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.

Unity’s UI Toolkit provides a solution to easily and seamlessly create responsive UI through the use of modern web development workflows. In this course, you’ll learn how to create UI elements, attach global styles to your elements, and write logic to interact with your UI. By the end of this course, you will be able to: Understand the core concepts and vocabulary of Unity’s UI Toolkit. Implement a basic UI using UI Builder, UXML, and USS. Extend existing projects with additional functionality, such as themes, data binding, and animations using USS. Interpret and write basic interactions with Unity’s UI Toolkit elements using C# logic.

Unity 6 comes with a variety of new features and updates that make creating your projects much easier. In this course, we’ll take a look at the various UI enhancements and new Unity Editor features available to you. We’ll start by taking a look at the latest quality-of-life changes in the Unity Editor, like user interface improvements and new scene overlay functionality. Then, we’ll jump into some of the newer features such as Splines, Piercing Menu, Build Profiles and more. By the end of this course, you will become familiar with the latest tools and features available to you in Unity 6. By the end of this course, you will be able to: Navigate around ProBuilder’s new user interface. Utilize the Splines package to place geometry and animate GameObjects. Utilize the new Cameras Overlay to move cameras around a scene. Use the new Piercing Menu to select specific objects in a busy scene. Create and use Build Profiles for specific build targets.

This course, developed by ironSource, will equip you with the tools and knowledge you need to successfully develop, monetize, and market mobile games, by combining technical skills with strategic insights to maximize both player engagement and revenue.

This course covers getting started with Pixyz Plugin, Pixyz Studio, and Pixyz Scenario Processor. In each tutorial, you’ll learn tips, tricks, and best practices when learning each piece of software, as we’ll also provide you with tangible examples of use cases where Pixyz is most applicable. To learn more about Pixyz, visit: https://unity.com/products/pixyz

In this learning experience, you will create AR apps that respond to the user’s physical environment. First you’ll make a marker-based app, where the device recognizes a specific image and projects an interactive 3D model on top of it. Then you’ll make an app that detects flat surfaces, and allows the user to spawn a portal on their desk, floor, or wall. Anchoring AR content to real-world objects like markers and flat surfaces produces more compelling, grounded, and immersive AR experiences.