Course Summary
By completing this course, you will demonstrate proficiency in:
• The basic concepts and key terminology of Enterprise Architecture and the ArchiMate modeling
language
• The language structure
• The generic metamodel
• The core set of relationships defined in the language
• The Motivation elements of the language
• The elements of the Strategy Layer
• The elements of the Business Layer
• The elements of the Application Layer
• The elements of the Technology Layer
• The concepts of cross-layer modeling
• The elements of the Implementation and Migration Layer
• The viewpoint mechanism
• The Open Group Certification for People: ArchiMate Certification ProgramIndividuals certified at this level will have demonstrated their understanding of:
• The language structure, including its advanced concepts
• How to apply and use the generic metamodel
• How to apply the set of relationships defined in the language
• How to apply the Motivation elements of the language
• How to apply the elements of the Strategy Layer
• How to apply the elements of the Business Layer
• How to apply the elements of the Application Layer
• How to apply the elements of the Technology Layer
• How to apply the concepts of cross-layer modeling
• How to apply the elements of the Implementation and Migration Layer
• How to apply the viewpoint mechanism
• How to apply the Language customization mechanisms
Module 1: Basic Concepts and Definitions
• Introduction to ArchiMate Language
• ArchiMate Language for Enterprise Architecture Modelling
• What is Enterprise Architecture?
• Key Enterprise Architecture Concepts
• Stakeholders and Concerns
• Development of Enterprise Architectures
• Example ArchiMate Model
Module 2: Language Structure
• Top-Level Hierarchy of ArchiMate Concepts
• Layering of ArchiMate Language
• Definition: ArchiMate Core Language
• ArchiMate Core Framework
• Abstract in ArchiMate Language
• External Vs Internal
• Types Vs Instances
• Behaviour Vs Active Structure
• Concepts and Their Notation
• Conceptual Vs Logical Vs Physical
• Types Vs Instances
• Use of Nesting
• Use of Colours and Notational Cues
Module 3: Generic Metamodel
• Design Approach
• Metamodels at Different Levels of Specificity
• Design and Core Concepts
• Hierarchy of Behaviour and Structure Elements
• Behaviour and Structure Elements Metamodel
• Behaviour Elements Notation
• Aspects
• Additional Behaviour Element Type: Event
• Passive Structure Elements
• Active Structure Elements Notation
• Summary of Specialisation of Core Elements
• Specialisations of Structure and Behaviour Elements
• Motivation and Composite Elements
• Grouping
• Location
Module 4: Modelling Relationships
• Relationships
• Structural Relationships
• Dependency, Dynamic, and Other Relationship
• Relationship Review
Module 5: Modelling Motivation
• Motivation Elements
• Motivation Elements Metamodel
• Stakeholder, Driver, and Assessment
• Goals and Outcomes
• Principles, Requirements, and Constraints
• Meaning and Value
• Relationships with Core Elements
Module 6: Modelling Strategy
• Strategy Elements Metamodel
• Relationships with Motivation and Core Elements
• Strategy Elements
Module 7: Business Layer
• Metamodel
• Active Structure, Behaviour, and Passive Structure
• Composite Element
Module 8: Application Layer
• Application Layer Metamodel
• Active Structure
• Behaviour Structure
• Passive Structure
Module 9: Technology Layer
• Metamodel
• Active Structure Elements
• Behaviour Structure
• Passive Structure Elements
Module 10: Modelling Physical Elements
• Physical Elements Metamodel
• Active Structure Elements
• Behaviour Elements
• Passive Structure Elements
Module 11: Relationships Between Core Layers
• Alignment of the Business Layer and Lower Layers
• Alignment of the Application and Technology Layers
• Derived Relationships Applied in Relationships Between Core Layers
Module 12: Modelling Transformation
• Implementation and Migration of Metamodel
• Implementing and Migrating Elements
• Relationships with Other Aspects and Layers
Module 13: Addressing Stakeholder Concerns with Architecture Views and Viewpoints
• Introduction to Architecture Views and Viewpoints
• Stakeholders and Concerns
• Architecture Views and Viewpoints
• Viewpoint Mechanism
• Viewpoint Purpose and Content
Module 14: Derivation of Relationship
• Derivation Rules
• Two Types of Derivation
• Notation of Derivation Rules
• Derivation Rules for Potential Relationships
• Restrictions on Applying Derivation Rules
Module 15: Motivation Viewpoint
• Stakeholder Viewpoint
• Goal Realisation Viewpoint and Contribution Viewpoint
• Principles Viewpoint
• Requirements Realisation Viewpoint
• Motivation Viewpoint
Module 16: Strategy Viewpoints
• Strategy Viewpoint
• Capability Map Viewpoint and Value Stream Viewpoint
• Outcome Realisation Viewpoint
• Resource Map Viewpoint
Module 17: Basic Viewpoints – Business Layer and Application Layer
• Organisation Viewpoint
• Business Process Cooperation Viewpoint
• Product Viewpoint
• Application Cooperation Viewpoint
• Application Usage Viewpoint
Module 18: Basic Viewpoints – Technology Layer
• Implementation and Deployment Viewpoint
• Technology Viewpoint
• Technology Usage Viewpoint
Module 19: Implementation and Migration Viewpoints
• Project Viewpoint
• Migration Viewpoint
• Implementation and Migration Viewpoint
Module 20: Applying the Viewpoint Mechanism
• Defining and Classifying Viewpoints: Purpose Dimension
• Creating the View
• Application of the Viewpoint Mechanism in Real-Case Modelling Situations
Module 21: Language Customisation Mechanisms
• Why Should We Customise the Language?
• Adding Attributes to ArchiMate Elements and Relationships
• Profile and Profile Types
• Creating New Element Types Using Specialisation
• Specialisation of Elements and Relationships
• Using Specialisations to Model Risk Analysis
• Creating a Profile for Risk Analysis
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