ArchiMate® 3.1 Training Course: Combined Level 1 and Level 2

Summary

The updated ArchiMate program holds a number of useful additions and improvements for Enterprise Architecture practitioners.

The one most valuable improvements to the standard is the addition of a value stream element which allows us to show a path to value realization as we enhance capabilities. According to the new specification, “A value stream represents a sequence of activities that create an overall result for a customer, stakeholder, or end user.”

Completing this ArchiMate training course leads to a thorough knowledge of the terminology, structure and concepts of the ArchiMate 3.1 Specification, and places you in a position to succeed at the ArchiMate 3 exam and become an ArchiMate certified professional.
When you complete this course, you will receive a Certification of Completion upon request. This Certificate is not the same as the ArchiMate® 3 Level 1 and Level 2 Certification. To achieve certification, you must schedule, complete, and pass the Level 1 and Level 2 Certification Examinations.

Prerequisites

There are no formal prerequisites for this course. A working knowledge of software solution design and of TOGAF would be helpful and we do recommend that attendees review the below pre-reading documents. Recommended Pre Reading:

• ArchiMate® 3 Specification Pocket Guide
• ArchiMate® 3 Specification Study Cards
• ArchiMate® 3 Full Specification

Duration

4 Days/Lecture & Lab

Audience

This course is designed for:

• Application Architects
• Application Portfolio Managers
• Business Analysts
• Business Architects
• CIOs and CTOs
• Data Architects
• Enterprise Architects
• I.T. strategists, senior business analysts
• Information Architects
• Infrastructure Architects
• IT Architects
• Others responsible for change programs
• Program Managers
• Project Managers
• Security Architects and Technology Vendors
• Solution Architects
• System Integrators
• Technology Architects

Topics

• Basic Concepts and Definitions
• Language Structure
• Generic Metamodel
• Modeling Relationships
• Modeling Motivation
• Modeling Strategy
• The Business Layer
• The Application Layer
• The Technology Layer
• Modeling Physical Elements
• Relationships between Core Layers
• Modeling Transformation
• Addressing Stakeholder Concerns with ::Viewpoints and Views
• Language Customization Mechanisms

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