Contact person: Qt6-QML Consultant/trainer - English speaker - For 5 participants

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Location: Naples, Italy

Budget: Recommended by industry experts

Time to start: As soon as possible

Project description:
"This intensive technical course is designed for software developers with basic prior knowledge of Qt and
QML, who wish to deepen their understanding of advanced techniques for integrating QML and C++, optimizing user interfaces, efficiently using data models, implementing multilingual support, and applying multithreading in real-time environments.
The program is focused on Qt6, with practical examples and best practices aimed at the professional development of robust, high-performance, and modular applications.

Course Program
1. Communication Between QML Components (Signals and Slots in QML)
• Introduction to the Signal & Slot mechanism in QML
• Connecting QML components
• Use of Connections and dynamic bindings
• Best practices in designing reactive components

2. QML–C++ Binding: Best Practices and Optimizations
• Registering and exposing C++ objects in QML (qmlRegisterType, setContextProperty)
• Bidirectional binding: strategies to keep data and UI synchronized
• Efficient data access and overhead reduction
• Separation of logic and presentation: recommended design patterns

3. In-Depth Look at QAbstractItemModel and Derived Classes
• Introduction to abstract data models
• Creating and using custom models in C++
• Integration of models with QML views (ListView, TableView, etc.)
• Data change notifications and dynamic UI updates

4. Layout and Formatting
• Visual layouts in QML: Row, Column, Grid, Flow, StackLayout
• Space management, resizing, and anchoring
• Dynamic layouts and responsive design in QML
• Optimizing user experience across different screen resolutions

5. Multithreading in Qt and Integration with QML
• Overview of multithreading in Qt (QThread, QRunnable, QtConcurrent)
• Techniques for separating business logic from the UI
• Thread-safe communication between C++ and QML
• Practical examples of asynchronous tasks with UI feedback

6. QML Best Practices and Optimizations
• Efficient use of QML components: instantiation, reuse, and modularity
• Lazy loading and dynamic component loading (Loader, Component)
• Performance profiling and optimization using Qt Creator
• Strategies to reduce QML code complexity

7. Multilanguage Support with Qt
• Managing translations with Qt Linguist
• Using qsTr() in QML and QObject::tr() in C++
• Organizing .ts files and compiling to .qm
• Dynamic language loading in the application" (client-provided description)