This project is a curated study guide and knowledge base designed to assist software engineers in preparing for technical interviews within the iOS development ecosystem. It provides a structured collection of questions and answers focused on Swift and Objective-C, serving as a comprehensive reference for mastering the core concepts required for professional technical assessments. The repository distinguishes itself by bridging the gap between theoretical knowledge and practical application. It covers essential industry-standard practices, including architectural patterns, memory management s
This project is a curated repository of technical interview questions and a directory of study resources designed for professional software engineering assessments. It serves as a reference guide for interview patterns and common domain questions across various programming languages and technology stacks. The collection organizes coding and computer science questions by language and framework to assist with technical interview preparation and coding assessment study. It covers a wide range of programming domains and system design patterns to support software engineering career growth.
This repository is a collection of Swift programming examples and an iOS app architecture reference. It provides a set of small applications and refactored projects that demonstrate the practical application of the Swift language, system frameworks, and user interface components. The project serves as a design pattern reference for implementing professional software architecture. It covers the application of Model-View-ViewModel, protocol-oriented programming, and dependency injection to decouple components and increase code reuse. Additional resources focus on test-driven development, provi
This repository serves as a technical reference and educational resource for implementing software design patterns within the Swift programming language. It provides a collection of common architectural patterns designed to help developers structure codebases for improved maintainability, scalability, and system organization. The project focuses on applying fundamental object-oriented and protocol-oriented principles to manage relationships between classes and objects. It demonstrates how to use language-level interfaces to define shared behaviors and how to organize components into cohesive