Unity game development course - make a 3d Runner gaming app

Create a new Unity project with the latest F version, select the default 3D template, and name the game Bridge Runner 3D, then prepare to import assets.

Import a free Unity channel asset, set up a plane with a collider and rigidbody, and configure a follow camera while exploring prefabs and basic animations.

Create a custom animator controller and attach it to the animator component to drive run and jump animations with state transitions and a spacebar triggered jump.

Explore basic Unity animation setup with idle and run states, transition by speed, adjust the box collider, and move the character forward using vertical input, transform translate, and time scaling.

Add damage and slide animations across all states using triggers and transitions, handle game over, and enable running movement with spacebar while preparing future swipe controls.

Learn to implement swipe controls in Unity by tracking mouse or touch input, calculating start and end positions, computing swipe direction, and organizing the logic into a reusable swipe function.

Implement swipe-based controls in Unity to trigger jump on swipe up, move left or right during running, and manage timed speed changes with an enumerator using triggers and parameters.

Import assets from the Unity Asset Store and arrange tiles sized seven point six two; implement swipe up impulse jumps with a dead body component and is ground tag checks.

Create a platform spawner script to instantiate tile prefabs along the z axis, spawning tiles as the player advances, using a spawn function, update loop, and colliders.

Fix bugs and refine animations in the Unity 3D runner project by debugging collision handling, adjusting speed, and iterating on left and right walking sequences to shape gameplay.

Fixing the sliding problem in a Unity runner game by implementing a slide trigger, adjusting colliders and box sizes, and testing in play mode to ensure smooth sliding.

Learn how to create and organize ground and obstacle prefabs in Unity, add appropriate colliders, spawn diverse ground tiles randomly, and tune jump and collision mechanics for an endless runner.

Implement an infinite water generator by spawning water waves when the player passes a trigger, using a collider and a water script to spawn water objects.

Learn how to add a Cinemachine virtual camera to a Unity 3D runner game and fix gameplay bugs, tune speed and left-right movement, and configure UI and Android build.

Develop a pause screen in Unity by creating a canvas panel, pause and resume buttons, and a pause manager that toggles the time scale and handles restart via scene management.

Create the main menu scene in Unity with a UI panel, canvas, and play button, and implement a game manager to load the game scene and plan high score display.

Add a skybox and implement a dynamic speed increase in a Unity 3D runner game, while implementing a score display and basic game over scene transitions.

Learn to generate an apk from Unity by configuring the Android sdk and jdk, installing the Android IndieCade, building the project, and deploying the app to a connected device.

Learn to optimize a Unity 3D runner by destroying off-screen or unused ground tiles with a destroyer script and box collider trigger to prevent memory waste and lag.

Explore monetizing a Unity 3d runner by integrating Unity ads, configuring Android, and creating video, interstitial, and banner placements, then displaying ads on game over via an ad manager.