[Unreal Certified Instructor Direct Lecture] Developing Unreal Engine 5 VR Content Without Coding

Following Apple and Meta, Google and Samsung also jump into the XR and metaverse market..

Should we just sit back and watch with our hands tied?

Rapid response is the solution to the fast-changing content market.

This course covers everything from how to connect Meta Quest 3 to Unreal Engine 5.4, files that need to be set up manually since plugins aren't fully established yet, how to configure Meta's middleware and valid XR plugins within Unreal Engine, and the unique feature of this course - XR table tennis game development logic and packaging (app build) process.

Students will examine how Unreal Engine's various logic systems work on Meta Quest by following along with the lectures, understanding the underlying principles, and then applying what they've learned to create their own projects. Through this process, students will explore essential elements needed for XR content creation that can only be understood through hands-on experience, including input/output in virtual reality, UI design tailored to the characteristics of XR devices like Meta Quest, and hand tracking input/output (I/O) setup methods for manipulating virtual spaces with bare hands.

At the end of each course, challenge tasks are presented that apply what you've learned. Through these challenge tasks, you'll directly use and internalize the knowledge gained from each course.

Course content preview.

Why sports games, especially table tennis, are the perfect answer for XR learning.

Interaction, physics, input control, and even tunneling issue control—because it's the optimal learning material that allows you to experience the essence of XR development in the most intuitive way.

Sports games, especially table tennis games, are the most ideal subject for learning XR content development. Table tennis is not simply a game of hitting and receiving a ball, but a well-balanced learning subject that utilizes all the core elements of XR, including interaction, physics, and input device control (Input/Output).

• Physics Law Application: Implements immersive XR experiences by applying real physics laws such as ball velocity, gravity, rebound force, friction, and collision.

  
  

• Precise Input/Output Data and Utilization: Through the process of detecting and numerically measuring subtle movements such as motion controller hand tracking and racket speed, and reflecting them in the game, you can directly experience the operating mechanisms, possibilities, and limitations of XR devices.

• Spatial Immersion: Learn natural positioning and movement design sense and immersive experiences through the interaction of ball, racket, and player within space.

  
  

• System Integration Skills: From game logic, physics, graphics, and input tracking to AI ping pong bots, you can directly experience how various technical elements combine within a single game.

  
  

• Visible feedback and sense of achievement: Through clear results of hitting, bouncing, and scoring the ball, you can gain a definite sense of achievement that "the XR content I created is working."

Even if you're not interested in sports or table tennis, a table tennis game is the optimal XR learning material that serves as the most suitable choice for enjoyably mastering the core aspects of XR content development.

From basics → hands-on practice → XR app building, the entire XR development process in one course!

Students will learn the methods below step by step and acquire essential XR development technical knowledge in a concise manner.

📚 Step-by-Step Practice

Step 1: Mini Game Development
- Learn UI, interaction, and XR device considerations concisely through a brick throwing XR game.

Step 2: Sports Game Development (Table Tennis)
The main mission of this course!

- Instantaneous wrist movement (angle)
- Logic development applying racket's ping pong ball impact speed
- Ping pong ball implementation considering ball's friction coefficient and mass
- Opponent AI ping pong bot design

Based on the above points, we will balance the physical laws of the real world with the characteristics of Meta Quest 3 and Unreal Engine to ultimately complete the XR table tennis game system.

🛠️ Hands-on XR App Development Experience

Students will gain practical development experience by assembling and applying the features they've learned, moving beyond simple follow-along exercises to create their own unique XR content.

🚀 My own XR app at the end of the course!

The XR program we developed is different from other VR courses that simply end after connecting to a PC with a cable and running it!

→ This course covers everything up to learning how to package (build) into standalone XR apps that can run independently on Meta Quest 3.

In theory, a built .apk file (XR app) can be submitted for review to the Meta Store, and if it passes the review evaluation, the XR app will be released on the store. In other words, building the developed content is essential for release, but XR content has vastly different environments and conditions compared to PC or mobile, so without prior knowledge or experience, builds often result in countless crashes and errors, leading to failure.

To help solve these problems, this course reveals the optimal XR app build recipe where the instructor directly tackles critical errors one by one, finds solutions, and organizes them! Just learning this properly will make the course fee worthwhile.

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Features of this course

📌This is the most current XR content course taught directly by an Epic Games Unreal Authorized Instructor (UAI). All updated technologies, terminology, and features have been followed up on in the meantime.

📌 Beyond the limitations of current online/offline courses that only cover simple object design and functionality verification or basic feature reimplementation, this course includes the XR sports game development process that involves designing comprehensive game logic.

📌 Create the games you've made into XR apps that run when touched.

📌 Learn hand tracking I/O supported by Meta Quest 3, Vision Pro, AR glasses, and more.

📌 Apply the theories you learn from the lectures immediately. You can internalize knowledge through the challenges assigned to each lecture.

After taking the course

• You can create XR apps that work independently on VR headsets (Meta Quest 3).

• You'll be able to freely design XR content with Unreal Engine and avoid errors or solve problems.

• You can design content considering the hardware resources of Meta Quest rather than PC.

• You can experience and utilize methods of connecting the real world and virtual world through devices and software.

• You'll be able to naturally break down, design, and implement Unreal Engine logic as effortlessly as breathing for XR (VR/AR) content creation.

Course preview inside.

This XR development course is a long-term project that has been researched and developed for over 2 years since receiving the Meta Quest 3 for the first time in Korea through pre-order. We have been conducting offline lectures at educational institutions including Hongik University, Sejong University, and the Chamber of Commerce, and have been enhancing our lectures by consolidating honest anonymous course evaluations from actual students with no connections and the knowledge, experience, and technology of developers and experts from various fields.However, we discovered that there are no online courses that comprehensively and properly teach XR content development, and related technical materials and terminology frequently change or get updated, resulting in significantly low accessibility and reliability of technical knowledge. Moreover, while Meta and Unreal Engine are releasing new products almost daily, existing courses cannot keep up with that pace, leading to cases where necessary knowledge cannot be learned.As a result, there was the problem that even experts had to spend considerable time and cost to proceed with XR content creation projects using the latest devices, and we developed this online course to address this issue. Through this course, we aim to reduce the time and cost that students interested in XR content development would spend directly searching for related information, deciphering original languages and technical documents, and testing and verifying each element, as well as the trial and error you would experience due to materials of unclear identity or outdated versions that no longer work. We hope that you can use this course, which is difficult to find anywhere domestically or internationally, as a stepping stone to climb faster and higher.

The person who created this course

• 2025, Epic Games Unreal Engine Authorized Instructor (UAI)

• 2025~, Sogang University Metaverse Technology Engineering Doctoral Program

• 2023~, Unreal Engine YouTube channel Beverly Hills operator

  
  

• 2022~, Soft Story virtual convergence content (games, VR, etc.) developer

  
  

• Information Technology Development Instructor (Ministry of Employment and Labor)

Pre-enrollment Reference Information