Description

This training program provides the skills necessary to practice the profession of information systems (IS) architect. It presents the technical-functional standards of new architectures and emphasizes the urbanization of IS and the implementation of a service-oriented architecture (SOA). Finally, this cycle ends with a specialized module in the use of the TOGAF® standard.

Who is this training for ?

For whom ?

IS architect, project manager, project director, IS manager and anyone wishing to discover how to develop and manage the architecture of an information system.

Prerequisites

• Good knowledge of technical infrastructures (operating systems, databases, networks, etc.) and basic knowledge of architectures (services, servers, connections, flows, etc.)

Training objectives

Understand key concepts and the basics of IS architectures

Evaluate the challenges of urbanization the generic model and general approaches

Understand the components and layers of a SOA architecture

Develop an IS architecture with TOGAF

Know how to manage an IS architecture

Training program

• Founding principles of IS architectures
  • Web technologies, Web 2.
  • 0 and the new HMI.
  • Architectures: from centralized server to n-tier architectures.
  • Presentation of JEE and .
  • NET.
  • The Open Source alternative.
  • Principles of IS urbanization.
  • Integration-oriented architectures and Web Services.
  • Principles of an EAI (Enterprise Application Integration).
  • Traditional integration application interfaces.
  • Management content and documents (WCM, GED, WDM).
  • Mobility: decryption of actors, technologies and uses.
  • Web infrastructure and operation: Cloud, performance, SEO, SEM.
  • E-Business standards.
  • History.
  • Standardization attempts (BPSS, cXML, xCBL, Pharma ML.
  • ).
  • Principles of service-oriented architectures.
• Urbanization, generic model and general approaches
  • The challenges of urbanization.
  • Mastery and increasing complexity of information systems, the company in an ecosystem.
  • The emergence of best practices , the example of ITIL® and TOGAF®, contribution to IT governance.
  • General presentation of the generic model and general approaches
  • The layered organization of the IS.
  • IS urbanization approaches.
  • Managing the complexity of existing heritage.
  • Urban planner, architect, expert.
  • What role, what positioning, what know-how?
  • Metaphor of the city, cartography and modeling.
  • The four layers of IS: Business, Functional, Application and Infrastructure.
  • Manage the company's urbanization project.
  • Roles and responsibilities of the actors (MOA/MOE).
  • Modeling tools.
  • Synthesis of market tools.
  • Examples of tools.
• SOA, service-oriented architecture
  • Presentation of a SOA architecture.
  • Components and layers of a SOA architecture.
  • Services and processes.
  • The service concept.
  • Service exposure, loose coupling, synchronism vs asynchronism.
  • Technical aspects of a SOA architecture.
  • Implementation of Web Services (JEE, .
  • NET, PHP, etc.
  • ).
  • XML Foundations.
  • XML Schema for Interoperability and the description of application data.
  • Description of services with WSDL.
  • Invocation with SOAP.
  • SOA design methodological approach.
  • The links between SOA and the object approach.
  • The different approaches and metamodels (RUP, PRAXEME, etc.
  • ).
  • Conceptual model of an SOA.
  • The modeling of services within the application architecture with UML.
  • SOA: market players and products.
  • Platforms EAI.
  • SOA orchestrators.
  • Platform providers.
• Develop the IS architecture with TOGAF®
  • TOGAF®: essential concepts and method for developing an IS architecture.
  • The business continuum and TOGAF® tools.
  • Governance of the enterprise architecture.
  • TOGAF® and the ISO 42010 standard.
  • The reformulation of the enterprise strategy and the business architecture.
  • Reference business models and business processes.
  • Business objects and data architecture.
• Manage IS architecture with TOGAF®
  • Technical architecture and its stakeholders.
  • Technical architecture and its meta-model.
  • Applications/services, functions and components.
  • Use architecture, organize IS governance.
  • IT architecture and project/service portfolio management.
  • Architecture and information system security.
  • Architecture and outsourcing strategy.
  • Corporate architecture and strategy.