Design Patterns

Design Patterns

Boost Your iOS Development Skills with Practical Design Patterns

Boost Your iOS Development Skills with Practical Design Patterns

Design patterns are key to writing clean, efficient, and maintainable code. In this course, you'll explore the most important patterns for iOS development—such as Singleton, Observer, and MVVM—through practical Swift examples and real-world app scenarios. Strengthen your coding skills, build better architectures, and take your iOS projects to the next level

Design patterns are key to writing clean, efficient, and maintainable code. In this course, you'll explore the most important patterns for iOS development—such as Singleton, Observer, and MVVM—through practical Swift examples and real-world app scenarios. Strengthen your coding skills, build better architectures, and take your iOS projects to the next level

Program details

Program details

Each pattern is broken down with clarity, real-world Swift examples, and actionable insights — so you not only understand it, but gain the skills to structure your code like top-tier engineers do

Design Pattern

Design patterns aren’t just theory — they’re the real tools used by top developers to write flexible, modular, and future-proof code. But most tutorials only scratch the surface. In this course, you’ll learn how each pattern actually solves real-world problems — with clarity, Swift- native implementation, and examples that stick

6+ Hours 4K 60fps Videos, 52 GB Content,

Real-world examples

Experienced iOS developers

Course Syllabus

Introduction to Design Pattern and Singleton

Prototype

Factory

Builder

Proxy

Facade

Adapter

Bridge

Iterator

Observer

State

Mediator

More... ⬇️

What You’ll Learn

Introduction to Design Patterns + Singleton: Get crystal clear on why design patterns matter in modern iOS development. Then master the Singleton — one of the most powerful (and misused) patterns — by learning how to use it safely and correctly in Swift

Factory Pattern: Decouple object creation from business logic. You’ll master the Factory pattern to build scalable, extensible type systems, making it easy to add new objects without rewriting existing code

Proxy Pattern: Control access with precision. You’ll learn how to build Proxies that add security, caching, or logging without altering the original object — a crucial tool in remote access and lazy loading

Adapter Pattern: Integrate legacy or third-party code with zero friction. You’ll master how to adapt interfaces and make incompatible objects work together without modifying their internals

Iterator Pattern: Gain full control over data traversal. Learn how the Iterator pattern powers custom collection behavior and lets you navigate data elegantly, with full separation from its underlying structure

State Pattern: Replace tangled if-else logic with clean, composable state machines. Learn how to encapsulate behavior based on state and make your objects easier to reason about and extend

Prototype Pattern: Learn how to clone objects cleanly and efficiently without tight coupling. You’ll discover how Prototype helps preserve structure while reducing object creation complexity

Builder Pattern: Create complex objects step-by-step with flexibility and clarity. Learn how to implement Builder in Swift for readable, customizable initializations — especially powerful for views, configurations, or chained setups

Facade Pattern: Simplify complexity. The Facade pattern teaches you how to wrap complicated subsystems behind a clean API, making your code easier to use, test, and extend — a must for large-scale apps

Bridge Pattern: Separate abstraction from implementation like a pro. The Bridge pattern allows you to scale systems independently, creating flexible hierarchies that avoid bloated class trees

Observer Pattern: React to change with intention. You’ll master how to build reactive systems that respond to state changes, enabling you to implement dynamic, event-driven flows with ease

Mediator Pattern: Reduce chaos in complex systems. The Mediator pattern teaches you how to coordinate multiple components through a single communication hub, minimizing dependencies and tightening control.