Unity Virtual Reality – Volume 2

Explore more advanced VR development topics in Unity, including first-person characters, physics and environment interactions, walkthroughs and rendering, 360-degree video, and social VR experiences.
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Unity Virtual Reality – Volume 2

💰 Course Price: ~~200,000~~ Free
👨‍🏫 Course instructor name: Jonathan Linowes
🌐 Language: English
💬 Subtitle: Persian / English
⏱ Course Duration: 03:39:22
🎬 Number of Videos: 32 Video(s)
📚 Status: Completed
🎓 Course Level: Intermediate
🗓️ Year of release: 2017
📅 Last Updated Date: Wednesday, October 21, 2026
📂 Category: Unity

Description
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📘 Course Information

This course explores additional techniques for developing immersive virtual reality experiences with Unity. It focuses on first-person character development, physics-based interactions, environmental presentation, 360-degree media, and social virtual environments.

You will begin by exploring how to create a first-person character for a VR experience, including the concepts involved in representing and controlling the user's presence within a virtual world.

The course then examines physics and environmental interactions. You will learn about the role of physics in creating believable interactions between objects and their surroundings in a virtual scene.

Next, you will explore walkthroughs and rendering techniques for presenting three-dimensional environments. These approaches are useful for architectural visualization, interactive spaces, and immersive experiences in which users can explore their surroundings.

The course also introduces 360-degree video, which allows viewers to look around a captured environment in every direction. Finally, it explores social VR and metaverse-related concepts, focusing on shared virtual spaces and interactive experiences.

By the end of this course, you will have a broader understanding of VR development workflows in Unity and the different techniques used to create immersive environments, first-person experiences, 360-degree media, and social virtual worlds.

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Video List

1

The Course Overview

00:03:12

2

Understanding the Unity Characters

00:10:35

3

Making First Person

00:11:30

4

Maintaining Sense of Self

00:13:54

5

User Calibration

00:06:28

6

Locomotion, Teleportation, and Sensors

00:05:57

7

Managing Motion VR Sickness

00:05:56

8

Unity Physics

00:05:24

9

Interlude: Environment and Things

00:06:08

10

Bouncy Balls

00:07:44

11

Trampoline and Bricks

00:02:53

12

A Human Trampoline

00:06:17

13

Elevator and Jump

00:05:35

14

Headshots

00:06:18

15

Building in Blender

00:09:06

16

Assemble the Scene in Unity

00:12:20

17

Adding Photos to the Gallery

00:04:16

18

Animated Walk-Through

00:07:03

19

Optimizing for Performance and Comfort

00:15:54

20

360-Degree Media

00:02:47

21

Capturing 360-Degree Media

00:03:30

22

Equirectangular Projections

00:02:31

23

Field of View

00:04:09

24

Photosphere

00:05:09

25

Globes

00:03:17

26

Crystal Ball

00:03:21

27

Magic Orbs

00:05:29

28

Panorama and Infographics

00:08:27

29

Multiplayer Networking

00:10:15

30

Setting Up a Simple Scene

00:07:47

31

Adding Multiplayer Networking

00:09:50

32

Adding a Multiplayer Virtual Network

00:06:20

Tags: Unity C Sharp Game Development Game Programming Virtual Reality VR Games 3D Environments VR Interaction VR Headsets Gaze-Based Input Motion Controllers World Space UI

Game Developer, Software Engineer & Instructor

I have over 15 years of experience in software development, programming, and game development. My professional journey began with web and enterprise software development and later expanded into game development, virtual reality (VR), 3D design, and educational content creation.

Throughout my career, I have contributed to a wide range of software and game development projects while helping aspiring developers learn practical skills through project-based education and real-world experience.

Education

Bachelor’s Degree in Software Engineering

Ranked 502 in the National Software Engineering Entrance Examination

Bachelor’s Thesis: Design and Development of an FPS Game

Associate Degree Project: Design and Development of a PHP-Based Website

Professional Experience

Software Development

More than a decade of professional experience in designing and developing web applications, desktop software, and enterprise systems using Microsoft technologies and database platforms.

Game & Virtual Reality Development

Designed and developed interactive games, virtual reality experiences, and 3D environments using industry-standard game engines and content creation tools.

Teaching & Content Creation

Created educational courses and technical content in programming, game development, Unity, 3D graphics, and related technologies.

Featured Projects

Snakes & Ladders Real 3D

A complete 3D game developed from concept to release, including gameplay programming, 3D modeling, animation, texturing, audio production, testing, and optimization.

Virtual 3D Exhibition

Development of an interactive virtual exhibition environment featuring 3D assets, animations, materials, and Blueprint-based systems.

Segal Online Learning Platform

Design and development of a web-based and mobile learning platform for online education and course management.

VR-Based Phobia Treatment System

Participation in the development of virtual reality solutions designed to assist in the diagnosis and treatment of various phobias.

Website Traffic Monitoring System

Development of a monitoring and analytics platform for tracking website uptime, downtime, and performance metrics.

Core Skills

C# and ASP.NET Development

Unity Game Development

Unreal Engine

SQL Server and MySQL

JavaScript, HTML5 and CSS3

3D Modeling with 3ds Max, Maya and ZBrush

Virtual Reality (VR) Development

Object-Oriented Programming (OOP)

System Analysis and Software Architecture

Technical Training and Course Production

Mission

My mission is to help programmers and game developers acquire practical, real-world skills through project-based learning. Every course is designed based on hands-on experience, real projects, and industry challenges to prepare students for professional success.