Date: 26-Nov-2009 URL: global/training/catalog/courses/VSEM-DTJ-5000.xml

How Java EE 5 and SOA Help in Architecting and Designing Robust Enterprise Applications (VSEM-DTJ-5000)

This course provides the student with the knowledge needed to use Java Platform, Enterprise Edition 5 (Java EE 5) best practices and patterns to design and architect robust enterprise applications that allow for rapid change and growth. Students will gain an understanding of the latest Java EE 5 technology patterns and how they help solve important and recurring design problems. Students will gain an understanding of how Service-Oriented-Architectures (SOA), implemented in a wide range of technologies (including REST, RPC, RMI, DCOM, CORBA, and Web Services), help businesses respond more quickly and cost-effectively to changing market conditions. Students will also gain an understanding of Enterprise Service Bus (ESB) (based on the Java Business Integration (JBI) specification), which helps automate, manage, and optimize business processes and work flows across systems, people, and partners. Students will also learn best practices on how to prepare for the Java Enterprise Architecture certification.

Format

This course is presented using Sun's web-based Live Virtual Class (LVC). The LVC is a dynamic and fully interactive online learning environment that features live teaching collaboration, and instructor-assisted activities.

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Lab Information

The downloadable labs will be made available to students prior to the class for download and installation to their personal machine. All other required software for downloable labs will be made available for download after you enroll for this course.

Languages

English

Who Can Benefit

Job roles this course is applicable to:

Java EE platform architects and designers
Project managers
Development managers

Prerequisites

To succeed fully in this course, students should have knowledge of the Java programming language and Enterprise JavaBeans (EJB) component technologies, and an understanding of the Java Platform, Enterprise Edition (Java EE) application servers and distributed systems.

Skills Gained

Upon completion of this course, participants should understand how Java Platform, Enterprise Edition (Java EE) platform patterns help to architect and design robust Java EE applications. They should also understand the advantages of building enterprise SOA architectures.

Course Content

Module 1 - Course Outline

This course will focus on the use of Java EE platform patterns from the architectural and design perspectives. Understanding Enterprise SOA is also covered. The instructor will use UML diagrams and code segments to present these patterns.

The demos for this course feature the Project GlassFish Application Server Enterprise Edition, NetBeans Software IDE with the Visual Web Pack, Sun Java Composite Application Platform Suite for the Enterprise Designer, and Sun Java System Web Server.

Content:

Describe system architecture development and guidelines
Justify the need for architecture when developing for Java EE platform applications
Resolve risk factors in distributed enterprise systems
Describe guidelines for effective network communication
Describe guidelines for handling distributed transactions
Analyze quality-of-service requirements
Describe the software architecture to decompose the Java EE platform application into components
Create deployment diagrams to represent the architecture and design model
Use the Java EE platform patterns
Describe Java EE platform patterns that assist in the presentation tier
Describe Java EE platform patterns that assist in the business tier
Describe Java EE platform patterns that assist in the integration tier
Understand enterprise SOA using SOA for enterprise application integration
Describe how SOA improves B2B business processes
Understand service-oriented architecture and design
Build composite applications web services design patterns
Integrate and orchestrate application services
Understand JBI components: service engines and binding components
Understand Enterprise Service Bus: transformation, routing and orchestration