Take your Unity development skills to the next level by learning how to create program interactions using C# scripting. This hands-on course delves into interactive gameplay mechanics, from setting up player controls and projectiles to integrating animations, ragdoll physics, and sound effects. Using Unity’s Input System, Cinemachine, and Mecanim animation system, you'll learn to create dynamic and engaging player experiences. Perfect for intermediate developers, this course will equip you with the tools and techniques to build interactive projects with confidence while deepening your C# scripting expertise. By the end of this course, you will be able to: Navigate and understand the sample project structure. Configure Unity’s Input System for player interactions. Design and script a functional main menu with scene transitions. Modify and script player prefabs to respond to input for movement and rotation. Set up and configure Cinemachine cameras for smooth tracking and interaction. Create, instantiate, and manage projectiles using colliders, rigidbodies, and forces. Design interactive targets and implement collision-based effects, including particle systems. Build and dynamically update in-game UI using Text Mesh Pro. Use the singleton pattern to manage UI elements across gameplay. Create and manage animations using the Mecanim system and animator parameters. Configure and toggle ragdoll states for dynamic physics-based interactions. Play and script sound effects for enhanced gameplay immersion.

Taking the magic from Scope Check: Learn to make a game by making games. The team reassembles to try and convert their unnamed food fight game to an online multiplayer experience. Can they pull it off in 4 weeks using Netcode for GameObjects?

This course contains three tutorials that introduce the basics of the Entities package, the C# Job System, and other core parts of Unity's Data-Oriented Technology Stack (DOTS), which facilitates writing high-performance C# code.

The best way to learn to create, is to simply create! Join Joy Horvath, Thomas Winkley and Utsav Jamwal from the Unity Education team as they work with the community to create a small game. In this first episode the crew will setup the game premise, build a game design document, and prepare to dive face first into creating a community driven game.

What is Delta Time and how can it be used in your games to smooth and interpret values?

Attributes are a way of tagging or labeling pieces of code. By the end to this tutorial, you’ll be able to mark your code with attributes using appropriate syntax

In this tutorial you will learn about the fundamental concepts used in the creation of Behaviour Trees. You will also take this knowledge and apply it in Unity by building a simple simulation scenario where a behaviour tree is used to define action sequences of a thief stealing a diamond from a gallery.

In this tutorial, you’ll set up a VR Menu in World space and configure it so users can interact with it accordingly. By the end, you will be able to set the color of a panel by pointing at a button and pulling the trigger on the handset.

In this tutorial, we’ll explore creating and using native plug-ins in Unity. Native plug-ins are code that is written — typically in a C-based language — compiled outside of Unity, and imported as a prebuilt library. Native plug-ins are precompiled binaries on all build target platforms except iOS, where the original code is imported instead, to be included in the Xcode project. Native plug-ins allow your Unity project to use existing C/Objective-C/C++ code or integrate with middleware libraries and work with hardware where the libraries are available.

In the same family as if and else, switch is a conditional statement. Just as a railroad switch guides a train to one of a number of possible tracks, a switch statement routes the flow of code to one of a number of possible code blocks. In this tutorial, you will learn about Switch Statements and how to use then in Unity.