Unit 1: What is and what surrounds Unity 3D?

• History of Unity
• Main engines
• Unity versions
• Main competitors
• Main advantages

Unit 2: The Assets Market

• What are the assets?
• Available categories in the asset store

Unit 3: Unity 3D Editor

• Main panels in Unity 3D

Unit 4: Scenes

• Scene creation: important elements

Unit 5: GameObjects and components

• What are GameObjects?
• What are Components?
• Types of Components

Unit 6: Prefabs

• • Modifying a prefab

• Nested prefabs

• Prefabs variants

• Multi-level override
• Unpack a prefab
• Destroy a prefab

Unit 7: Spaces and cameras in Unity 3D

• Space in Unity 3D
• Properties of the elements
• Cameras in Unity 3D
• Cameras with perspective
• Orthographic cameras

Unit 8: Basics of lighting

• Lighting techniques

Unit 9: The lighting panel

• Light configuration
• Properties

Unit 10: Types of lights and shadows

• Type of lights
• Type of shadows
• Settings

Unit 1: C# and other languages available in Unity 3D

• Programming languages in Unity
• What is C#?

Unit 2: The Script component

• How to create Script in Unity?
• Functions

Unit 3: Variables, types and display in the editor

• Variable properties
• Declaration of a variable
• Checking variables

Unit 4: Arrays

• Declaration of an Array
• Structure of an Array

Unit 5: Functions

• Characteristics
• Parts of a function
• Functions with or without return
• Checking a function

Unit 6: Control structures

• if/else structure
• While structure
• Switch structure
• For structure
• Foreach structure

Unit 7: Components and scripting control

• How to make changes to component properties

Unit 8: Monobehaviour parent class

• Stages of the cycle

Unit 9: GameObject management in the scene through scripting

• Instantiate method
• Destroy Method

Unit 10: Other interesting aspects of C# programming

• SetActive method
• Corrutines

Unit 1: Physics in Unity 3D

• Rigidbody Component – Properties
• Component Collider – Types
• Character Controller – Properties
• Joints – Types

Unit 2: Materials, textures and shaders

• What are materials?
• How to create a material?
• What are textures?
• What is a shader?
• Energy conservation
• High Dynamic Range (HDR)

Unit 3: Animation and animator

• Mecanim 
• Keyframe
• Animation
• Animator Controller

Unit 4: Particle System

Unit 5: Inputs

• Configuration of Inputs
• Use of Imputs in scripts
• Imputs on mobile devices

Unit 6: Navigation system

• Usefulness of the navigation system
• Elements of the navigation system
• Creation of the navigation area

Unit 7: Audio

• Elements of sound systems in Unity
• Audio Mixer What are they, their uses and properties?

Unit 8: UI and canvas

• Rect Tool
• Rect Transform
• Pivot
• Anchors
• Canvas – Modalities
• Elements of an interface

Unit 9: PlayerPrefs

• • What is serialisation?

• PlayerPrefs methods or functions

Unit 10: Inputs’ new system

• Settings
• Summary of all other buttons

Unit 1: Introduction to Virtual Reality

Unit 2: Preparing our VR project

• Main Virtual Reality devices
• Steps to prepare the Virtual Reality project
• Tools

Unit 3: Camera, movement and interactions in VR

Unit 4: Optimisation and creation of our first project 

• Tools – Profiler panel
• Geometry of 3D models
• Use of Ligthmapping
• Occlusion Culling
• Textures
• Shaders
• Quality Settings

Unit 5: Introduction to Augmented Reality

• What is Augmented Reality?
• Systems for visualising Augmented Reality
• Areas of application of Augmented Reality

Unit 6: Main alternatives for AR use in Unity

Unit 7: Preparing our AR project with Vuforia

Unit 8: Implementing our first application with AR

Unit 9: Introduction and implementation of Mixed Reality

Unit 10: Raycasting

• Properties and implementation
• Usage and functionality

Unit 1: Introduction

• Preliminary considerations
• Naming conventions in programming
• Programming language
• Types of Errors and Alerts

Unit 2: Introduction to object-oriented programming (OOP)

• Structured Programming vs. Object Oriented Programming
• What is an Object in OOP
• Constructor methods
• What is Inheritance?

Unit 3: Static classes

Unit 4: Constants and enumerations

Unit 5: State machines

• Math class
• Static variables

Unit 6: Relevant mathematical functions

Unit 7: Delegates

• Definition and characteristics
• Creation and structure of a Scriptable Objects

Unit 8: Scriptable Objects

Unit 9: Design patterns I

• Definition and advantages of use
• Characteristics
• Types of patterns
• Singleton pattern

Unit 10: Design patterns II

Unit 11: SOLID Principles

• Solid S (Single Responsibility)
• Solid O (Open – Closed Principle)
• Solid L (Liskov Substitution)
• Solid I (Segregation of Interfaces Principle)

Unit 1: Audio Mixer

Unit 2: Cinemachine

• Basic virtual camera
• Cinemachine virtual camera
• Cinemachine composer and transposer
• Camera tracking and player input
• Axis state
• State driven camera
• Cinemachine scripting

Unit 3: Advanced inputs (smartphones) 

• Unity Remote
• Mobile: Touch
• Gyroscope and accelerometer
• GPS positioning

Unit 4: Unity Services: Ads y Collaborate

Unit 5: Unity Analytics

• Data analysis in video games
• Unity Analitics – Introduction and configuration
• Creating an event from the Unity Inspector
• Creating an event from scripting

Unit 6: Architecture in games made with Unity

Unit 7: Advanced optimization

• Graphics – Level of detail (LOD) – Configuration
• Physics – Rigidbody
• Physics – Collision Layers
• Code – Content of Loops
• Code – Use of cyclic functions

Unit 8: Project assembly

Unit 9: Render

• Línea de renderizado de alta definición (HDRP)
• Canalización de renderización universal (URP)
• Compatibilidad de la tubería de renderizado

Unit 10: Commercialisation

• Portfolio
• Digital markets
• Upload to the Store

Unit 11: Multiplayer with Photon Engine