About this course
This course immerses you in Flutter, Google's UI toolkit for building
natively compiled applications for mobile, web, and desktop from a single
codebase. You’ll begin with the fundamentals of Dart and Flutter’s widget
system, then progress through advanced topics such as state management,
responsive UI design, API integration, and performance optimization. By
the end of the course, you’ll be equipped to design and deploy fully
functional, visually stunning, and efficient cross‑platform mobile apps—
empowering you to ask, “How could I have built this myself?
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Overview of Flutter and Dart, evolution, and benefits for cross‑platform development.
Basic syntax, variable declaration, data types, and
operators.
If/else, loops, functions, and introduction to closures.
Working with lists, maps, sets, and handling exceptions in Dart.
Stateless vs. stateful widgets, widget lifecycle, and the
build() function.
Walkthrough of a simple app to reinforce fundamental
concepts.
Understanding basic layout widgets like Row, Column, and Container.
Using Stack, GridView, and custom layouts for responsive design.
Implementing ThemeData, custom fonts, and consistent color schemes.
Handling taps, swipes, and other gestures; providing
visual feedback.
Basics of Flutter animation, transitions, and using
AnimationController.
Review an app with advanced UI features and animations.
Navigator widget, routes, and basic navigation flows.
Implementing stack, tab, and drawer navigators.
Handling dynamic routes and deep linking for app
integration.
Setting up Provider for global state management and best practices.
Using Bloc for event-driven state management.
Analyze a multi-screen app with advanced state management.
Using the http package to fetch data asynchronously.
Converting JSON responses into Dart objects; handling asynchronous data.
Strategies for managing failed requests and retries.
Implementing local persistence using SQLite and
SharedPreferences.
Techniques for caching data to improve performance and offline support.
Analyze an app that effectively synchronizes local and
remote data.
Tools and techniques for identifying performance
bottlenecks.
Reducing unnecessary rebuilds and optimizing rendering.
Strategies for efficient resource usage and memory
optimization.
Secure storage, data encryption, and protecting user data.
Integrating tools for crash reporting and performance
monitoring.
Review a project known for its performance and robust security practices
Final code review, asset optimization, and build
configurations.
Using beta testing platforms to refine your app based on user feedback.
Guidelines for publishing on Google Play and Apple App Store.
Setting up analytics, crash reporting, and user feedback channels.
Define project scope, requirements, and design for a full-scale Flutter app.
Develop, test, and present your final project with
discussion on improvements.