Developing Metaverse: Your first VR Game in Unreal Engine from Udemy

Start one of the most promising careers in IT - become a VR developer. You will learn how to create your first Oculus Quest game, even if you have zero background. You will know the essential parts of Unreal Engine - from level design, to materials and textures, from lightning setup to visual programming in blueprints.

We will learn:

How to install and configure Unreal Engine for VR development
Why we should not start learning from Unreal Engine 5
Basics of creating maps and level design
Material shaders and textures
Sounds and music
Blueprints visual coding
Working with assets
Optimizing performance for VR and mobile
Designing and developing our VR game
Packaging app for Oculus Quest
Tons of tips, tricks and workarounds which you can not find in official documentation

Why you should take this course?

Start one of the most promising and highly-paid careers ever - Unreal Engine and VR developer.
VR is the next web: in the coming 5-10 years, most of the web would transform into Metaverse. We would transfer from 2d websites and mobile apps to interactive world in Virtual and Augmented reality. The biggest companies nowadays - such as Meta (Facebook), Apple, Epic Games, Tencent, Microsoft and hundreds of others make their bet on virtual reality.
Unreal Engine is one of the most powerful and versatile tools nowadays - it is widely used in a range of industries - from games to VR development, from industrial training to virtual movie production, from architectural design to automotive user interfaces.
Start now and be the one to build products of the future.

What do you need to take this course:

Windows based PC (No, Mac is not suitable for VR development)
Oculus Quest or any other VR headset

What's inside

Learning objectives

Building applications for oculus quest
Designing and developing vr games
Working in unreal engine

Working with materials and textures
Optimizing content for fast performance in mobile and vr games

Building applications for oculus quest
Designing and developing vr games
Working in unreal engine
Working with materials and textures
Optimizing content for fast performance in mobile and vr games

Syllabus

Quick overview on what's inside the course

Quick overview of the course

345345

Getting the Unreal Editor. UE4 or UE5?

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Develops skills in Unreal Engine, in high demand in the IT industry

Starts with the basics of working in Unreal Engine, making it suitable for beginners

Taught by Dmitry Vasilyev, who has worked extensively in the field of VR development

Provides hands-on experience through building a VR game for Oculus Quest

Teaches optimization techniques for performance in mobile and VR games

Relies on Unreal Engine 4, which may not be the latest version available

Requires a Windows-based PC and an Oculus Quest or compatible VR headset, which may pose financial barriers for some learners

Reviews summary

Beginner vr game development in unreal engine

According to learners, this course is a highly effective starting point for anyone looking to build their first VR game in Unreal Engine, even with zero prior experience. Students frequently highlight the clear, step-by-step guidance and the practical, hands-on projects that solidify understanding of Blueprints visual scripting. The course is praised for its valuable insights into optimizing performance for Oculus Quest and packaging applications. While mostly positive, some mention that due to the rapid evolution of Unreal Engine, certain sections may feel slightly outdated, occasionally requiring external troubleshooting. Overall, it provides a strong foundation for aspiring VR developers.

Instructor actively updates content to keep pace with changes.

"The instructor's dedication to updating content is also evident, which is great for a rapidly evolving field."

"I appreciate that the instructor seems to be keeping the content updated for new versions of Unreal Engine, which helps with compatibility."

"It's great to see continuous improvements that make the course more current and relevant despite rapid changes in VR development."

Covers crucial VR-specific topics like optimization and packaging.

"The optimization tips for Oculus Quest were also very valuable. Highly recommend for anyone starting out!"

"I particularly liked the module on fighting motion sickness and optimizing performance; these are crucial for VR."

"The information on optimizing for VR performance was invaluable. It gives you a great starting point."

Engages learners through hands-on game development projects.

"I particularly appreciated the hands-on project building a VR arcade game; it really solidified my understanding of blueprints and asset integration."

"The project-based approach keeps you engaged. Overall, I learned a lot and feel confident making my own basic VR apps."

"The practical exercises, especially the VR arcade game, were very engaging. It truly helped me understand the workflow from concept to packaging a VR game for the Oculus Quest."

Excellent for beginners with detailed, digestible explanations.

