Description

Aimed at project management and non-IT specialists, this course provides a comprehensive overview of the most recent methods in information systems. It notably analyzes the issues, methods, techniques and roles associated with the development of today's information systems.

Who is this training for ?

For whom ?

Project owners, user project managers, technical-sales personnel having to communicate with project management

Prerequisites

No special knowledge.

Training objectives

Specify the essential notions regarding information systems Understand the principles of information systems development Understand the roles associated with IS development Discover the main tools, methods and techniques of IS development

Training program

• Projects and information system
  • Architecture, components, management, standards.
  • The role of project management: expression of needs, validations, recipes, steering.
  • The cycle of life of a project: the definition, organization and result phases.
  • Standards.
  • Agile and iterative approaches.
  • Management risks.
  • How to identify, measure and anticipate risks?
• The process approach - UML
  • The urbanization of processes.
  • Evaluate and improve.
  • Architectures: business, functional, application.
  • Unified Modeling Language.
  • Use in the field.
  • Use cases and other UML diagrams.
  • Scenarios to refine the analysis of the problem.
• Modern distributed architectures
  • Internet developments.
  • Developments.
  • Protocols: messaging, forum, Web, directory.
  • The 3-tier architecture.
  • Browsers.
  • Trendy client technologies.
  • The rise of the rich client: Ajax, frameworks.
• IS management: portals, integration, SOA
  • Characteristics of a portal.
  • EAI: utopia or axis of the future? The BPM approach.
  • SOA and XML service bus.
  • XML language: data structuring, inter-application exchanges.
  • XSL, DTD, XSD components.
  • Bizztalk Server, Streamserve engines.
• The world of free software
  • The main software.
  • The sectors covered.
  • Security.
  • Sustainability.
  • Impact on positions work.
  • Linux.
  • Apache.
  • PHP, Eclipse, MySQL.
• Development platforms
  • The platform.
  • Net from Microsoft.
  • Operation and implementation techniques (Framework, Enterprise Server, ASP.
  • Net, CLR.
  • ).
  • The Java Enterprise Edition (JEE) platform.
  • Java interfaces: JCA, JDBC, JMS, JNDI.
  • Applet, servlet, EJB.
  • SOAP and Web Services.
  • Application server offerings: IBM WebSphere, Weblogic, Oracle, JBoss, Tomcat.
  • Component-oriented AGL (Visual Studio, Eclipse.
  • ).
• Security management
  • Electronic signature.
  • Encryption.
  • Firewalls.
  • DMZ.
  • Securing infrastructure protocols.
• Business Intelligence et DataWeb
  • BI serving users.
  • The principles of multidimensional storage (MOLAP, ROLAP, HOLAP).
  • Decision modeling.
  • The tools.