How To Make A Retro FPS Game In Unreal Engine 5 from Udemy

This Course in a Nutshell

In this course you will learn how to create a Retro FPS like the classic DOOM or Wolfenstein games. This will guide you step by step on how you can create this type of game using Unreal Engine 5.

Course Overview

We will be coding this project using Unreal Engine 5 blueprints a powerful visual scripting system which will allow us to create this game without writing a line of code.

This course will contain multiple chapters which will cover a range of topics:

How to make multiple different weapons such as RPGS, miniguns and pistols, with weapon switching.

How to create working 8 directional enemy sprites just like the classic Doom and Wolfenstein games and how to code enemy A.I using Behaviour Trees.

You will learn how to make multiple different HUD elements such as : game over screens, player HUDS, main menu and pause screens

How to create objects we can place in the world such as doors which require key cards and exploding barrels and more

What's Inside

Course Modules :

Introduction
Setting Up The First Person Character
Creating Weapons
Creating The A.I
Creating A Damage System
Making Interactable World Objects
Designing The Level
Final Touches

What Will You Learn In this Course?

At the end of the course you will have learnt how to make an Old School Retro FPS game with multiple different weapons, with different fire rates and ammo storage, how to make multiple different types of enemy A.I. How to create menu and level unlock systems and a lot more.

What's inside

Learning objectives

Learn how to create an old school retro fps like the classic doom game in unreal engine 5
How to make fps weapons we will go over how to create many different weapons including : pistols, miniguns, rockets launcher and more
How to create user interfaces we will go over how to make game over screens, player huds, main menu's and more

How to make actors we can place in the world like explosive barrels, sliding doors, door which require key cards , lava and more
How to create dynamic a.i using behaviour trees

Learn how to create an old school retro fps like the classic doom game in unreal engine 5
How to make fps weapons we will go over how to create many different weapons including : pistols, miniguns, rockets launcher and more
How to create user interfaces we will go over how to make game over screens, player huds, main menu's and more
How to make actors we can place in the world like explosive barrels, sliding doors, door which require key cards , lava and more
How to create dynamic a.i using behaviour trees

Syllabus

Introduction

Community

Setting Up The First Person Character

Download Resources

Creating The Base Weapon

Creating The Pistol Weapon

Adding Controls To The Game

Creating An Ammo System

Creating The Player HUD

Updating The HUD With Our Ammo

Creating Weapons

Creating The Shotgun

Creating The Mini Gun

Creating The Plasma Rifle

Creating A Projectile System

Creating A Rocket Launcher

Creating The Big Friendly Gun

Weapon Fix

Creating The Fists

Creating The Chainsaw

Creating The Weapon Pick Up

Making The Weapon Pick Up Dynamic

Creating A Weapon Bob System

Creating Weapon Bob Pt 2

Final Touches On The Weapon Bob

Creating A Weapon Swapping System

Polishing The Weapon Swap

Creating A Sprinting System

Updating The Ammo Text

Creating The A.I

Creating The Enemy Blueprint

Creating The Behaviour Tree

Importing The Enemy Sprites

Explaining The Dot and Normalise Nodes

Setting Up An 8 Directional Sprite System

Enemy Rotation

Creating A Ranged Attack For The Enemy

Aborting In Behaviour Trees

Creating A Melee Attack For The Enemy

Giving The Enemy Moving Animations

Giving The Enemy Attack Animations

Pawn Sensing

Creating A Damage System

Making The Weapons Damage The Enemy

Spawning Blood Where The Enemy Is Hit

Making The Enemy Die

Giving The Player Health + Shield

Upgrading The Enemy Projectile Attack

Creating A Damage Screen

Making The Enemy Attack Rate Dynamic

Making The Enemy Alert When Shot

Setting Up The Base Enemy

Creating A Melee Enemy

Creating A Ranged Enemy

Where To Find Sprites

Making Interactable World Objects

Making A Shield Pick Up

Making A Health Pick Up

Making An Ammo Pick Up

Making An Explosive Barrel

Placing Sprites

Creating A Sliding Door With A Timeline

Creating A Key card System

Creating A Door Which Requires A Key Card

Creating A Lava Floor

Designing The Level

Tools You Can Use To Design Levels

Making The Level

Adding Textures To My Level

Placing Blueprints Around My Level

Adding Lighting To My Level

Final Touches

Adding Custom Fonts

Adding Sound Effects

Creating A Face Hud Pt 1

Creating A Face Hud Pt 2

Creating A Game Over Screen

Creating A Win Screen

Locking The Camera

Enemy Hearing

Creating A Weapon Unlock System

Fixing A Rotation Bug

Conclusion

Bonus Lecture

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 How To Make A Retro FPS Game In Unreal Engine 5 with these activities:

Review Trigonometry Concepts

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Reinforce your understanding of trigonometry, which is essential for understanding vector math and enemy AI movement in a 3D space.

