Scriptable Rendering Pipelines allow developers to write how Unity renders a frame in C#. Developers can use the built-in pipelines, develop their own pipelines, or customize an existing pipeline to meet a project’s needs. In this tutorial, you will learn about the different Scriptable Render Pipelines.

In this tutorial, you will learn how to use custom render passes to render a toon outline post processing effect on selected objects

The Universal Render Pipeline (URP) has received several updates in Unity 6. This course will walk you through the latest features available in the Universal Render Pipeline, and show you how to begin using them in your own projects. We’ll start by looking at Screen Space lens flares and improvements made to Temporal Anti-Aliasing. Next, we’ll examine the new Spatial-Temporal Post-Processing upscaler, which will help deliver superior graphics performance across a variety of devices and screen resolutions. By the end of this course, you will be familiar with the latest updates to Unity’s Universal Render Pipeline.  Configure and make use of the new Screen Space Lens Flare effect. Configure Render Pipeline assets to enable TAA in your project. Configure Render Pipeline assets to enable STPP in your project. Use the Rendering Debugger to analyze GPU Frame Time.

The High Definition Render Pipeline (HDRP) has received several updates in Unity 6. This course will walk you through the latest features available to you in the High Definition Render Pipeline, and how to make use of its unique rendering capabilities.  First, we’ll examine the new Compute Thickness functionality, which enables effects like subsurface scattering and refraction. Then, we’ll examine the latest updates to the Water System, which allow for even more control over the creation and rendering of water effects in your scenes. Finally, we’ll examine the latest updates to the HDRP skybox and how they can bring your scenes to life.  Identify and use the Compute Thickness node in Shader Graph. Create currents in water systems with water decals. Hide parts of water surfaces with Water Exclusion. Demo and understand the latest updates to the HDRP skybox.

The High-Definition Rendering Pipeline (HDRP) is designed to produce high-quality visuals with ease. If you want high-end visual quality and are aiming for your project to be released on high-end PC’s and Consoles then you will benefit from using HDRP. In this tutorial, you will learn about the HDRP and its uses for lighting.

In this project, you will explore the High Definition Render Pipeline (HDRP) and learn how to manipulate lighting tools to help you create high-quality visuals. This project follows-on from the lessons learned in Up and Running with HDRP and focuses on enhancing visuals using lighting techniques, including using light probes, reflection probes, and light baking.

The Universal Render Pipeline, is a powerful solution that delivers beautiful graphics and performance while scaling to a wide range of platforms. Learn how to create optimized and realistic lighting using the Universal Render Pipeline (URP) and learn the key lighting features of the Universal Render Pipeline. Whether you’re building 2D, 3D, VR, or AR projects, if you want to develop once and deploy everywhere, this is the rendering technology to use.

In this project, you'll learn how to create and upgrade existing projects to use the Universal Render Pipeline (URP). You'll also 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. Suggested Skill Level & Prerequisite Knowledge Unity Editor Level: Intermediate Comfort Level with Tool/Feature: Beginner

In this tutorial, you will learn to create a simple node-based Shader using Shader Graph and implement it in the Lightweight Render Pipeline

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