Flutter Training Course Gandhinagar

Yes, you will receive structured study materials, coding exercises, and video tutorials to support your learning.

Absolutely! TOPS Technologies offers free demo classes so that students can understand the teaching methodology and course content before enrolling.

You will work with tools like Android Studio, Visual Studio Code, Flutter SDK, Firebase, and GitHub during the course.

Yes, the course covers Firebase for backend services such as authentication, real-time database, and cloud storage.

Yes, the course starts from the basics and gradually moves to advanced topics, making it suitable for both beginners and experienced developers.

The fees may vary depending on the batch type and location. You can contact the nearest TOPS center for the latest fee structure and offers.

Yes, TOPS Technologies provides flexible payment options including installment facilities to make it easier for students to enroll.

Yes, you’ll continue to receive career support, project guidance, and access to the alumni network even after the course is completed.

Students are assessed through regular assignments, quizzes, project submissions, and practical evaluations at the end of the course.

The Flutter SDK is a collection of tools and libraries required to develop Flutter apps. It includes:

• Dart SDK for compiling and executing Dart code.
• Flutter Framework for building UIs using widgets.
• Flutter CLI tools for project management (flutter create, flutter run, etc.).
• DevTools for debugging and profiling.

The SDK allows cross-platform development and supports native performance, hot reload, and rich UI customization.

To use external packages in Flutter:

• Add the package name and version to the dependencies section in pubspec.yaml.
• Run flutter pub get to install the package.
• Import it in your Dart files and use it.

 Flutter has a large ecosystem of packages on pub.dev, such as http for API calls, provider for state management, and url_launcher for opening external links.

To use external packages in Flutter:

• Add the package name and version to the dependencies section in pubspec.yaml.
• Run flutter pub get to install the package.
• Import it in your Dart files and use it.

 Flutter has a large ecosystem of packages on pub.dev, such as http for API calls, provider for state management, and url_launcher for opening external links.

• InheritedWidget allows data to be passed efficiently down the widget tree. It is an abstract class that widgets can extend to provide shared data to their descendants.
• Widgets lower in the tree can access this data using context.dependOnInheritedWidgetOfExactType().

 It’s often used for themes, app-wide settings, or simple state management before more advanced tools like Provider.

• InheritedWidget allows data to be passed efficiently down the widget tree. It is an abstract class that widgets can extend to provide shared data to their descendants.
• Widgets lower in the tree can access this data using context.dependOnInheritedWidgetOfExactType().

 It’s often used for themes, app-wide settings, or simple state management before more advanced tools like Provider.

Flutter supports two types of animations:

• Implicit animations: Widgets like AnimatedContainer, AnimatedOpacity automatically animate property changes.
• Explicit animations: Require use of AnimationController, Tween, AnimatedBuilder, and listeners for full control.

 Animations enhance user experience and can be used to create smooth transitions, highlight UI changes, or guide user actions.

Flutter supports two types of animations:

• Implicit animations: Widgets like AnimatedContainer, AnimatedOpacity automatically animate property changes.
• Explicit animations: Require use of AnimationController, Tween, AnimatedBuilder, and listeners for full control.

 Animations enhance user experience and can be used to create smooth transitions, highlight UI changes, or guide user actions.

• MaterialApp: The root widget of a Flutter app that uses Material Design. It provides routing, theme, localization, and home page configuration.
• Scaffold: Provides a framework to implement the visual layout structure of the app. It includes common UI components like AppBar, Drawer, FloatingActionButton, and BottomNavigationBar.

• MaterialApp: The root widget of a Flutter app that uses Material Design. It provides routing, theme, localization, and home page configuration.
• Scaffold: Provides a framework to implement the visual layout structure of the app. It includes common UI components like AppBar, Drawer, FloatingActionButton, and BottomNavigationBar.

User input is managed through:

• TextField or TextFormField widgets.
• Form and GlobalKey<FormState> to validate inputs.
• Controllers (e.g., TextEditingController) to capture and use entered data.

 Validators ensure data correctness, and inputs can be styled or made interactive with focus handling.

User input is managed through:

• TextField or TextFormField widgets.
• Form and GlobalKey<FormState> to validate inputs.
• Controllers (e.g., TextEditingController) to capture and use entered data.

 Validators ensure data correctness, and inputs can be styled or made interactive with focus handling.

Themes define a consistent design across the entire app using ThemeData. This includes:

• Primary and accent colors
• Fonts and text styles
• Button themes and app bar styles

 Themes can be global (defined in MaterialApp) or local (wrapped in Theme widget). This ensures a uniform and brand-specific UI.

