Native Systems Engineering: Android Studio, Xcode, Platform Channels & Plugins
Master Android Studio & Xcode Native Tooling, Platform Channels in Kotlin & Swift, Dart FFI, Hardware & Plugins
Course Prerequisites
Part of Academy Track:
What You Will Master
Curriculum Modules (5 Modules)
Explore the structured module breakdown, lesson outcomes, and practical lab exercises.
Module 1: Native Android Engineering with Android Studio
4 Lessons • ~5.3 Study Hours (0.53 CEUs)Welcome to Module 1: Native Android Engineering with Android Studio. In this section of the curriculum, learners dive deep into foundational and advanced principles designed for production application. This module covers: Master the native Android project structure in Flutter: settings.gradle, root build.gradle, app build.gradle, Gradle wrapper, and Kotlin DSL.; Understand Android namespace vs applicationId, rename packages safely without breaking Flutter generated files, and configure multi-flavor application IDs.; Generate cryptographic release keystores using keytool, secure credentials via key.properties, and configure signingConfigs in Gradle..
Navigating the android/ Directory Structure, Gradle Plugins & Kotlin DSL
Master the native Android project structure in Flutter: settings.gradle, root build.gradle, app build.gradle, Gradle wrapper, and Kotlin DSL.
Package Name & Namespace Management (applicationId vs namespace)
Understand Android namespace vs applicationId, rename packages safely without breaking Flutter generated files, and configure multi-flavor application IDs.
Android Keystores, Keytool Management & signingConfigs in build.gradle
Generate cryptographic release keystores using keytool, secure credentials via key.properties, and configure signingConfigs in Gradle.
Android Studio Profiler, Logcat Diagnostics & Native Library Linking
Debug native crashes via Logcat, inspect native memory using Android Studio Profiler, and link C/C++ libraries with CMake and NDK.
Module 2: Native iOS Engineering with Xcode
4 Lessons • ~4.9 Study Hours (0.49 CEUs)Welcome to Module 2: Native iOS Engineering with Xcode. In this section of the curriculum, learners dive deep into foundational and advanced principles designed for production application. This module covers: Master the native iOS project structure: Runner.xcworkspace vs Runner.xcodeproj, Podfile, Swift Package Manager, and build targets.; Configure Bundle Identifiers, register explicit App IDs in the Apple Developer Portal, and configure team membership in Xcode.; Master Apple Code Signing: Development vs Distribution Certificates, App Store Provisioning Profiles, and Runner.entitlements..
Navigating the ios/ Directory: Workspace, Runner Target & CocoaPods/SPM
Master the native iOS project structure: Runner.xcworkspace vs Runner.xcodeproj, Podfile, Swift Package Manager, and build targets.
Bundle Identifier Management, App IDs & Team Provisioning in Apple Developer Portal
Configure Bundle Identifiers, register explicit App IDs in the Apple Developer Portal, and configure team membership in Xcode.
Certificates, Distribution Provisioning Profiles, Capabilities & Entitlements
Master Apple Code Signing: Development vs Distribution Certificates, App Store Provisioning Profiles, and Runner.entitlements.
Xcode Schemes, Configurations (Debug/Release) & Native Bridging
Manage Xcode build schemes, duplicate configurations for Dev/Staging/Prod environments, and write native Swift-Objective-C bridging headers.
Module 3: Platform Channels Architecture
4 Lessons • ~4.2 Study Hours (0.42 CEUs)Welcome to Module 3: Platform Channels Architecture. In this section of the curriculum, learners dive deep into foundational and advanced principles designed for production application. This module covers: Deep dive into the Flutter engine's asynchronous messaging architecture: BinaryMessenger, StandardMessageCodec, and memory layouts.; Implement native Android platform channels using Kotlin, coroutines, defensive exception propagation, and background dispatchers.; Author high-performance Swift platform channels using FlutterMethodChannel, Grand Central Dispatch, and native iOS frameworks..
The Flutter Platform Channel Architecture: Binary Messenger & Message Codecs
Deep dive into the Flutter engine's asynchronous messaging architecture: BinaryMessenger, StandardMessageCodec, and memory layouts.
Invoking Native Android Apis With Methodchannel And Kotlin
Comprehensive reference guide, production implementation, and hands-on laboratory drill.
Invoking Native Ios Apis With Methodchannel And Swift
Comprehensive reference guide, production implementation, and hands-on laboratory drill.
Continuous Event Streaming With Eventchannel
Comprehensive reference guide, production implementation, and hands-on laboratory drill.
Module 4: Native Services, Hardware & Dart FFI
4 Lessons • ~4 Study Hours (0.4 CEUs)Welcome to Module 4: Native Services, Hardware & Dart FFI. In this section of the curriculum, learners dive deep into foundational and advanced principles designed for production application. This module covers: Maintain persistent background execution on Android (Foreground Services) and iOS (Audio Background Mode) with lockscreen controls.; Integrate camera capture, hardware permissions, device metadata, and contact address books in enterprise Flutter applications.; Execute high-performance native C/C++ code, cryptographic hashing, and image filtering in Flutter with zero platform channel overhead via Dart FFI..
Background Execution Foreground Services And Audio Modes
Comprehensive reference guide, production implementation, and hands-on laboratory drill.
Native Hardware Camera Contacts And Permissions
Comprehensive reference guide, production implementation, and hands-on laboratory drill.
High Performance Cpp Interoperability Via Dart Ffi
Comprehensive reference guide, production implementation, and hands-on laboratory drill.
Performance Profiling Devtools Frames And Memory Leaks
Comprehensive reference guide, production implementation, and hands-on laboratory drill.
Module 5: Authoring Standalone Packages & Federated Plugins
4 Lessons • ~4 Study Hours (0.4 CEUs)Welcome to Module 5: Authoring Standalone Packages & Federated Plugins. In this section of the curriculum, learners dive deep into foundational and advanced principles designed for production application. This module covers: Understand package architectures: pure Dart packages vs Flutter plugins vs federated multi-platform plugins.; Architect federated multi-platform plugins with plugin_platform_interface, decoupling platform implementations across mobile, web, and desktop.; Build and test custom production-grade Flutter plugins: hardware sensors, custom biometrics, and webview-assisted fintech payment gateways..
Anatomy Of Pure Dart Package Vs Flutter Plugin
Comprehensive reference guide, production implementation, and hands-on laboratory drill.
Multiplatform Federated Plugin Architecture
Comprehensive reference guide, production implementation, and hands-on laboratory drill.
Abstracting Custom Hardware Biometric And Payment Sdks
Comprehensive reference guide, production implementation, and hands-on laboratory drill.
Package Documentation Mock Testing And Publishing Pubdev
Comprehensive reference guide, production implementation, and hands-on laboratory drill.
Cross-Platform Mobile (Flutter) Progression
Continue advancing through the sequential curriculum stages of this academy track: