Learn Basics of Unity & C# in 8h

Download Unity Hub and install Unity, select the latest official release or long term support, and configure Android SDK and Windows options for a Unity project.

Learn to create a 2d player sprite, animate with the animator, and adjust speed. Set up a 2d rigidbody with gravity scale and motion constraints.

Convert 2d sprites for a flappy bird style game in Unity, import with package manager, slice and apply sprites via the sprite editor, and outline player movement and health.

Explore basic Unity and C# concepts by implementing jump mechanics, gravity, colliders, and simple player and enemy control to create interactive obstacles and gameplay.

Explains implementing damage and health in Unity: set damage to 1, reduce player health from 3, destroy enemy objects on hit, and check for defeat when health reaches zero.

Create 2D obstacles that hurt the player by using sprites with a trigger collider and a dynamic rigidbody 2D, adjust gravity scale and mass, and control reactions with an enemy controller.

Instantiate moving ground and set up a trigger so touching it makes the player die. Build a ground manager that spawns ground prefabs in positions and destroys them after timer.

Change sprite colors and background colors, test white and other hues, and apply color changes to PNG assets. Adjust the camera and background movement so the player remains in front.

Create three character prefabs from assets, assemble a background with stones, and implement a manager to place them randomly in a Unity scene.

learn how to spawn trees and grounds in Unity using ground and trees managers, with a random ground index (0–2) and a timing system; adjust the camera perspective and size.

Create top, left, and bottom obstacles as triggers that damage the player. When HP reaches zero, stop time and display the you are dead UI with restart options.

Modify and hide obstacles, arrange UI panels, adjust colors and text to build a game interface in Unity using C#; prepare for replay and returning home.

Explore building a coroutine with IEnumerator to control game flow, including showing a lose panel, adjusting time scale, and playing audio cues in Unity using C#.

Add randomized audio effects in Unity, trigger playback from a small set, and implement scene restart to reset gameplay and close panels for seamless replay.

Learn how to add a green drake enemy by duplicating the red one, set its HP and speed, and use the spawn manager to deploy multiple enemies at various points.

Create and configure orange, purple, and other color enemies in Unity using prefabs, spawn points, and a spawn manager. Set positions, speeds, and timing to control enemy waves.

Change the player animation by swapping sprites and updating the animator, then create and duplicate obstacle prefabs with varied sprites, colliders, and triggers to make four hazards.

Build a spawn system in Unity that uses a spawn point and an obstacle manager to spawn multiple obstacles, then update a dynamic score UI via a score manager.

Build a health and score system by making enemies deal damage on contact, while updating a green hp bar and an on-screen score panel for the player.

Implement a high score system in Unity by tracking the current score, updating the high score when you beat it, and displaying the top score in the UI.

Add wing hit and spawn sounds for the player and drake enemies, using random sound selection from client assets, and assign sounds to prefabs in player and enemy controls.

Build the basics of Unity and C# skills in eight hours, guided through practical exercises that prepare you for the pre last episode.

This final episode finalizes a Unity game for Android after twenty three episodes, tests post-processing, and explains the score system while noting Android-specific adjustments.