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Unity 3D Training Course Summary

Game development is a core element of the mobile industry that is poised to grow in leaps and bounds, making it an attractive career choice. Unity is a flexible and powerful development platform for creating multiplatform 3D and 2D games and interactive experiences. It's a complete ecosystem for anyone who aims to build a business on creating high-end content and connecting to their most loyal and enthusiastic players and customers. Also, it is one of the most popular game engines for mobile and desktop games and real-time simulations. Training in the Unity 3D engine will provide the skill-set students required to master fundamental techniques and create high-end 2D & 3D games like a professional.

The LearnersPoint Unity 3D course introduces you to level design, lighting, materials, and animation. Among other essentials, you will learn how to import models and textures from programs like 3Ds Max and illustrator, setting up game objects, apply materials, and add animation to bring the game to life.

Course Objectives

These Unity 3D classes aim to teach you to:

Use the new Unity UI system
Create menus, levels and loading screens
Learn Unity's physics system
Create level and character lock/unlock system

Course Outline

1. Introduction to Mixed Reality (AR & VR)

• What is Virtual Reality (VR)

• What is Augmented reality (AR)

• What is Mixed Reality

• Modern VR/AR experiences

• History

2. Overview

• Hardware

• Software

• Interaction fundamental

3. C# Programming

4. Types of Holographic Apps

• Enhanced environment apps

• Virtual environment apps

• Blended environment apps

5. Introduction to Unity 3D

• Getting to Know the Unity Editor

• Navigating the Unity Scene View

6. Game Objects

• Dimensions and Coordinate Systems

• Game Objects

• Transforms

7. Models, Materials, and Textures

• The Basics of Models

• Textures, Shaders, and Materials

8. 3D Terrain

• Terrain Generation

• Terrain Textures

9. Environments

• Generating Trees and Grass

• Environment Effects

• Character Controllers

10. Lights and Cameras

• Lights

• Cameras

• Layers

11. Game 1: Amazing Racer

• Design

• Creating the Game World

• Gamification

• Playtesting

12. Scripting—Part 1

• Scripts

• Creating Scripts

• Attaching a Script

• Anatomy of a Basic Script

• The Using Section

• The Class Declaration Section

• The Class Contents

• Variables

• Creating Variables

• Variable Scope

• Public and Private

• Operators

• Arithmetic Operators

• Assignment Operators

• Equality Operators

• Logical Operators

• Conditionals

• The if Statement

• The if / else Statement

• The if / else if Statement

• Iteration

• The while Loop

• The for Loop

13. Scripting—Part 2

• Methods

• Anatomy of a Method

• Writing Methods

• Using Methods

• Input

• Input Basics

• Input Scripting

• Specific Key Input

• Mouse Input

• Accessing Local Components

• Using GetComponent

• The Transform

• Accessing Other Objects

• Finding Other Objects

• Modifying Object Components

14. Collision

• Rigidbodies

• Collision

• Triggers

• Raycasting

15. Prefabs

• Prefab Basics

• Working with Prefabs

16. User Interfaces

• Basic UI Principles

• The Canvas

• UI Elements

• Canvas Render Modes

17. Particle Systems

• Particles

• Particle System Modules

• The Curve Editor

18. Animations

• Animation Basics

• Animation Types

• Animation Tools

19. Animators

• Animator Basics

• Configuring Your Assets

• Creating an Animator

• Scripting Animators

20. Audio

• Audio Basics

• Audio Sources

• Audio Scripting

21. Game Coin Collection

• Design

• The Arena

• Game Entities

• The Control Objects

• Improving the Game

22. Mobile Development

•Preparing for Mobile

•Setting Up Your Environment

•The Unity Remote

•Accelerometers

•Designing for the Accelerometer

•Using the Accelerometer

•Multi-Touch Input

23. Publish and Deploy

• Managing Scenes

• Persisting Data and Objects

• Unity Player Settings

• Building Your Game

24. Unity Integration with MR (Microsoft HoloLens)

• Introduction to Microsoft HoloLens with Emulator

• Working with Microsoft HoloLens SDK

• Understanding Holograms Gaze, Gesture and voice control

• Creating Spatial Mapping using Hololens

• Implement a user interface in Mixed Reality

• Build and Share Projects from Unity3D

Who can Benefit from this Course

Beginners to game development and design
Anyone interested in learning how to make augmented reality apps
Game developers and designers
Anyone who wants to learn game development

Course Objectives

These Unity 3D classes aim to teach you to:

Use the new Unity UI system
Create menus, levels and loading screens
Learn Unity's physics system
Create level and character lock/unlock system

Course Outline

1. Introduction to Mixed Reality (AR & VR)

• What is Virtual Reality (VR)

• What is Augmented reality (AR)