The Flutter SDK is a collection of tools and libraries required to develop Flutter apps. It includes:

• Dart SDK for compiling and executing Dart code.
• Flutter Framework for building UIs using widgets.
• Flutter CLI tools for project management (flutter create, flutter run, etc.).
• DevTools for debugging and profiling.

The SDK allows cross-platform development and supports native performance, hot reload, and rich UI customization.

Themes define a consistent design across the entire app using ThemeData. This includes:

• Primary and accent colors
• Fonts and text styles
• Button themes and app bar styles

 Themes can be global (defined in MaterialApp) or local (wrapped in Theme widget). This ensures a uniform and brand-specific UI.

Flutter integrates easily with Firebase using packages like:

• firebase_core
• firebase_auth (authentication)
• cloud_firestore (real-time database)
• firebase_storage (file uploads)

 Firebase offers features like real-time data syncing, secure authentication, push notifications, and analytics, making it ideal for modern apps.

To use external packages in Flutter:

• Add the package name and version to the dependencies section in pubspec.yaml.
• Run flutter pub get to install the package.
• Import it in your Dart files and use it.

 Flutter has a large ecosystem of packages on pub.dev, such as http for API calls, provider for state management, and url_launcher for opening external links.

Flutter integrates easily with Firebase using packages like:

• firebase_core
• firebase_auth (authentication)
• cloud_firestore (real-time database)
• firebase_storage (file uploads)

 Firebase offers features like real-time data syncing, secure authentication, push notifications, and analytics, making it ideal for modern apps.

Dependency Injection (DI) is a design pattern that supplies objects (dependencies) to other objects. In Flutter:

• Libraries like get_it, injector, and Provider are used.
• It promotes cleaner, testable, and decoupled code.

Useful in large apps where dependencies like APIs, services, or data models are shared across components.

• InheritedWidget allows data to be passed efficiently down the widget tree. It is an abstract class that widgets can extend to provide shared data to their descendants.
• Widgets lower in the tree can access this data using context.dependOnInheritedWidgetOfExactType().

 It’s often used for themes, app-wide settings, or simple state management before more advanced tools like Provider.

initState() is the first method called when a StatefulWidget is created. It is used to:

• Initialize variables
• Set up animations or controllers
• Fetch data asynchronously

 It runs only once and is ideal for one-time setup before the widget appears on screen.

Dependency Injection (DI) is a design pattern that supplies objects (dependencies) to other objects. In Flutter:

• Libraries like get_it, injector, and Provider are used.
• It promotes cleaner, testable, and decoupled code.

Useful in large apps where dependencies like APIs, services, or data models are shared across components.

Flutter supports two types of animations:

• Implicit animations: Widgets like AnimatedContainer, AnimatedOpacity automatically animate property changes.
• Explicit animations: Require use of AnimationController, Tween, AnimatedBuilder, and listeners for full control.

 Animations enhance user experience and can be used to create smooth transitions, highlight UI changes, or guide user actions.

initState() is the first method called when a StatefulWidget is created. It is used to:

• Initialize variables
• Set up animations or controllers
• Fetch data asynchronously

 It runs only once and is ideal for one-time setup before the widget appears on screen.

• MaterialApp: The root widget of a Flutter app that uses Material Design. It provides routing, theme, localization, and home page configuration.
• Scaffold: Provides a framework to implement the visual layout structure of the app. It includes common UI components like AppBar, Drawer, FloatingActionButton, and BottomNavigationBar.

User input is managed through:

• TextField or TextFormField widgets.
• Form and GlobalKey<FormState> to validate inputs.
• Controllers (e.g., TextEditingController) to capture and use entered data.

 Validators ensure data correctness, and inputs can be styled or made interactive with focus handling.

Themes define a consistent design across the entire app using ThemeData. This includes:

• Primary and accent colors
• Fonts and text styles
• Button themes and app bar styles

 Themes can be global (defined in MaterialApp) or local (wrapped in Theme widget). This ensures a uniform and brand-specific UI.

Flutter integrates easily with Firebase using packages like:

• firebase_core
• firebase_auth (authentication)
• cloud_firestore (real-time database)
• firebase_storage (file uploads)

 Firebase offers features like real-time data syncing, secure authentication, push notifications, and analytics, making it ideal for modern apps.

Dependency Injection (DI) is a design pattern that supplies objects (dependencies) to other objects. In Flutter:

• Libraries like get_it, injector, and Provider are used.
• It promotes cleaner, testable, and decoupled code.

Useful in large apps where dependencies like APIs, services, or data models are shared across components.

initState() is the first method called when a StatefulWidget is created. It is used to:

• Initialize variables
• Set up animations or controllers
• Fetch data asynchronously

 It runs only once and is ideal for one-time setup before the widget appears on screen.