Learn To Create A Racing Game With Unity & C# from Udemy

Learn how to create your very own racing game using Unity, an industry-standard program used by many large gaming studios and indie developers across the world.

In this course you won’t just be learning programming concepts, but tying these concepts to real game development uses. You will have access to a course forum where you can discuss the topics covered in the course as well as the next steps to take once the course is complete.

This course has been designed to be easily understandable to everyone, so whether you’re a complete beginner, an artist looking to expand their game development range or a programmer interested in understanding game design, this course will help you gain a greater understanding of development.

At the end of this course you will have developed the ability to create such game elements as:

A car controller giving you full arcade-style action
A full race AI system to challenge your players
Unlocking tracks over time
Different types of cars to race against
Full Track and car selection systems
Managing Audio Systems
Designing complete custom tracks
Full user Interface with interactive menus
And more....

Start learning today and let me help you become a game developer.

What's inside

Learning objectives

Learn c#, a modern versatile programming language.
Understand the capabilities of 3d development in unity.
Develop strong and transferrable problem solving skills.

Gain an understanding of the game development process.
Learn how object oriented programming works in practice.

Learn c#, a modern versatile programming language.
Understand the capabilities of 3d development in unity.
Develop strong and transferrable problem solving skills.
Gain an understanding of the game development process.
Learn how object oriented programming works in practice.

Syllabus

Introduction & Setup

Introduction

Introduction to The Unity Interface

Project Asset Package

Importing Assets & Setting Up A Scene

Driving

Setting Up Our Car

First Script Basics

Making The Car Move

Controlling Acceleration

Managing Our Cars Forces

Steering The Car

Better Steering

Setting Our Maximum Speed

Limiting Air Control

Pushing To The Ground

Rotating To Ramps

Turning Wheels

Leaving A Trail

Controlling The Trail

Stopping Dust

Camera Control

Setting Up A Follow Cam

Smoothing Movement

Top-Down Camera

Switching Cameras

Sound

Engine Sounds

Sound Sources

Impact Sounds

Improving The Impact Sound

CHALLENGE - ADD SKID SOUND

Making Laps!

Setting Up Simple Test Track

Setting Up Checkpoints

Hitting Checkpoints

Completing A Lap

Prefabs - Applying To A Real Track

Showing UI

Setting Up UI

Updating Lap Counters

Displaying Lap Times

Fixing Camera Start Position

AI Racing

Setting Up AI Cars

How The AI Will Work

Setting Targets

Making The AI Move

Preventing AI Getting Stuck In Loops

Randomising AI Speed

Fixing AI Not Turning Bug

Race Management

Tracking Player Position

CHALLENGE - SHOW PLAYER POSITION ON UI

Adding Rubber Banding

Race Start Countdown

Resetting To Track

Limiting Reset Times

CHALLENGE - MAKING MORE CARS

Starting & Finishing The Race

Starting The Player At Different Positions

Spawning Random AI Cars

Ending The Race

Laying Out Race Results

Updating Race Results

Making Menus

Setting Up Main Menu

Adding A Background Effect To The Menu

Creating A Pause Menu

Carrying Race Information Between Scenes

Starting Race Using Carried Information

CHALLENGE - MAKING MORE TRACKS

Race Setup

Laying Out Race Setup Menus

Navigating Race Setup Menus

Selecting Tracks

Selecting Racers

Opening Race Selection After A Race

Finishing The Game

Locking Tracks from Track Selection

Unlocking Tracks

Making A Simple Music Player

Building The Game

Course Completed!

BONUS: Completed Project Files

Completed Project Files

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Learn To Create A Racing Game With Unity & C# with these activities:

Review C# Fundamentals

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Solidify your understanding of C# syntax and object-oriented programming concepts before diving into game development. This will make learning Unity and applying C# within the game engine much smoother.

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Review basic C# syntax and data types.
Practice writing simple C# programs.
Study object-oriented programming principles.

Review 'C# 8.0 and .NET Core 3.0 – Modern Cross-Platform Development'

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Deepen your understanding of C# by reading a comprehensive guide. This will help you write more efficient and effective code for your racing game.

