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Course Outline

Lesson 1: Foundational Concepts in Flutter and the Dart Programming Framework

  • Overview of Core Concepts
  • Strategic Value of Flutter in Modern Development
  • Introduction to the Dart Language
  • Principles of Dart Syntax and Composition
  • Utilizing DartPad for Rapid Prototyping
  • Installation and Configuration of the Dart Software Development Kit (SDK)
  • Integration with IntelliJ IDE
  • Practical Exercise 1: Deploying the Dart Development Environment and Executing Initial Code
  • Deployment Procedures for IntelliJ IDE
  • Project Initialization via IntelliJ IDE
  • Application of DartPad for Immediate Code Validation

Lesson 2: Dart Language Syntax and Structural Elements

  • Overview of Syntax Standards
  • The main( ) Execution Entry Point
  • Variable Declaration and Management
  • Specification of Dart Data Types
  • Mechanisms for Data Input in Dart Applications
  • Standards for Code Annotation and Documentation
  • Application of Conditional Logic Operators
  • Implementation of If-Statement Logic
  • Implementation of If-Else Branching
  • Complex Branching: If-Else and Else-If Structures
  • Integration of If-Else Logic with Boolean Operators
  • Iteration Control via For-Loops
  • Iteration Control via While-Loops
  • Iteration Control via Do-While Loops
  • Loop Termination via Break Statements
  • Multibranch Decision Making via Switch Statements
  • Practical Exercise 2: Development of a Logic-Based Order Management System

Lesson 3: Functional Design and Object-Oriented Programming (OOP) Principles

  • Concepts of Reusable Functions
  • Anatomy of Function Definitions
  • Implementation of Custom Functions
  • Defining Function Output Types
  • Utility Functions (Void Return Type)
  • Expression-Based Return Mechanisms
  • Variable Scope Management in Functional Contexts
  • Foundations of Object-Oriented Programming (OOP)
  • The Concept of Runtime Objects
  • Blueprints via Class Definitions
  • Instantiation and Class Creation
  • Method Binding within Class Structures
  • Object Initialization via Constructors
  • Encapsulation through Getters and Setters
  • Polymorphism via Class Inheritance
  • Abstraction via Abstract Classes
  • Modular Code Organization and Library Management
  • Practical Exercise 3: Engineering a Compensatory Payment Calculation Module

Lesson 4: Implementation of the Flutter Framework

  • Architectural Understanding of Flutter
  • The Flutter Development Framework
  • Utilization of Android Studio
  • Defining the Role of Android Studio
  • System Requirements for Android Studio
  • Installation and Configuration of Android Studio
  • The Flutter Software Development Kit (SDK)
  • Deployment and Configuration of the Flutter SDK
  • Initialization of New Flutter Projects
  • Configuration of Android Virtual Devices (AVD)
  • Execution and Deployment of Flutter Applications
  • Flutter Setup Procedures for macOS Environments
  • Cross-Platform Testing: iOS Simulation on Windows Operating Systems
  • Advanced Configuration Options in Android Studio
  • Deployment to Physical Hardware Devices
  • Execution on Native Android Hardware
  • Execution on Native iOS Hardware
  • Diagnostic Procedures in Emulator Debug Mode
  • Core Concepts of the Flutter Widget System
  • Application Development via Widget Composition
  • Architecture of the MaterialApp Component
  • Practical Exercise 4: Construction of a Basic Functional Application

Lesson 5: Core Components of the Flutter Widget Ecosystem

  • The Scaffold Framework Widget
  • Displaying Visual Assets via Image Widgets
  • Structural Encapsulation via Container Widgets
  • Linear Layouts using Column and Row Widgets
  • Symbolic Representation via Icon Widgets
  • Strategies for Responsive Layout Design
  • Content Grouping via Card Widgets
  • Configuration of Platform-Specific Application Icons
  • Rapid Iteration via Hot Reload and Hot Restart
  • Distinguishing Stateful vs. Stateless Component Architectures
  • Integration of Custom Typography Assets
  • Practical Exercise: Designing a Structured Service Menu Interface