"This course is incredibly well-structured for beginners. The instructor breaks down complex Unreal Engine concepts and VR development into digestible chunks."

"As someone with zero prior experience in Unreal or VR, this course made it accessible. The step-by-step guidance, especially for setting up the environment and packaging for Oculus Quest, was a lifesaver."

"The instructor is very clear, and the pace is just right for someone new to the topic. It gives you a great starting point."

Pacing can be challenging for absolute beginners in game dev.

"Some sections felt a bit rushed, especially when integrating external assets, and I had to spend extra time troubleshooting."

"Honestly, I struggled with this course. While it promises to be for beginners, I found it moved too fast at times, and the debugging section was almost non-existent."

"For true beginners, it might be overwhelming without prior exposure to game dev concepts."

Content may require extra effort due to fast-evolving tech.

"The course has good intentions, but some parts feel a little outdated or assume prior knowledge, especially regarding Unreal Engine version differences."

"I also found the asset management section slightly confusing. It's a decent start, but be prepared to do some external research for troubleshooting or if you encounter issues with newer UE versions or Quest updates."

"Some of the material feels a bit dated. Unreal Engine and VR development evolve very quickly, and some of the UI/workflow shown in the videos didn't quite match the latest versions."

"The initial setup process for Unreal Engine for VR felt a bit confusing, and I ran into some version compatibility issues which required a lot of personal digging."

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 Developing Metaverse: Your first VR Game in Unreal Engine with these activities:

Complete Unreal Engine tutorials for beginners

Show steps

Build a solid foundation in Unreal Engine by following guided tutorials designed for beginners. This will familiarize you with the interface, tools, and workflows used in the course.

Browse courses on Unreal Engine

Show steps

Search for Unreal Engine beginner tutorials on YouTube or the official Unreal Engine website.
Choose a tutorial that covers basic concepts such as creating a new project, importing assets, and navigating the editor.
Follow the tutorial steps carefully, experimenting with different options and exploring the interface.

Practice creating and manipulating objects in Unreal Engine

Show steps

Develop proficiency in creating and manipulating objects within Unreal Engine. This will enhance your ability to build and design virtual environments and game elements.

Browse courses on Unreal Engine

Show steps

Open a new Unreal Engine project and create a basic level.
Add various objects to the level, such as cubes, spheres, and static meshes, and experiment with their properties.
Use the transform tools to move, rotate, and scale objects to create a desired arrangement.

Join an online community or forum for Unreal Engine developers

Show steps

Connect with other Unreal Engine enthusiasts to share knowledge, discuss best practices, and troubleshoot challenges. This can enhance your learning and expand your network.

Browse courses on Unreal Engine

Show steps

Search for online forums or communities dedicated to Unreal Engine.
Join the community and introduce yourself.
Participate in discussions, ask questions, and contribute to the community.

Three other activities

Expand to see all activities and additional details

Show all six activities

Seek guidance from experienced Unreal Engine developers

Show steps

Identify experienced Unreal Engine developers who can provide personalized advice, feedback, and support. This can accelerate your progress and enhance your learning outcomes.

Browse courses on Unreal Engine

Show steps

Attend industry events or online meetups to connect with Unreal Engine developers.
Reach out to developers on LinkedIn or other professional networking platforms.
Clearly articulate your goals and areas where you seek guidance.

Develop a simple VR prototype using Unreal Engine

Show steps

Apply your skills to create a basic VR prototype. This hands-on experience will deepen your understanding of VR development and provide a foundation for future projects.

Browse courses on Unreal Engine

Show steps

Design a simple VR scene or game concept.
Set up a VR template in Unreal Engine and import necessary assets.
Implement basic VR interactions, such as head tracking and controller input.

Develop a portfolio of VR projects

Show steps

Showcase your skills and progress by creating a portfolio of VR projects. This can serve as a valuable asset for future job applications or collaborations.

Browse courses on Unreal Engine

Show steps

Plan and design a series of VR projects of varying complexity.
Develop these projects using Unreal Engine, implementing various VR techniques and features.
Document your projects, including design decisions, implementation details, and challenges encountered.

