Get in Touch
 Duration 420 hours

Course Outline

Introduction

Week 1: Advanced Programming Paradigms in Swift, Kotlin, and JavaScript

  • Swift (iOS)
    • Advanced function structures: Implementing closures, value capturing, and higher-order functions
    • Protocol-oriented programming strategies and generic type systems
    • Memory management protocols via Automatic Reference Counting (ARC)
  • Kotlin (Android)
    • Extension function methodologies and utilization of the Kotlin Standard Library
    • Concurrency management through Coroutines for asynchronous operations
    • Sealed classes, enumerations, and robust error handling mechanisms
  • JavaScript (React Native)
    • Advanced ES6+ syntax: Object destructuring, async/await patterns, and promise handling
    • Functional programming principles applied to JavaScript
    • Integration and management of third-party libraries within the React Native ecosystem

Week 2: Mobile Application Architecture and Design Standards

  • MVVM (Model-View-ViewModel) Application for iOS and Android
    • Analyzing MVVM structural integrity for iOS (Swift) and Android (Kotlin) environments
    • Developing ViewModel implementations and data observation using LiveData (Android) and Combine (iOS)
    • Reactive programming implementations utilizing RxSwift and RxKotlin
  • Component-Based Structural Integrity in React Native
    • Understanding component lifecycle management and hook implementations
    • Strategic management of state and props for scalable architectures
    • Leveraging the React Context API for centralized global state governance

Week 3: Advanced Network Connectivity Protocols

  • Network Operations in iOS (Swift)
    • Implementing custom network requests via URLSession configurations
    • Advanced REST API interactions and comprehensive error handling
    • Data serialization and JSON parsing using Codable standards
    • Secure API communication protocols (SSL pinning, OAuth) for government compliance
  • Network Operations in Android (Kotlin)
    • API request execution and response handling using Retrofit
    • Advanced API error mitigation and automated retry logic
    • JSON data processing utilizing Gson or Moshi libraries
    • Secure data transmission via HTTPS and OAuth authentication frameworks

Week 4: Network Integration in React Native

  • API Integration via Axios and Fetch
    • Advanced API synchronization using Axios and Fetch modules
    • Strategic error handling and retry mechanisms for network stability
    • Authentication protocols implementation (JWT, OAuth) for secure access
  • WebSockets and Real-Time Data Exchange
    • WebSocket integration principles within the React Native framework
    • Development of real-time communication features, such as chat or notification services
    • Management of persistent connections and dynamic data refresh

Week 5: Advanced Data Persistence Strategies

  • Core Data and SQLite Implementation (iOS)
    • Complex Core Data relationship modeling, retrieval, and query optimization
    • Direct SQLite integration for iOS applications and connection lifecycle management
    • Efficient data processing and performance optimization techniques
  • Room Persistence and SQLite Architecture (Android)
    • Advanced Room database relationship structuring and query execution
    • Management of extensive datasets and database performance tuning
    • Application of ProGuard for obfuscating and securing database structures
  • Firebase Cloud Storage Integration (iOS and Android)
    • Real-time database synchronization via Firebase integration
    • Best practices for consistent syncing between local storage and cloud infrastructure

Week 6: Advanced State Governance in React Native

  • Redux State Management Framework
    • Advanced Redux concepts: Middleware configuration, Thunk processing, and Saga management
    • Performance optimization and scalability enhancements in Redux implementations
  • Recoil State Management Framework
    • Overview of Recoil as a flexible alternative to Redux for state handling
    • Management of complex state dependencies across large component trees
    • Optimized state updates and atomic state control mechanisms

Week 7: Advanced Animation Implementation in iOS and Android

  • iOS (Swift) Animation Standards
    • Core Animation implementation: View, layer, and transition animation
    • UIKit Dynamics application for physics-based visual effects
    • Custom transition logic and animation flows between view controllers
  • Android (Kotlin) Animation Standards
    • MotionLayout configuration for complex motion sequences
    • TransitionManager usage and shared element transition implementation
    • Property-based animations for view scaling, rotation, and opacity adjustments

Week 8: Animation and UI/UX Design in React Native

  • React Native Animation Protocols
    • Implementation of complex animations using the Animated API and Reanimated
    • Gesture recognition and interaction handling via React Native Gesture Handler
    • Best practices for maintaining high performance during animation sequences
  • Custom UI Component Development
    • Construction of reusable and customizable interface components in React Native
    • Implementation of responsive design layouts utilizing media queries and flexbox principles

Week 9: Native Module Integration and Hardware Access

  • Native Hardware Feature Access
    • Advanced integration of camera, geolocation, Bluetooth, and sensor data
    • Development of native modules in Swift and Kotlin for React Native interoperability
    • Integration of ARKit for augmented reality capabilities on iOS
    • Implementation of CameraX and ARCore for augmented reality on Android
  • React Native Bridge and Native Module Development
    • Construction of custom native modules to access platform-specific capabilities
    • Creation of Java and Swift bridges for cross-platform application logic
    • Best practices for maintaining native code integrity within a cross-platform environment

Week 10: Comprehensive Testing and Debugging Procedures

  • iOS Testing Protocols (Swift)
    • Development of unit tests using XCTest and UI tests for iOS applications
    • Performance profiling and memory leak detection utilizing Xcode Instruments
    • Continuous integration and testing automation via Jenkins and CircleCI
  • Android Testing Protocols (Kotlin)
    • Advanced JUnit and Espresso testing implementations for Android
    • Performance analysis and bottleneck identification using Android Profiler
    • Automated multi-device testing via Firebase Test Lab
  • React Native Testing Standards
    • Unit testing via Jest and component validation using Enzyme
    • End-to-end testing implementation with Detox and automated testing frameworks
    • Performance analysis utilizing React Native Debugger and Flipper tools

Week 11: Application Deployment and Continuous Integration Pipelines

  • iOS App Store Deployment
    • Submission preparation: App Store certification, provisioning profiles, and TestFlight beta validation
    • Automation of iOS deployment workflows using Fastlane
    • Management of App Store Connect and review process compliance
  • Google Play Deployment
    • APK preparation and signing for Google Play submission
    • Automation of Android deployment via Fastlane and Gradle
    • Utilization of Google Play Console for review management and beta testing
  • CI/CD Pipeline Configuration
    • Configuration of Jenkins, GitHub Actions, or CircleCI for automated build and release pipelines
    • Implementation of Fastlane for unified iOS and Android CI/CD workflows
    • Best practices for version control, build numbering, and release channel management

Week 12: Capstone Project Implementation

  • Final Project Execution
    • Design and development of a fully functional application incorporating advanced features for government operational requirements.
    • Implementation of custom UI/UX, advanced animations, state governance, native module integration, and real-time API communication.
    • Performance optimization and deployment to the App Store and Google Play platforms.

Summary and Forward-Looking Strategies

Requirements

  • Solid understanding of programming concepts, particularly in Swift, Kotlin, and JavaScript
  • Prior experience building basic iOS, Android, or React Native apps
  • Knowledge of design patterns like MVC or MVVM and experience with basic state management

Audience

  • Mobile developers
  • Programmers

Number of participants


Price per participant

Testimonials (3)

Upcoming Courses

Related Categories