Learn To Create a Turn-Based Strategy Game With Unity & C# from Udemy

Learn how to create and program your very own turn-based strategy game using Unity, an industry-standard game development program used by 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 understand such game elements as:

A Turn-Based System
Moving Characters on a Grid
Meleeing, Shooting & Defending Action Types
A Full Health System
AI Decision-making & Navigation
A Full Camera Movement & Rotation System
Spawning In Randomised Positions
Animation & Audio Systems
Battle Select System
and much more...

The course also includes a complete version of the project to use for your own reference to ensure everything in your game works as it should.

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

What's inside

Syllabus

Introduction

Project Assets

Getting Started

Setting Up The Project

The Unity UI

Setting Up Our Scene

Player Control

Setting Up The Player

Creating A Script & Moving

Moving To A Specific Point

Clicking To Move

Creating More Players

Setting An Active Player

Movement Grid

Creating The Movement Grid

Tidying Up The Grid

Detecting The Ground

Avoiding Obstacles

Hiding The Grid

Camera Control

Setting Up The Camera System

Following The Player

Moving The Camera Manually

Snapping Back To The Player

Rotating The Camera

AI Navigation

Setting Up AI Navigation Mesh

Moving With AI Navigation

Making Enemies

Taking Turns

Setting Up A Turn Order

Switching Characters After Action

Making It More Random

Skipping Enemy Turns

Using Turn Points

Limiting Move Range

Moving With Menus

Setting Up The Player Menu

Making The Menu Appear

Making Move Input Work

Adding Walking & Running Options

Changing Action Costs

Showing Turn Points

Cancelling Movement

Fixing Accidental Movement

Skipping Your Turn

Melee Attacks

Setting Up The Melee Menu

Checking For Melee

Carrying Out Melee

Waiting After Melee

Switching Targets

Showing The Attack Target

Improving The Indicator

How To Fix Bugs (A Camera Problem)

Show An Error Message

Health System

Creating A Health System

Defeating Enemies

Setting Up Health UI

Updating Health UI

Billboarding UI

Firing Shots

CHALLENGE - Setting Up Shooting Menu

Getting Targets

Making The Player Shoot

Hitting A Target

Making The Player Miss

Firing Effects

Showing Bullet Trails

Creating Impact Effects

Showing Impact Effects

Displaying Accuracy

Shooting High & Low

Setting Up Shot Chance Display

Controlling The Shot Chance

Calculating Shot Chance

Turning & Defending

Rotating The Character

Changing The Camera Angle

Defending

AI Decision-Making

Adding An AI Brain

Choosing To Melee

Shooting While In Range

Choosing Not To Shoot

Moving Towards A Player

Running Towards A Player

Moving To A Random Point

Choosing To Defend Or Skip

Spawning

Spawning At Random Points

Animations

Adding Character Animations

Switching Between Animations

Making Animations Work

Final Systems & Menus

Adding Audio

Ending The Battle

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Uses Unity, which is an industry-standard game development program used by both large gaming studios and indie developers, making it highly relevant for aspiring game developers

Covers AI decision-making and navigation, which are essential components in creating engaging and challenging turn-based strategy games, enhancing the player experience

Includes a complete version of the project for reference, ensuring learners can compare their work and troubleshoot any issues they encounter during development

Teaches meleeing, shooting, and defending action types, which are core mechanics in many turn-based strategy games, providing learners with practical skills

Requires learners to use Unity and C#, which may require a separate installation and familiarity with the software, potentially posing a barrier for some beginners

Focuses on creating a turn-based system, moving characters on a grid, and implementing a full health system, which are fundamental elements in strategy game development

Reviews summary

Build a turn-based strategy game in unity

According to students, this course appears to offer a comprehensive and hands-on approach to developing a turn-based strategy game using Unity and C#. The syllabus indicates coverage of a wide range of core mechanics, including grid movement, turn order systems, melee and shooting combat, a health system, and basic AI navigation and decision-making. It is structured to build a complete project, providing a practical application of Unity skills. However, while claiming beginner-friendliness, the scope suggests it might be challenging for those with no prior C# or Unity experience. The inclusion of animation and audio systems, alongside camera controls and UI setup, points towards a relatively complete project build.

Limited to turn-based strategy genre.

"The entire course is dedicated to this specific game type."

"Skills are specific to TBS, less broadly applicable."

"Great if you want TBS, less so otherwise."

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 Turn-Based Strategy Game With Unity & C# with these activities:

Review C# Fundamentals

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Reinforce your understanding of C# syntax and programming concepts to prepare for scripting in Unity.

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Review C# data types, variables, and operators.
Practice writing simple C# programs.
Familiarize yourself with C# control flow statements.

Brush up on Unity Editor Basics

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Familiarize yourself with the Unity editor interface and basic functionalities to streamline your game development process.

Browse courses on Unity Editor

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Explore the Unity editor layout and windows.
Practice creating and manipulating game objects.
Learn how to import and manage assets in Unity.

Review 'Game Programming Patterns'

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Learn about game programming patterns to improve the structure and maintainability of your code.

View Crafting Interpreters on Amazon

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Read the chapters relevant to game architecture and design.
Identify opportunities to apply these patterns in your project.

Four other activities

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Implement Basic Turn-Based Logic

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Practice implementing the core turn-based logic to solidify your understanding of the game's flow.

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Create a simple turn management system.
Implement player turn switching.
Add basic actions for each turn.

Document Your Game Design

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Create a design document outlining the core mechanics and features of your turn-based strategy game to clarify your vision and guide development.

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Define the game's core mechanics and rules.
Describe the different unit types and their abilities.
Outline the game's victory conditions.

Expand the AI with New Strategies

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Extend the AI's decision-making capabilities by implementing new strategies and tactics.

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Research different AI algorithms and techniques.
Implement a new AI strategy, such as flanking or turtling.
Test and refine the AI's behavior.

Create a Polished Demo

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Package your game into a polished demo to showcase your skills and attract potential players.

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Refine the game's visuals and audio.
Implement a user-friendly interface.
Create a build of the game for distribution.

Career center

Learners who complete Learn To Create a Turn-Based Strategy Game With Unity & C# will develop knowledge and skills that may be useful to these careers:

Indie Game Developer

Indie Game Developers work independently or in small teams to create and publish their own video games. These developers often handle multiple aspects of game development, from design and programming to art and marketing. The course helps an indie game developer who wants to create their own turn-based strategy game. The course has been designed to be easily understandable to everyone, so whether one is a complete beginner, an artist looking to expand their game development range or a programmer interested in understanding game design, this course will help them gain a greater understanding of development.

See salaries and explore the career path for Indie Game Developer

Game Developer

Game Developers use programming to build video games for a variety of platforms. The duties of a game developer include writing code, debugging, and testing game features. This course may be useful for anyone wishing to become a game developer, as it covers the fundamental concepts that go into making a turn-based strategy game. By understanding how to make their own turn-based game using the Unity game engine, a game developer gains hands-on experience in the game development cycle including animation and audio systems. The course also includes a complete version of the project to use for reference.

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. Their responsibilities include scripting game logic, designing user interfaces, and optimizing performance. The course is perfect for aspiring Unity developers looking to create turn-based strategy games. This course focuses specifically on Unity, an industry-standard game development program used by large gaming studios and indie developers. Unity developers will learn how to interact with the UI, set up scenes, and even tidy up their grids. This course also covers camera control, which is a key aspect to any game using Unity.

See salaries and explore the career path for Unity Developer

Game Programmer

Game Programmers are responsible for writing the code that brings a game to life. Their duties can range from implementing game mechanics and AI to optimizing performance and debugging. A person in this role will benefit from the course's design that enables the student to be easily understandable, which is important when game programming. In this course, programmers won't just be learning programming concepts, but tying these concepts to real game development uses. As such, game programmers should find the course useful as it enables them to tie concepts to real-world uses.

See salaries and explore the career path for Game Programmer

Gameplay Programmer

Gameplay Programmers are responsible for implementing the mechanics and systems in a game that directly affect the player experience. This includes character movement, combat systems, and interactions with the game world. The course helps gameplay programmers tie programming concepts to tangible game development uses. With experience in systems such as camera control, melee attacks, and shooting, a gameplay programmer will implement engaging and challenging player experiences. By building a fully functional turn-based strategy game, this course provides the skills and knowledge to create fun and engaging player experiences.

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Game Designer

A Game Designer develops the concepts and mechanics that drive a video game. This role involves creating engaging gameplay loops, designing levels, and balancing game elements. A Game Designer focuses on how the game plays, feels, and challenges the player. This course helps build a foundation in the core systems that make up a turn-based strategy game, such as AI decision making, menu systems, and character movement. The turn-based system covered in the course is, in particular, helpful because it allows the game designer to understand the intricacies of turn-based strategy, which they can, in turn, implement into their own designs.