Browse courses on Trigonometry

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Review trigonometric functions and their relationships.
Practice solving problems involving angles and distances.

Review 'The Art of Game Design: A Book of Lenses'

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Explore game design principles to enhance the level design and overall gameplay experience of your Retro FPS game.

View The Art of Game Design: A Book of Lenses, Third... on Amazon

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Read chapters related to level design and player experience.
Apply the principles to improve your game's design.

Review 'Game Programming Patterns'

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Study common game programming patterns to improve the structure and maintainability of your Unreal Engine 5 project.

View Crafting Interpreters on Amazon

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Read chapters related to command, state, and observer patterns.
Identify how these patterns can be applied to the course project.

Four other activities

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Create a Resource Pack

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Compile a collection of free or low-cost resources (textures, sound effects, models) that can be used to create retro FPS games.

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Search for free or low-cost assets online.
Organize the assets into a well-structured pack.
Document the contents of the resource pack.

Create a Devlog Series

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Document your game development journey by creating a devlog series on YouTube or a blog. This will help solidify your understanding and share your knowledge with others.

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Record or write about your progress on the Retro FPS game.
Edit and publish your devlog content.
Share your devlog with the community.

Expand Weapon System

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Extend the weapon system by adding more complex weapon behaviors, such as charge-up attacks or alternate firing modes.

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Design new weapon mechanics and behaviors.
Implement the new mechanics using Unreal Engine 5 blueprints.
Test and refine the weapon behaviors.

Optimize Game Performance

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Analyze and optimize the game's performance to ensure smooth gameplay on a variety of hardware configurations.

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Profile the game to identify performance bottlenecks.
Implement optimization techniques, such as reducing draw calls or optimizing materials.
Test the game on different hardware configurations.

Career center

Learners who complete How To Make A Retro FPS Game In Unreal Engine 5 will develop knowledge and skills that may be useful to these careers:

Indie Game Developer

An Indie Game Developer typically works on smaller, independent game projects, often handling multiple roles in the development process. This course helps build a foundation for Indie Game Developers interested in creating retro-style first-person shooters. By guiding you through all aspects of game development, from level design and AI to weapon creation and user interfaces, the course empowers you to create a complete game from scratch. The focus on Unreal Engine 5 blueprints makes the development process accessible even without extensive coding knowledge, which is very helpful to Indie Game Developers. The course will also teach about implementing sound effect and custom fonts.

See salaries and explore the career path for Indie Game Developer

Unreal Engine Developer

Unreal Engine Developers specialize in using the Unreal Engine to create various interactive experiences, including video games. This course helps build a foundation for Unreal Engine Developers by focusing on creating a retro first-person shooter using Unreal Engine 5. The course provides hands-on experience with blueprints, visual scripting, weapons, AI, user interfaces, and level design, all within the Unreal Engine ecosystem. The course's project-based approach allows developers to build a portfolio piece and gain practical skills directly applicable to Unreal Engine development.

See salaries and explore the career path for Unreal Engine Developer

Game Designer

The role of a Game Designer revolves around envisioning and creating the gameplay experience. This includes level design, enemy behavior, weapon mechanics, and user interfaces. This course helps build a foundation in these areas, particularly within the retro first-person shooter genre. The sections on level design, creating AI using behavior trees for enemies reminiscent of classic DOOM, and implementing various weapons like rocket launchers and miniguns directly inform the skills a Game Designer needs. The course's focus on Unreal Engine 5 blueprints empowers designers to prototype and iterate on gameplay ideas rapidly. Making interactable objects and level unlock systems is also highly related to the role of Game Designer.

See salaries and explore the career path for Game Designer

Gameplay Programmer

A Gameplay Programmer implements the mechanics and systems that define how a game is played. This course helps build a foundation for a Gameplay Programmer interested in retro first-person shooters. By learning how to create weapons, enemy AI, and interactive objects using Unreal Engine 5 blueprints, one can gain practical experience in bringing game design concepts to life. The course emphasizes visual scripting, which helps you rapidly prototype and iterate on gameplay mechanics. The topics of creating controls, implementing ammo systems, designing weapon swapping systems, and creating damage systems are all highly related to success as a Gameplay Programmer.

