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 • ~5.4 Study Hours (0.54 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 • ~5 Study Hours (0.5 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 • ~5 Study Hours (0.5 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
Implement native Android platform channels using Kotlin, coroutines, defensive exception propagation, and background dispatchers.
Invoking Native iOS APIs with MethodChannel and Swift
Author high-performance Swift platform channels using FlutterMethodChannel, Grand Central Dispatch, and native iOS frameworks.
Continuous Event Streaming with EventChannel & Native Callbacks
Stream continuous telemetry, audio progress, and sensor events from Android and iOS to Dart using EventChannel.
Module 4: Native Services, Hardware & Dart FFI
4 Lessons • ~5.4 Study Hours (0.54 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: Android Foreground Services & iOS Audio Modes
Maintain persistent background execution on Android (Foreground Services) and iOS (Audio Background Mode) with lockscreen controls.
Native Hardware: Camera, Contacts & Runtime Permission Workflows
Interface with device camera sensors, address book APIs, and manage multi-state runtime permissions across Android and iOS.
High-Performance C/C++ Interoperability via Dart FFI
Execute native C/C++ shared libraries directly from Dart with zero-copy memory access, native allocations, and ffigen bindings.
Performance Profiling: DevTools, Frame Rendering & Native Memory Audits
Diagnose frame rendering jank, trace native CPU bottlenecks, audit memory leaks with Flutter DevTools, and profile native engines.
Module 5: Authoring Standalone Packages & Federated Plugins
4 Lessons • ~5.3 Study Hours (0.53 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 a Pure Dart Package vs. Flutter Plugin
Structure reusable Dart packages, configure plugin pubspec manifests, enforce API barrel encapsulation, and maintain testable example projects.
Multi-Platform Federated Plugin Architecture (plugin_platform_interface)
Architect federated multi-platform plugins with plugin_platform_interface, decoupling platform implementations across mobile, web, and desktop.
Abstracting Custom Hardware, Biometric & Payment SDKs
Build and test custom production-grade Flutter plugins: hardware sensors, custom biometrics, and webview-assisted fintech payment gateways.
Package Documentation, Unit Testing with Mock Channels & Publishing to pub.dev
Prepare, document, score with pana, mock test binary messengers, and publish packages to pub.dev or private enterprise registries.
Cross-Platform Mobile (Flutter) Progression
Continue advancing through the sequential curriculum stages of this academy track: