2D, group under a boxes container, and introduce an enemy bird with gravity and proper sorting for rendering.

Restart a level in Unity by detecting collisions with on collision enter 2D, repositioning the bird to its start point, and using a kinematic rigidbody with zero velocity.

Master 2d game development teaches implementing a delay restart in Unity using coroutines, a delay time variable, and waitforseconds to pause before reloading the level.

Implement enemy destruction in Unity with on collision enter 2D to deactivate the enemy when the player touches it, and extend to box hits using tags, contacts, and normals.

Create a red impact effect for enemy deaths using Unity's particle system, turn it into a prefab, and instantiate it at the enemy's position via a script.

Learn to add a line trail behind player and a spark particle effect. Configure trail material and width, then set up a spark system with color and rotation for visuals.

Create new levels by turning the player, enemy, and a few objects into prefabs, set up background and ground colliders, then save, test, and differentiate levels.

Master level transitions in Unity by using scene management to load the next level, based on the active scene's build index, and verify all enemies are dead before advancing.

Add and design multiple levels in Unity by creating level scenes with backgrounds, ground tiles, and physics components, and organize elements under a level controller for smooth level progression.

Learn to enable 2D lights in Unity by switching to the Universal Render Pipeline (URP), installing URP, creating a 2D renderer asset, and updating sprite lit materials.

discover how to set up lights in unity, using spotlights and freeform lights, adjust color, intensity, and radius, and apply materials so sprites respond to lighting.

Create a Unity main menu: save a new scene, set a full HD canvas background, add a game title, and three buttons: start, credits, and quit, with scalable UI.

Practice creating a Unity game menu by wiring three button actions: start game, credits, and quit, using a main menu script, onClick events, and scene management with named levels.

Create a black credits scene with scrolling white text using a canvas and text elements, then run a coroutine to scroll for 15 seconds and return to the main menu.

Create a pause menu using a UI panel with resume and main menu buttons, controlled by a script that toggles the pause screen and freezes time.

Build a universal Unity audio system with an audio manager, SFX and background music groups, an audio source array, and index-based play calls from game scripts.

Master the Unity audio mixer to group sfx and music, route outputs, and control their volumes for scalable audio management.

Create a winning screen in Unity by building a new scene, designing a simple UI with a white-on-black message, and wiring menu and quit buttons to scene transitions.

Set level borders using empty side border objects and box collider 2D to keep the bird inside the scene. Playtest and adjust collider sizes across levels for different difficulties.

Build your Unity project by configuring build settings, adding scenes, and selecting Windows, Mac, and Linux as the target platform, then create a build folder and collect build files.

Move on to the second project, building Flappy Bird in a 2D Unity project, learn basic mechanics not covered in the first project, and save the scene as level one.

Set up the Flappy Bird environment in Unity, adapting portrait assets to Full HD, tiling the background, slicing cloud sprites, and organizing pipes and clouds under empty game objects.

Add the flappy bird pack character, create an animation from three sprites, set pixels per unit to 50, rename to player, and add Rigidbody2D with colliders for ground and pipes.

Control a bird's vertical movement using a 2D rigidbody and velocity, with a configurable jump force set via the input manager's jump button (spacebar) and triggered on button down.