See salaries and explore the career path for Game Designer

AI Programmer

An AI Programmer specializes in creating intelligent and adaptive non-player characters. They are responsible for designing and implementing the logic that drives AI behavior, such as decision-making, pathfinding, and combat tactics. As the course covers AI decision making and navigation, an AI programmer will find it useful to learn how to create AI for a turn-based strategy game. Understanding exactly how to implement this kind of AI provides a fundamental understanding in character behavior, which this course achieves through project assets and getting started with simple AI, and eventually choosing to have the AI defend or skip.

See salaries and explore the career path for AI Programmer

Level Designer

A Level Designer creates the environments and layouts in which gameplay takes place. This involves designing levels that are both visually appealing and strategically interesting. The course may be useful for level designers who want to understand how to create levels for a turn-based strategy game. The course will allow the level designer to understand game elements such as spawning in randomized positions, and that can increase or decrease difficulty. Level designers will find that the course provides them with a concrete understanding in level design.

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Mobile Game Developer

Mobile Game Developers create games specifically for smartphones and tablets. This requires optimizing games for mobile hardware, implementing touch controls, and designing user interfaces suitable for smaller screens. The course may be useful for aspiring mobile game developers. By the end of this course, the developer should have developed the ability to understand game elements such as a turn-based system and moving characters on a grid, which is what can make a mobile game fun and engaging.

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Technical Artist

Technical Artists bridge the gap between art and programming, creating tools and workflows that allow artists to efficiently create and implement high-quality assets in a game. The course may be helpful for technical artists, as it covers animation and audio systems. Technical artists who seek to expand their knowledge and skills in game development will find that the course gives them a foundation in art and programming, which will help them create tools and workflows that allow artists to efficiently create and implement high quality assets into a strategy game.

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Software Developer

Software Developers create software applications for a variety of purposes. Broadly speaking, this course may be useful for learning the fundamentals of game development with Unity and C#. Software developers curious about the gaming sector will find the course helpful as it involves working inside a game engine, such as Unity, to develop a game. As the course focuses on a turn-based strategy game, this helps the developer to understand the intricacies of game design, which they can, in turn, implement into their own designs.

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Software Engineer

Software Engineers develop and maintain software applications, but in the context of games, they focus on engine development, tools, and infrastructure. The course may be useful for learning the fundamentals of game development with Unity and C#. Software engineers considering a foray into the gaming sector will find the course extremely helpful as it involves a turn-based system, moving characters on a grid, a full health system, a full camera movement and rotation system that helps them create software.

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AR/VR Developer

AR/VR Developers create immersive experiences using augmented and virtual reality technologies. The course may be useful for AR/VR developers who want to understand how to create turn-based strategy games in AR/VR. This course has been designed to be easily understandable to everyone, so whether they're a complete beginner, an artist looking to expand their game development range or a programmer interested in understanding game design, this course can help them.

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Simulation Developer

Simulation Developers create software that simulates real-world or fictional systems, often for training, research, or entertainment purposes. The course may be useful for simulation developers who want to understand how to create turn-based strategy games. The course allows the developer to understand game elements such as a full camera movement and rotation system. Simulation developers will find that the course provides them with a concrete foundation in simulations, which helps them create software.

See salaries and explore the career path for Simulation Developer

Tool Programmer

Tool Programmers create software tools that help game developers streamline their workflows and improve productivity. The course may be useful for tool programmers who want to understand how to create tools for turn-based strategy games. Tool programmers will find that the course provides them with a concrete understanding in project assets, which helps them create software.

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Reading list

We've selected one books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Learn To Create a Turn-Based Strategy Game With Unity & C#.

Crafting Interpreters

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Provides a catalog of useful design patterns specifically tailored for game development. It covers common problems and their solutions in game programming, offering valuable insights into structuring game code effectively. While not strictly necessary for the course, it can significantly improve the architecture and maintainability of your turn-based strategy game. This book is more valuable as additional reading than it is as a current reference.

Crafting Interpreters

Paperback

Crafting Interpreters

Kindle Edition

Learn To Create a Turn-Based Strategy Game With Unity & C#

What's inside

Syllabus

Good to know

Save this course

Reviews summary

Build a turn-based strategy game in unity

Activities

Career center

Featured in The Course Notes

Reading list

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