• What is Mixed Reality

• Modern VR/AR experiences

• History

2. Overview

• Hardware

• Software

• Interaction fundamental

3. C# Programming

4. Types of Holographic Apps

• Enhanced environment apps

• Virtual environment apps

• Blended environment apps

5. Introduction to Unity 3D

• Getting to Know the Unity Editor

• Navigating the Unity Scene View

6. Game Objects

• Dimensions and Coordinate Systems

• Game Objects

• Transforms

7. Models, Materials, and Textures

• The Basics of Models

• Textures, Shaders, and Materials

8. 3D Terrain

• Terrain Generation

• Terrain Textures

9. Environments

• Generating Trees and Grass

• Environment Effects

• Character Controllers

10. Lights and Cameras

• Lights

• Cameras

• Layers

11. Game 1: Amazing Racer

• Design

• Creating the Game World

• Gamification

• Playtesting

12. Scripting—Part 1

• Scripts

• Creating Scripts

• Attaching a Script

• Anatomy of a Basic Script

• The Using Section

• The Class Declaration Section

• The Class Contents

• Variables

• Creating Variables

• Variable Scope

• Public and Private

• Operators

• Arithmetic Operators

• Assignment Operators

• Equality Operators

• Logical Operators

• Conditionals

• The if Statement

• The if / else Statement

• The if / else if Statement

• Iteration

• The while Loop

• The for Loop

13. Scripting—Part 2

• Methods

• Anatomy of a Method

• Writing Methods

• Using Methods

• Input

• Input Basics

• Input Scripting

• Specific Key Input

• Mouse Input

• Accessing Local Components

• Using GetComponent

• The Transform

• Accessing Other Objects

• Finding Other Objects

• Modifying Object Components

14. Collision

• Rigidbodies

• Collision

• Triggers

• Raycasting

15. Prefabs

• Prefab Basics

• Working with Prefabs

16. User Interfaces

• Basic UI Principles

• The Canvas

• UI Elements

• Canvas Render Modes

17. Particle Systems

• Particles

• Particle System Modules

• The Curve Editor

18. Animations

• Animation Basics

• Animation Types

• Animation Tools

19. Animators

• Animator Basics

• Configuring Your Assets

• Creating an Animator

• Scripting Animators

20. Audio

• Audio Basics

• Audio Sources

• Audio Scripting

21. Game Coin Collection

• Design

• The Arena

• Game Entities

• The Control Objects

• Improving the Game

22. Mobile Development

•Preparing for Mobile

•Setting Up Your Environment

•The Unity Remote

•Accelerometers

•Designing for the Accelerometer

•Using the Accelerometer

•Multi-Touch Input

23. Publish and Deploy

• Managing Scenes

• Persisting Data and Objects

• Unity Player Settings

• Building Your Game

24. Unity Integration with MR (Microsoft HoloLens)

• Introduction to Microsoft HoloLens with Emulator

• Working with Microsoft HoloLens SDK

• Understanding Holograms Gaze, Gesture and voice control

• Creating Spatial Mapping using Hololens

• Implement a user interface in Mixed Reality

• Build and Share Projects from Unity3D

Who can Benefit from this Course

Beginners to game development and design
Anyone interested in learning how to make augmented reality apps
Game developers and designers
Anyone who wants to learn game development

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FAQ's

How is this training delivered?
Our trainings are mostly instructor led and classroom based. However, we also offer high quality live and interactive online sessions.
Who are our trainers?

Our highly skilled faculties from around the globe are experts in their fields and come with decades of diverse industry experience. Our trainers are internationally recognized and locally preferred with rich research driven experience which will ensure highly customizable, engaging and top in the class learning experience.
Why should I chose LearnersPoint?

Choosing LearnersPoint is true value for money as our trainings are right blend of theory and practice and specially developed keeping tomorrow's business needs in mind. All the training sessions are closely monitored through specially designed progress tracker to ensure reinforced and unparalleled learning experience.
What is the refund policy?

Once you have registered for a course and wish to not to proceed with the training for any reason, you are entitled for a refund of the fees provided we are notified in writing within 2 days from the date of initial registration before the training commencement. The refunds are processed within 4 weeks from the day of withdrawal.

Mode of Training

Instructor-Led Classroom Training

There is no substitute of face to face training in a classroom setup. It ensures individualized attention with no distractions. This is chosen by majority for an unparalleled learning experience.
Self-Paced Video E-learning

Learning through videos. Watch anywhere and any time. Learners are able to go at their own pace without any hassles of time commitment and scheduling.
Instructor-Led Live Online

Expert instruction from a live instructor who will guide you through the course material. This is a live, hands-on, interactive class. The only difference is that you and your instructor are not in the same room! You can also ask questions using whiteboard, voice, and chat at any time during the class, hear fellow student’s questions and even share your screen with your instructor if you need assistance.