Lesson 6: State Management, Navigation, and Routing Architectures

  • Interactive Controls via Button Widgets
  • Primary Action Prompts via FloatingActionButton
  • Variant Button Types: Raised, Flat, and Icon-Based
  • Selectable Options via DropdownButton
  • Secondary Actions via OutlineButton
  • Grouped Controls via ButtonBar
  • Contextual Menus via PopupMenuButton
  • Application Flow and Navigation Logic
  • Programmatic Screen Transitions and Backtracking
  • Routing via Named Route Definitions
  • Data Exchange Between Application States
  • Visual Transition Effects Across Views
  • Web Content Integration via WebView Widget
  • Practical Exercise 6: Implementing Multi-Page Navigation in a Commerce Application

Lesson 7: Material Design Implementation: Visual and Behavioral Standards - Part 1

  • Overview of Design Standards
  • Primary Navigation via BottomNavigationBar
  • Tabbed Interfaces using DefaultTabController, TabBar, and TabBarView
  • Composite List Items via ListTile
  • Scrollable Collections via ListView
  • Slide-In Navigation Menus via Drawer
  • Structured Data Display via DataTable
  • User-Selectable Content via SelectableText
  • Layered Compositions via Stack Widget
  • Practical Exercise Set 7
  • Exercise A: Implementing Bottom-Navigation-Based Application Structure
  • Exercise B: Utilizing Native Data Sorting Capabilities

Lesson 8: Material Design Implementation: Interaction and Feedback Standards - Part 2

  • User Input and Selection Mechanisms
  • Text Entry Fields and Validation
  • Boolean Selection Groups: Checkbox and Radio Button Widgets
  • Date Selection Interfaces
  • Time Selection Interfaces
  • Continuous Value Adjustment via Slider Widgets
  • Toggle Controls via Switch Widgets
  • System Feedback via Dialogs and Panels
  • Standard Alert Dialogs
  • iOS-Style Alert Dialogs (Cupertino)
  • Ephemeral Overlays via Bottom Sheets
  • Interactive Overlays via Modal Bottom Sheets
  • Persistent Overlays via Persistent Bottom Sheets
  • Collapsible Content Sections via Expansion Panels
  • Transient Notifications via SnackBar Widgets
  • Practical Exercise 8: Development of a Booking and Reservation Interface

Lesson 9: Integration with Firebase Backend Services

  • Overview of Cloud Service Integration
  • Data Interchange Format: JSON Standards
  • Architecture of Firebase Data Persistence
  • User Identity Management: Signup and Authentication
  • Configuration for Firebase Service Access
  • Android Platform Integration with Firebase
  • iOS Platform Integration with Firebase
  • Authentication Workflow Configuration
  • Session Management via Firebase Accounts
  • Termination of User Sessions (Logout)
  • Selection of Firebase Database Solutions
  • Evaluation of Database Options for Project Scope
  • Latency-Critical Data Storage: Real-Time Database
  • Document-Oriented Data Storage: Cloud Firestore
  • Practical Exercise 9: Building User Profile Interfaces with Cloud Sync

Lesson 10: Geospatial Applications: GPS Integration and Mapping Services

  • Overview of Location-Based Services
  • Operational Principles of Global Positioning Systems (GPS)
  • Camera Positioning and View Management
  • Integration of Google Maps into Flutter Applications
  • Acquisition of Google API Credentials
  • Dependency Management for Google Maps Libraries
  • API Credential Configuration for Android
  • API Credential Configuration for iOS
  • Displaying Map Instances in Application Views
  • Point-of-Interest Markers
  • Visualization Modes for Map Data
  • Dynamic Camera Animations
  • Runtime Location Capture for Cross-Platform Devices
  • Practical Exercise 10: Developing Location-Aware Functionality
  • Validation of API Access Credentials
  • Interface Design for Geospatial Features
  • Secure Configuration of Service Keys
  • Rendering of Map Components
  • Implementation of Location Markers
  • Acquisition of Device Geolocation Data
  • Management of User Permissions for Location Services

Lesson 11: Quality Assurance, Verification, and Deployment

  • Strategies for Application Testing and User Feedback
  • Establishment of Isolated Testing Environments
  • Participatory Usability Assessment
  • Protocol for Commencing Test Sessions
  • Evaluation and Analysis of Test Outcomes
  • Procedures for Application Release and Distribution
  • Publication on the Google Play Store Platform
  • Publication on the Apple App Store Platform
 35 Hours

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