Swift Programming Language
Learn Swift Programming to build robust iOS, macOS, watchOS, and cross-platform applications with Apple's powerful language. Become an iOS Developer.Preview Swift Programming Language course
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Course/Topic 1 - Coming Soon
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The videos for this course are being recorded freshly and should be available in a few days. Please contact info@uplatz.com to know the exact date of the release of this course.
This course is designed to provide learners with a thorough understanding of Swift programming and progressively build toward professional iOS and macOS app development. Through a hands-on, project-based approach, learners will gain practical, real-world skills that can be immediately applied in mobile and software development environments.
By the end of this course, learners will be able to:
- Understand and apply the core syntax and programming principles of Swift, including variables, constants, data types, functions, and control flow.
- Use object-oriented and protocol-oriented programming to build modular and reusable Swift code.
- Develop user interfaces using both UIKit and SwiftUI, enabling compatibility with legacy apps and the latest iOS development practices.
- Manage application state, user input, and view hierarchy to create dynamic and responsive app experiences.
- Integrate networking capabilities into Swift applications using URLSession and parse data using the Codable protocol.
- Store and manage data using Core Data, UserDefaults, and other iOS data persistence techniques.
- Perform asynchronous operations using Grand Central Dispatch (GCD), closures, and Swift's modern async/await syntax.
- Write, run, and debug code efficiently using Xcode’s built-in tools, including Instruments for performance monitoring.
- Build and deploy complete, real-world iOS applications using clean architecture patterns like MVC and MVVM.
- Conduct unit testing and follow test-driven development (TDD) methodologies to ensure software reliability.
- Prepare Swift-based applications for App Store submission, understanding provisioning, signing, and deployment workflows.
- Build a portfolio of apps that demonstrates professional competence in Swift and iOS development.
- Gain foundational knowledge that supports interview preparation, certification goals, and job-readiness in Swift-related roles.
- Overview of Swift and its role in iOS/macOS development
- Installing and configuring Xcode
- Introduction to the iOS SDK and Apple Developer tools
- Your first Swift playground – exploring basic syntax
- Xcode interface and project structure
- Constants, variables, and data types
- Operators, expressions, and string interpolation
- Control flow: if, switch, for, and while
- Functions and parameters
- Optionals and unwrapping values
- Arrays, dictionaries, and sets
- Enumerations and associated values
- Tuples and type aliases
- Working with closures and higher-order functions
- Classes, structs, and the differences between them
- Inheritance and polymorphism
- Protocols and protocol conformance
- Extensions and protocol-oriented design
- Access control and encapsulation
- Introduction to UIKit framework
- Views, view hierarchies, and layout fundamentals
- ViewController lifecycle and navigation
- Working with Storyboards and Auto Layout
- Handling user input and gestures
- SwiftUI overview and comparison with UIKit
- Building interfaces with Views and Modifiers
- Stacks, Grids, and Containers
- Binding, @State, and data-driven UI updates
- Navigation, lists, and tab views in SwiftUI
- View and state management in UIKit and SwiftUI
- Delegates, notifications, and observers
- Handling form input and validation
- Keyboard management and dynamic interface adjustments
- Modal presentation and navigation patterns
- Introduction to networking and RESTful APIs
- Making HTTP requests with URLSession
- Parsing JSON with Codable and Decodable
- Error handling and retry mechanisms
- Building a network layer and data service abstraction
- Using UserDefaults for simple data storage
- Introduction to Core Data and data modeling
- Performing CRUD operations with Core Data
- Using FileManager for file-based storage
- Local caching strategies and performance considerations
- Understanding asynchronous execution
- Using Grand Central Dispatch (GCD)
- Writing concurrent code with DispatchQueue
- Closures and escaping functions
- Modern concurrency with async/await and structured concurrency
- Unit testing with XCTest
- Writing testable code and test-driven development (TDD)
- UI testing and automated test flows
- Debugging with breakpoints, LLDB, and the Xcode Debug Navigator
- Using Instruments to monitor performance and memory usage
- Applying MVC, MVVM, and other architecture patterns
- Building and polishing real-world apps
- App Store preparation: provisioning, signing, and certificates
- App submission and review guidelines
- Showcasing your apps in a professional portfolio
- Interview prep: common Swift/iOS questions and assessments
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Design and develop 2–3 fully functional iOS apps from scratch
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Document code, architecture decisions, and testing strategies
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Present your apps with professional UI/UX and submit to GitHub or App Store
- iOS Developer
- Swift Developer
- Mobile App Developer
- macOS Developer
- Frontend Engineer (SwiftUI)
- Software Engineer – Apple Platforms
- WatchOS or tvOS Developer
- App Store Publisher
- What is Swift?
Swift is a powerful and intuitive programming language developed by Apple for iOS, macOS, watchOS, and tvOS development. - How is Swift different from Objective-C?
Swift is safer, more concise, easier to read, and has better memory management compared to Objective-C. It supports modern programming paradigms and better tooling. - What are optionals in Swift?
Optionals represent variables that may or may not contain a value. They help prevent runtime crashes by handling nullability safely. - What is the difference between struct and class in Swift?
Structs are value types and copied on assignment, while classes are reference types and share references. Structs are preferred for immutable data. - What is ARC in Swift?
ARC (Automatic Reference Counting) automatically manages memory by keeping track of strong references and deallocating unused objects. - What is the use of protocols in Swift?
Protocols define blueprints of methods or properties and enable protocol-oriented programming, promoting code reuse and abstraction. - How do you handle asynchronous tasks in Swift?
Using Grand Central Dispatch (GCD), closures, completion handlers, or async/await introduced in Swift 5.5. - What are some common architecture patterns used in iOS apps?
MVC (Model-View-Controller), MVVM (Model-View-ViewModel), and VIPER are commonly used to structure iOS apps. - What is SwiftUI?
SwiftUI is a declarative UI framework introduced by Apple that allows developers to build user interfaces for all Apple platforms using Swift. - How do you consume REST APIs in Swift?
By using URLSession to create requests, handle responses, and parse JSON data using Codable models.