View C# 8.0 and .NET Core 3.0 – Modern Cross... on Amazon

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Read the chapters on C# syntax and object-oriented programming.
Experiment with the code examples provided in the book.
Refer to the book when you encounter unfamiliar C# concepts in the course.

Follow Unity Tutorials on Car Physics

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Explore Unity's official tutorials on vehicle physics to gain a deeper understanding of how car movement is simulated in the engine. This will complement the course's car controller implementation.

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Search for Unity's official vehicle physics tutorials.
Follow the tutorials and implement the car physics examples.
Compare the tutorial's approach to the course's car controller.

Four other activities

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Experiment with Car Controller Parameters

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Modify the parameters of the car controller script to observe how they affect the car's handling. This hands-on experimentation will solidify your understanding of the physics involved.

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Identify the key parameters in the car controller script.
Adjust each parameter individually and observe the changes in the car's behavior.
Document your findings and note the effects of each parameter.

Review 'Game Programming Patterns'

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Learn about common game programming patterns to improve the structure and maintainability of your code. This will be especially helpful as you expand your racing game with more features.

View Crafting Interpreters on Amazon

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Read the chapters on relevant design patterns, such as the State pattern or the Observer pattern.
Identify opportunities to apply these patterns in your racing game project.
Refactor your code to implement the chosen design patterns.

Create a Custom Racing Track

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Design and build your own racing track using Unity's terrain tools and assets. This will reinforce your understanding of level design principles and Unity's scene creation workflow.

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Plan the layout of your racing track.
Use Unity's terrain tools to create the track's environment.
Add assets such as trees, buildings, and barriers to the track.
Test your track with the car controller from the course.

Contribute to a Unity Asset

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Contribute to an open-source Unity asset related to racing games. This will give you experience working with a team and improve your coding skills.

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Find an open-source Unity asset related to racing games.
Identify a bug or feature that you can contribute to.
Submit a pull request with your changes.

Career center

Learners who complete Learn To Create A Racing Game With Unity & C# will develop knowledge and skills that may be useful to these careers:

Game Developer

A game developer brings video game concepts to life, working on everything from gameplay mechanics to user interface design. This course may be useful for aspiring game developers, offering a practical introduction to Unity and C#, two fundamental tools in the game development industry. Creating a racing game from scratch provides hands on experience with core concepts, such as car controllers, artificial intelligence for opponents, and interactive menus. The course's coverage of audio systems and track design further prepares one for the multifaceted nature of game development.

See salaries and explore the career path for Game Developer

Unity Developer

A Unity developer specializes in using the Unity game engine to create interactive experiences, ranging from video games to simulations and augmented reality applications. This course may be useful for anyone aiming to become a Unity developer, offering comprehensive training in Unity and C#. By learning to build a racing game, one gains practical experience with essential Unity features, including scene setup, scripting, and user interface implementation. This course's focus on creating car controllers, AI opponents, and track selection systems directly aligns with the skills needed for Unity development.

See salaries and explore the career path for Unity Developer

C# Developer

A C# developer uses the C# programming language to build a variety of applications, including video games, desktop software, and web services. This course may be useful for those looking to become C# developers, as it provides a hands on learning experience with C# in the context of game development. By creating a racing game, one learns to apply object oriented programming principles and solve real world problems using C#. The course's emphasis on scripting car movement, managing game logic, and implementing user interfaces helps build a strong foundation in C# development.

See salaries and explore the career path for C# Developer

Gameplay Programmer

A gameplay programmer focuses on implementing the interactive elements of a video game, such as character movement, game mechanics, and user interactions. This course may be useful for aspiring gameplay programmers, offering a practical introduction to game development with Unity and C#. By learning to create a racing game, one gains experience with designing and implementing car controllers, AI racing systems, and user interface elements. Developing skills in camera control and race management can directly transfer to gameplay programming tasks.

See salaries and explore the career path for Gameplay Programmer

Artificial Intelligence Programmer

An artificial intelligence programmer designs and implements the intelligent behaviors of non player characters in video games. This course may be useful for those interested in artificial intelligence programming, as it covers the creation of a full race artificial intelligence system using Unity and C#. The course's focus on setting targets, making the artificial intelligence move, and randomizing artificial intelligence speed provides a solid foundation. This coursework helps one understand the core principles and implementation aspects of artificial intelligence in games.

