Java EE/Jakarta EE Complete 

•  Introduction to Java EE/Jakarta and IDEs
  
  • Overview of Java EE/Jakarta
  • The Java EE/Jakarta Architecture
  • Java EE/Jakarta APIs and Technologies
  • Setting up the Development Environment
  • Introduction to IDEs (e.g. Eclipse, IntelliJ IDEA, NetBeans)
  • Creating a Simple Java EE/Jakarta Application in an IDE
  
  
• Java EE/Jakarta Web Development and Collection Frameworks
  
  • Introduction to Servlets and JSP
  • The Model-View-Controller (MVC) Pattern
  • Building Web Applications with Servlets and JSP
  • Handling Forms and User Input
  • Session Management and Security
  • Introduction to Collection Frameworks (e.g. Lists, Sets, Maps)
  • Using Collection Frameworks in Java EE/Jakarta Applications
  
  
• Java EE/Jakarta Persistence and Lambdas
  • Introduction to Persistence and ORM
  • The Java Persistence API (JPA)
  • Mapping Entities and Relationships
  • Querying with JPQL
  • Integrating JPA with Web Applications
  • Introduction to Lambdas and Functional Programming in Java
  • Using Lambdas in Java EE/Jakarta Applications
  
  
• Java EE/Jakarta Enterprise Services, Reflection API, and Annotations
  
  • Introduction to Enterprise Services
  • Message-Driven Beans (MDB)
  • Java Messaging Service (JMS)
  • Transactions and Concurrency
  • Integrating Enterprise Services with Web Applications
  • Introduction to the Reflection API
  • Using the Reflection API for Runtime Type Analysis
  • Introduction to Annotations and their uses in Java EE/Jakarta
  • Creating and Using Annotations in Java EE/Jakarta Applications
  
  
• Java EE/Jakarta Best Practices and Advanced Topics
  • Best Practices for Java EE/Jakarta Development
  • Testing and Debugging Java EE/Jakarta Applications
  • Performance Tuning and Scalability
  • Advanced Topics in Java EE/Jakarta (e.g. CDI, WebSocket)
  • Building and Deploying Java EE/Jakarta Applications with an IDE
    
    
    
    
  
  

Optional Topics

• Introduction to JavaFX:
  •  Providing an overview of JavaFX and its features, including UI components, layout management, and event handling.
  
  
• Building a JavaFX Application: 
  • Teaching participants how to build a basic JavaFX application using FXML and Scene Builder.
  
  
• Multithreading in JavaFX:
  • Covering topics such as concurrency and parallel programming, and teaching participants how to use threads to improve the performance of their JavaFX applications.
  
  
• Localization and Internationalization:
  •  Providing an overview of localization and internationalization in Java, including best practices for handling different languages and cultures in JavaFX applications.
  
  
• Advanced JavaFX Features: 
  • Covering advanced topics such as animation, multimedia, and 3D graphics in JavaFX.
  
  
• Building a Complete JavaFX Application: 
  • Bringing together the concepts and techniques covered in the course to build a complete JavaFX application from scratch.
  
  
• Microservices Architecture: 
  • Providing an overview of microservices architecture and how it can be implemented using Java EE/Jakarta technologies.
  
  
• DevOps and Continuous Integration/Continuous Deployment (CI/CD):
  •  Covering tools and best practices for automating the deployment process and integrating development and operations teams.
  
  
• Cloud Computing: 
  • Teaching participants how to deploy Java EE/Jakarta applications on cloud platforms such as AWS, Azure, or Google Cloud Platform.
  
  

To enroll in the 5-day Java EE/Jakarta training course, participants should have a basic understanding of programming concepts and experience working with Java programming language. Specifically, the following prerequisites are recommended:

• Basic knowledge of Java programming language, including object-oriented programming concepts such as classes, objects, inheritance, and polymorphism.
• Familiarity with web development concepts such as HTML, CSS, and JavaScript.
• Basic understanding of SQL and database management concepts.
• Familiarity with the basics of software development, including version control systems such as Git and software development methodologies such as Agile.