See salaries and explore the career path for Gameplay Programmer

AI Programmer

An AI Programmer specializes in creating the artificial intelligence that controls non-player characters (NPCs) in games. This course helps build a strong foundation for AI Programmers interested in implementing AI using behavior trees. The course provides a step-by-step guide to creating enemy AI for a retro first-person shooter, covering topics such as patrol behavior, attack logic, and reaction to player actions. The emphasis on visual scripting with Unreal Engine 5 blueprints makes it easy to experiment with different AI behaviors and iterate on the design.

See salaries and explore the career path for AI Programmer

Level Designer

A Level Designer crafts the environments and layouts where gameplay unfolds. This course may be useful for Level Designers who wish to create levels for retro-style first person shooter games using modern game engines. The course guides you through level design, enemy placement, and incorporating interactive elements such as doors and keycard systems. Specifically, the section on 'Designing The Level' and adding textures is directly applicable to a Level Designer's responsibilities. It can be helpful to also understand how lighting can affect the mood and gameplay of a level, a topic covered in this course.

See salaries and explore the career path for Level Designer

Animator

Animators create the movement and visual effects for characters and objects in games. This course helps build a foundation for Animators interested in implementing animations for retro-style games. The course covers topics such as importing sprites, creating animations for enemies (moving, attacking), and implementing visual effects like blood splatters. While the course focuses on 2D sprites, the principles of animation and timing are transferable to 3D animation as well.

See salaries and explore the career path for Animator

UI Designer

A UI Designer focuses on creating user interfaces. This course helps build a foundation for UI Designers interested in designing and implementing UI elements in games. The course covers the creation of various UI elements, such as game over screens, player HUDs, main menus, and pause screens, all within the context of a retro first-person shooter. Understanding how to implement these elements using Unreal Engine 5 blueprints is a valuable skill for UI Designers.

See salaries and explore the career path for UI Designer

Sound Designer

Sound Designers create the audio elements of a game, including sound effects, music, and dialogue. This course helps build a foundation for Sound Designers interested in implementing sound effects in games. This course offers a section on adding sound effects to a game. These skills include level design, creating AI using behavior trees, and implementing various weapons are all related to the role of Sound Designer.

See salaries and explore the career path for Sound Designer

Technical Artist

A Technical Artist bridges the gap between artists and programmers, optimizing art assets for use in a game engine and developing tools to improve the art pipeline. This course may be useful for Technical Artists interested in understanding how art assets are implemented and interacted with in Unreal Engine 5. The course covers topics like importing sprites, creating animations, and implementing visual effects like blood splatters. The section on optimizing assets and understanding the limitations of the engine relevant to visual quality will be very informative. Knowledge of how to implement 3D models into Unreal Engine 5 using this course would be a good start.

See salaries and explore the career path for Technical Artist

XR Developer

XR Developer creates experiences in virtual reality, augmented reality, and mixed reality. This course may be useful for XR Developers hoping to use retro FPS games as a platform to learn about game design. The course can provide a base level of knowledge about game development, including AI, level design, and gameplay programming, which are all important in the XR space. This course will also show how to perform different kinds of menu systems, like game over screens, pause screens, and main menu.

See salaries and explore the career path for XR Developer

Character Artist

Character Artists create the visual appearance of characters in games, including their models, textures, and animations. This course may be useful for Character Artists who would like to understand how 8-directional sprites are used in a game. The course spends time importing enemy sprites and giving animations, demonstrating pawn sensing, and creating ranged and melee attacks for the enemy.

See salaries and explore the career path for Character Artist

Software Developer

Software Developers design, develop, and test software applications. While not directly related to traditional software development, this course may be useful for Software Developers looking to learn new skills in the gaming industry or explore visual scripting with Unreal Engine 5 blueprints. Learning how to create a game from scratch can provide valuable insights into software design principles and project management. This course can also help developers to grow and learn more about level design and dynamic artificial intelligence, using behavior trees.

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Tools Programmer

Tools Programmers develop software tools that help game developers create content more efficiently. This course may be useful for Tools Programmers who want to learn more about the game development pipeline and the challenges that artists and designers face. By understanding the processes involved in creating a retro first-person shooter, the tools programmer can develop tools that will streamline the game development workflow.

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Physics Programmer

A Physics Programmer implements realistic physics simulations in games, controlling how objects move and interact with each other. This course may be useful for Physics Programmers interested in learning how physics can be applied in a game context. The course showcases how to develop features such as exploding barrels and weapons and how to implement damage for gameplay using collision-based events.

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How To Make A Retro FPS Game In Unreal Engine 5

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