See salaries and explore the career path for Artificial Intelligence Programmer

User Interface Designer

A user interface designer focuses on creating intuitive and engaging user interfaces for software and games. This course may be useful for those interested in user interface design, as it covers the creation of a full user interface with interactive menus using Unity. The course's emphasis on setting up user interfaces, updating lap counters, and displaying lap times provides a practical introduction to user interface implementation in a game development context. Those who take this course can apply their knowledge to a wider range of user interface projects.

See salaries and explore the career path for User Interface Designer

Game Designer

A game designer conceptualizes and designs the gameplay, rules, and overall experience of a video game. This course may be useful for aspiring game designers, offering insights into the game development process through the creation of a racing game. By learning to design tracks, implement race management systems, and create interactive menus, one gains a practical understanding of game design principles. The experience of building a complete game from scratch can inform the game design process.

See salaries and explore the career path for Game Designer

Level Designer

A level designer creates and designs the environments and layouts of video game levels. This course may be useful for individuals interested in becoming level designers, providing practical experience with designing complete custom tracks using Unity. By learning to set up checkpoints, implement prefabs, and optimize track layouts, one gains a foundational understanding. Moreover, building the complete tracks also helps in understanding pacing and flow.

See salaries and explore the career path for Level Designer

Audio Designer

An audio designer creates and implements sound effects, music, and other audio elements for video games. This course may be useful for aspiring audio designers, as it covers managing audio systems, creating engine sounds, and implementing impact sounds using Unity. The course's focus on improving impact sounds and adding skid sounds provides hands on experience. One who wishes to enhance the player experience should take this course.

See salaries and explore the career path for Audio Designer

Software Engineer

A software engineer designs, develops, and tests software applications. This course may be useful for software engineers interested in diversifying their skills or entering the game development industry, offering a practical introduction to C# and Unity. Creating a racing game provides experience with object oriented programming, problem solving, and software design patterns. The course's coverage of game logic, user interfaces, and artificial intelligence can broaden a software engineer's skillset.

See salaries and explore the career path for Software Engineer

Simulation Developer

A simulation developer creates software that models real world processes or systems for training, research, or entertainment purposes. This course may be useful for simulation developers, offering experience with Unity and C# in the context of building a racing simulation. The course's focus on creating realistic car controllers, artificial intelligence opponents, and dynamic environments can be applied to various simulation projects. This will broaden your understanding of the nuances of simulation development.

See salaries and explore the career path for Simulation Developer

Virtual Reality Developer

A virtual reality developer creates immersive experiences and applications for virtual reality platforms. This course may be useful for virtual reality developers, providing a foundation in Unity, a popular engine for virtual reality development. By learning to create a racing game, one gains experience with 3D development, user interface design, and interactive controls. These foundational skills can be extended to virtual reality projects.

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Augmented Reality Developer

An augmented reality developer creates applications that overlay digital content onto the real world using devices like smartphones and tablets. This course may be useful for aspiring augmented reality developers, offering a practical introduction to Unity. Unity is a versatile engine for augmented reality development. Completing coursework involves creating user interfaces which helps improve your understanding for development in augmented reality.

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Web Developer

A web developer builds and maintains websites and web applications. This course may be useful for web developers interested in game development, offering an introduction to C# within the Unity environment. While primarily focused on game creation, the course exposes web developers to programming concepts, the Unity interface, and the process of building interactive applications, potentially opening doors to new skills and perspectives. It allows one to expand their programming toolkit.

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Mobile App Developer

A Mobile App Developer focuses on creating applications for mobile devices, such as smartphones and tablets. This course may be useful for mobile app developers who intend to utilize Unity as a framework for building mobile games. Creating a racing game will let one gain practical experience with core Unity features, including scene setup, scripting, and user interface implementation. This course's focus directly aligns with many tasks needed for mobile app development.

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Learn To Create A Racing Game With Unity & C#

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