Java ee development
Java EE (Enterprise Edition), now known as Jakarta EE, is a robust framework designed for developing scalable, multi-tiered, and distributed enterprise applications in Java. It simplifies the building of large-scale applications by providing a set of specifications and APIs that address common enterprise requirements such as web services, transaction management, security, and persistence. Java EE promotes the use of component-based architectures through technologies like Servlets, JavaServer Pages (JSP), Enterprise JavaBeans (EJB), and Contexts and Dependency Injection (CDI). With its comprehensive set of tools and libraries, Java EE enables developers to create secure and reliable applications that can run on various server environments. The framework emphasizes standards and portability, allowing applications to be easily deployed across different platforms and cloud services.
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1 - Introduction to Java EE: Understanding the fundamentals of Java EE, its architecture, and how it differs from standard Java SE.
2) Java EE Components: Exploring the main components of Java EE, including Servlets, JavaServer Pages (JSP), Enterprise JavaBeans (EJB), and Contexts and Dependency Injection (CDI).
3) Web Applications: Learning to develop dynamic web applications using Servlets and JSP, focusing on request response handling and session management.
4) Enterprise JavaBeans (EJB): Understanding the role of EJB in building scalable, transactional, and secure enterprise applications. Covering session beans, message driven beans, and entity beans.
5) Java Persistence API (JPA): Introduction to JPA for database interactions, object relational mapping (ORM), and working with repositories for data access.
6) Dependency Injection: Exploring CDI for managing dependencies and lifecycle of Java EE components, promoting loose coupling and easier unit testing.
7) RESTful Web Services: Learning how to create REST APIs using JAX RS, implementing CRUD operations, and understanding JSON/XML data handling.
8) SOAP Web Services: Introduction to JAX WS for building SOAP based web services, covering WSDL, service contracts, and service communication.
9) Java EE Security: Understanding security concepts in Java EE, such as authentication, authorization, and secure communication using SSL/TLS.
10) Transactions and Concurrency: Exploring Java EE's support for transaction management and handling concurrency issues using Java EE transaction management APIs.
11) Java Messaging Service (JMS): Introduction to JMS for asynchronous communication between components, learning about message queues and topics.
12) Java EE Configuration: Understanding the deployment and configuration of Java EE applications in an application server environment, including server setup and management.
13) Testing Java EE Applications: Learning about testing frameworks (like JUnit) and strategies specific to Java EE applications, including unit and integration testing.
14) Microservices with Java EE: Discussing the evolution toward microservices architecture and how Java EE can adapt, focusing on tools like MicroProfile.
15) Development Tools and Best Practices: Familiarizations with IDEs (like Eclipse or IntelliJ), build tools (like Maven or Gradle), and best coding practices specific to Java EE development.
16) Cloud Deployment: Introduction to deploying Java EE applications in cloud environments, using services like AWS, Azure, or Google Cloud Platform.
17) Final Project: Undertaking a capstone project where students will apply their learning to create a full fledged Java EE application, incorporating several features learned during the training.
This training program will equip students with a thorough understanding of Java EE development and hands on experience in creating robust enterprise applications.
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