UNITY: Develop 3D hyper-casual mobile games with C#

Course Curriculum

Chapter 1: Introduction to Unity

Lecture 1: About this first section on Unity

Lecture 2: Download and install Unity

Lecture 3: Discover Unity's interface

Lecture 4: Software menus and features (part 1/2)

Lecture 5: Software menus and features (part 2/2)

Lecture 6: Find 3D models online and use them in Unity

Chapter 2: Introduction to C# scripting (programming basics)

Lecture 1: About this section on C# programming in Unity

Lecture 2: What is C# programming language? How does it works in Unity?

Lecture 3: Variables in C#

Lecture 4: Conditions in C# (if/else)

Lecture 5: Loops in C# (for/while)

Lecture 6: Use arrays with C#

Lecture 7: Write functions in C#

Lecture 8: Use parameters (variables) in your functions with C#

Lecture 9: How inputs (mouse & keyboard) work in Unity with C#

Lecture 10: If you want to go further with C#

Chapter 3: How to use Unity for 2D projects?

Lecture 1: Example of a 2D project with Unity

Chapter 4: Create a reusable HyperCasual game template to go faster!

Lecture 1: Creation of a 3D mobile game project to prepare our HyperCasual template

Lecture 2: Create a mobile-optimized SkyBox and implement a HyperCasual style

Lecture 3: Setup simple shapes to prepare a 3D mini game

Lecture 4: Create a canvas for the user interface (UI)

Lecture 5: How to organize the UI (user interface) for a hyper casual game?

Lecture 6: Working with Unity's Canvas and Anchor System

Lecture 7: Color changes with a mobile-friendly cartoon shader

Lecture 8: A simple movement script for the character

Lecture 9: The script of obstacles and the player's enemies

Lecture 10: Spawn function to generate infinite obstacles

Lecture 11: Make the prototype Snackable/Juicy with visual effects

Lecture 12: Restart the game when you lose (after the 3 second timer)

Lecture 13: Compilation and test of the game on mobile to validate our template

Chapter 5: Create a Hyper Casual 3D game: Complete project

Lecture 1: Creation of our Unity hypercasual 3D game project

Lecture 2: Preparing the character movement script

Lecture 3: Continuation of the motion C# script via touchscreen

Lecture 4: Character jump function

Lecture 5: 3D character animation as it moves

Lecture 6: C# script to make the camera follow the character in the level

Lecture 7: Improved character script

Lecture 8: Level Preparation / 3D Environment

Lecture 9: Improvement of our 3D world

Lecture 10: Creation of an in-game tutorial + Intermediate test of the project on Android

Lecture 11: Understand what a low poly model is and create one in Blender

Lecture 12: Setting up a timer

Lecture 13: Get additional time if you watch an ad (rewarded video)

Lecture 14: Video game main menu

Lecture 15: Skin selector screen to be able to customize your character

Lecture 16: Configuring Level Interactive Objects

Lecture 17: Detection of collisions with objects

Lecture 18: Calculation of the player's score during the game

Lecture 19: High score management

Lecture 20: Earn gold coins during the game to be able to buy items in the store

Lecture 21: Design of the store (shop) for the purchase of virtual items in the game

Lecture 22: Game Monetization / Business Model

Lecture 23: Reward player daily and unlock rare skins/items

Lecture 24: Setting up a success/achievements screen

Lecture 25: Preparation of a character controlled by the computer (AI)

Lecture 26: Artificial Intelligence C# code (autonomous movement)

Lecture 27: Improved computer-controlled AI character + some ideas

Lecture 28: Display of players' scores at the end of the game

Lecture 29: Player progression and levels unlocking

Lecture 30: Use Unity Ads to display ads and monetize a mobile game

Lecture 31: Install Game Analytics to collect and analyze data

Lecture 32: Create media (Images / Videos) of your game to promote it

Lecture 33: Create a press kit to present your game to the press or a publisher

Lecture 34: Submit a game project to a mobile game publisher and get it published

Lecture 35: Using a template from the assets store

Lecture 36: Publish an APK on Google Play Store using the Google Play Developer console

Lecture 37: Download the complete final Unity project and all game sources

Chapter 6: Casual 3D Mini Golf Project

Lecture 1: [IMPORTANT] About this section

Lecture 2: Presentation of the project that we are going to create

Lecture 3: About the 3D models of the project

Lecture 4: 3D modeling of a level + import in Unity

Lecture 5: 3D modeling of a decorative object with Blender

Lecture 6: Preparation of the first level of the game

Lecture 7: Adding a trail renderer and skybox

Lecture 8: Animation of 3D models

Lecture 9: Setting up the camera

Lecture 10: Ball shot code

Lecture 11: Improved golf ball shot code

Lecture 12: Object collision detection

Lecture 13: Sound effects

Lecture 14: Complete a level and move on to the next

Lecture 15: Creation of a main menu

Lecture 16: Creating a cutscene at the start of the game

Lecture 17: Pausing the game

Lecture 18: Creation of the other levels of the game

Lecture 19: Creating a level selector

Lecture 20: Give player feedback

Lecture 21: Creating a parameter to set the volume

Lecture 22: Zoom in on the ball when it nears the end of the level

Lecture 23: Creation of bonus items to collect

Lecture 24: Compiling the project and testing on Android

Chapter 7: The end

Lecture 1: Additional content