In this module, we will dive into the capabilities of the iOS 18 Text Renderer to create unique text effects. You'll learn how to implement a blur effect and apply wobble effects using Metal distortion shaders to elevate your app’s UI. This section will demonstrate how to incorporate powerful graphical features into your text views for an engaging user experience.

In this module, we will tackle exciting UI challenges using SwiftUI, such as creating gradient indicators, drag-and-drop images, and reusable tooltip views. You’ll also build custom labels and complex text fields while exploring advanced effects like glowing borders and dynamic text expansion. This section offers plenty of hands-on exercises to enhance your UI development skills.

In this module, we will introduce the power of custom view modifiers in SwiftUI. You’ll learn how to create and apply modifiers to streamline your UI code, such as implementing toast notifications and gradient border effects. We’ll also explore code refactoring techniques and how to use extensions to create clean, maintainable UI components.

In this module, we will guide you through the process of building a calculator app that supports both light and dark modes. You’ll learn to integrate color schemes, implement adaptive designs for iPad, and ensure the app looks great on different devices. We’ll also cover best practices for managing code complexity and refactoring.

In this module, we will introduce the MVVM (Model-View-ViewModel) design pattern using a recipe app as an example. You’ll learn how to structure your app to separate concerns, enhance the user interface, and implement best practices for data binding. This section provides a solid foundation for MVVM-based app development.

In this module, we will update a recipe app built with MVVM to use the new @Observable macro for better state management. You’ll learn how to refactor your app’s views to leverage the latest SwiftUI features, making the app more efficient and responsive while maintaining a clean MVVM architecture.

In this module, we will develop a hotkeys app that is both dynamic and adaptable to different platforms, including iPad and Mac. You’ll learn how to create flexible UI components like hotkey rows and categories, as well as how to apply custom theming and platform-specific optimizations.

In this module, we will build a Chinese Counting app that integrates core features like number generation, audio playback, and game mechanics. You’ll also learn how to implement test-driven development (TDD) and develop additional functionality such as displaying Chinese characters and proverbs.

In this module, we will explore the classic FizzBuzz algorithm and its implementation in Swift. You’ll create a dynamic user interface for displaying results and even develop a tool that generates Swift code dynamically. This section challenges you to think about coding in new, creative ways.