Course Summary
In this course, you will learn the foundational aspects of the ArchiMate modeling language, including its notation, terminology, structure, and basic concepts. The course is designed to validate your knowledge and comprehension of the ArchiMate language, ensuring you have a solid understanding of its essential elements.
You will gain skills like:
• Foundational understanding of the ArchiMate 3 modeling language
• Basic knowledge of ArchiMate 3 concepts and terminology
• Ability to create simple enterprise architecture models
• Understanding of ArchiMate 3 viewpoints and layers
• Skills in visualizing and communicating architectural structures and relationships
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
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