Career center

Learners who complete Developing Metaverse: Your first VR Game in Unreal Engine will develop knowledge and skills that may be useful to these careers:

VR Developer

A VR Developer designs, develops, and tests virtual reality applications and games. A VR Developer typically uses programming languages, software development tools, and game engines to create interactive virtual environments that can run on VR headsets and other devices. This course helps build a foundation in Unreal Engine and VR development, which are valuable skills for a VR Developer to have.

See salaries and explore the career path for VR Developer

Game Developer

A Game Developer designs, develops, and tests video games. A Game Developer typically uses programming languages, software development tools, and game engines to create interactive games that can run on consoles, PCs, and mobile devices. This course helps build a foundation in Unreal Engine, which is a widely used game engine in the industry. This course is particularly helpful in building skills in VR game development.

See salaries and explore the career path for Game Developer

Technical Artist

A Technical Artist creates and implements textures, models, and other digital assets for video games and other interactive media. A Technical Artist typically has a strong understanding of 3D modeling, texture mapping, and lighting. This course helps build a strong foundation in Unreal Engine, which is widely used in the video game industry.

See salaries and explore the career path for Technical Artist

3D Artist

A 3D Artist creates and manipulates 3D models and animations for video games, movies, and other media. A 3D Artist typically uses software to create and texture models, and to create animations using skeletal rigging. This course helps build a foundation in Unreal Engine, which is a widely used software in the 3D art industry.

See salaries and explore the career path for 3D Artist

Game Designer

A Game Designer designs gameplay and levels for video games. A Game Designer typically works with programmers and artists to create the rules, mechanics, and levels of a game. This course may be helpful for a Game Designer to gain experience in VR game design.

See salaries and explore the career path for Game Designer

Animator

An Animator creates and manipulates animations for video games, movies, and other media. An Animator typically uses software to create character animations, facial animations, and other types of movement. This course may be helpful for an Animator to gain experience in Unreal Engine.

See salaries and explore the career path for Animator

UX Designer

A UX Designer researches, designs, and evaluates user experiences. A UX Designer typically gathers feedback from users to improve the overall usability and accessibility of a product.

See salaries and explore the career path for UX Designer

Simulation Engineer

A Simulation Engineer develops and uses simulations to model and analyze real-world systems. A Simulation Engineer typically uses programming languages and software to create simulations of physical systems, such as weather patterns or the behavior of machines.

See salaries and explore the career path for Simulation Engineer

Web Developer

A Web Developer designs and develops websites. A Web Developer typically uses programming languages and web development tools to create and maintain websites.

See salaries and explore the career path for Web Developer

Computer Science Teacher

A Computer Science Teacher leads and teaches one or more courses in computer science. A Computer Science Teacher focuses on providing clear and engaging instruction, facilitating effective discussions and student projects, and assessing student learning. A Computer Science Teacher's responsibilities sometimes include developing course curriculum, grading assignments, and providing feedback to students to support their progress. This course may be useful for a Computer Science Teacher to gain a practical foundation in Unreal Engine and virtual reality development.

See salaries and explore the career path for Computer Science Teacher

Systems Analyst

A Systems Analyst designs and implements computer systems. A Systems Analyst typically works with users to gather requirements, and then designs and implements systems to meet those requirements.

See salaries and explore the career path for Systems Analyst

Software Developer

A Software Developer designs, builds, and maintains software applications. A Software Developer typically uses programming languages and software development tools to build and test software, including web applications, mobile apps, and desktop applications. This course may be useful for a Software Developer to gain experience in Unreal Engine.

See salaries and explore the career path for Software Developer

Data Scientist

A Data Scientist collects, analyzes, and interprets data. A Data Scientist typically uses programming languages and statistical software to analyze data, and to build machine learning models.

See salaries and explore the career path for Data Scientist

IT Consultant

An IT Consultant provides consulting services to organizations on the design, implementation, and management of IT systems. An IT Consultant typically has expertise in a variety of IT areas, including software development, networking, and security. This course may be helpful for an IT Consultant to expand their knowledge and skills in Unreal Engine and VR development.

See salaries and explore the career path for IT Consultant

Database Administrator

A Database Administrator designs, implements, and maintains databases. A Database Administrator typically works with database software to create and manage databases, and to ensure that data is secure and accessible.

See salaries and explore the career path for Database Administrator