The project will exemplify the core interaction and locomotion types (grab and teleportation) using the XR Interaction Toolkit, and setting it up in an office environment. Additionally, you will practice building an interactive UI using the toolkit as well.

NavMesh Components make up the navigation system in Unity. The navigation system allows users to create characters that can intelligently move around the game world, using navigation meshes that are created automatically from your Scene geometry. Dynamic obstacles allow users to alter the navigation of the characters at runtime, while off-mesh links build specific actions like opening doors or jumping down from a ledge.

Unity’s audio system imports most standard audio file formats. It allows you to mix and master in real time, and it can replicate 3D spatial sound effects like echo, object movement (like the sound of a fast-moving car), and reverb. In this tutorial, you'll prepare in import audio files, and add Audio Source and Audio Listener components to your project.

Unity features several different types of User Interface options that allow users to create UI that precisely fit their applications needs. There are two main types of UI categories: Screen Space and World Space. In this tutorial, you will learn to create a Worldspace UI.

Unity’s UI system is flexible enough for nearly any imaginable purpose. Sometimes, there are situations where we don’t know ahead of time what we’ll need to display, but rather what we have room for. In this tutorial, you will learn to create an inventory that uses different Layout Groups to arrange your UI elements.

In addition to the Cinemachine add-on, Unity offers a few stock camera options: orthographic cameras, great for retro games; perspective cameras, the classic 3D game and walkthrough standby; and physical cameras that work like film cameras, great for matching live-action footage as well as giving your project a cinematic feel, whether indie or big-budget blockbuster. In this tutorial, we’ll explore these, creating one of each Camera type for a specified purpose.

In this tutorial, we’ll explore Assembly Definitions.

Watch the recording of the live virtual session where a Unity Certified Instructor led learners through a series of mini-challenges to create and upgrade existing projects to use the Universal Render Pipeline (URP). The URP aims to optimize real-time performance on traditionally performance-constrained platforms, such as mobile devices or low-end consoles and PCs. Learn how to optimize your project using Universal Render Pipeline (URP) by customizing the URP Asset Settings and converting your project’s Materials to use URP Shaders. Throughout the session, you will learn how to: Import and set up the Universal Render Pipeline in a new project. Convert existing projects from the Standard Render Pipeline to URP. Add new URP Assets to the Graphics Pipeline. Customize the project using each of the URP Asset Settings: General Quality Lighting Shadows Post-Processing Advanced Convert existing project Materials to URP Materials. Create and use new URP Materials

Scripts are behavior components that can be applied to GameObjects and modified in the Unity Inspector. A script is made up of C# code that is executed during the "play" state. Scripts can also be used to create tools in Unity to modify the development process. In this tutorial, you will learn about how to use scripts in Unity.

In this tutorial, you will learn how to output the audio from your 360 video. Firstly you will learn how to do it with flat 2D audio, and then you will learn how to use spatialization to improve the audio experience.