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IT4IT™ 3 Foundation
The IT4ITTM 3 Foundation Certification presents the IT4ITTM 3 Reference Architecture, which focuses on how businesses manage and organize their IT operations using standardized value streams, data models, and functional components that support end-to-end IT operations. Using a recognized, data-driven enterprise framework, this credential assists professionals in enhancing IT governance, strengthening architectural thinking, and coordinating digital products with business strategy.
Overview
IT4IT Foundation and IT4IT 3 Foundation certifications are included in the IT4ITTM Certification Program. Bodies of Knowledge (sets of conformance standards) based on the IT4IT Standard, Version 2.1 and the IT4IT Standard, Version 3.0, a Reference Architecture for Managing Digital, are examples of this.
The IT4ITTM 3 Foundation certification attests to the candidate’s mastery of the vocabulary, structure, and fundamental ideas of the IT4IT standard as well as their comprehension of the fundamental ideas of the IT4IT Reference Architecture, Value Streams, and Digital Product in this particular context. At this level, knowledge and comprehension are the main learning objectives.
What you will Learn in this IT4IT™ 3 Foundation course?
- To understand the purpose, structure, and scope of the IT4IT™ 3 Reference Architecture
- To explain IT value streams and how they support end-to-end IT management
- To identify key functional components and data objects within the IT4IT™ 3 framework
- To understand digital product management concepts aligned with IT4IT™ 3 principles
- To support effective IT governance and alignment with business strategy
Who should go for IT4IT™ 3 Foundation course?
The IT4IT™ 3 Foundation Certification is designed to build a clear understanding of the IT4IT™ 3 Reference Architecture and the business of IT. It is well suited for delegates seeking structured insight into IT value streams, governance models, and end-to-end IT management. This certification is particularly valuable for:
- IT Managers
- Enterprise Architects
- Solution Architects
- IT Service Managers
- Digital Product Managers
- Portfolio Managers
- IT Governance Professionals
Our Package
Module 1: IT4IT™ 3 Overview
- IT4IT Reference Architecture And the Approach it Uses
- How Organisations Use the IT4IT Reference Architecture
- How Suppliers Use the IT4IT Reference Architecture
- List the Guiding Principles of the IT4IT Framework
- Demonstrate Understanding of the IT Value Chain
- Difference Between Primary and Supporting Activities in the IT Value Chain
- Primary Activities of the IT Value Chain
Module 2: Definitions (Understand Key Terminology)
- Service Lifecycle Data Object (Data Object)
- IT Value Chain
- Value Chain
- Value Stream
- Functional Component
- Service Model Backbone Data Object
- Relationship
- System of Record
Module 3: Basic Concepts (Value Streams & Reference Architecture)
- Describe an Overview of the:
- Strategy to Portfolio (S2P) Value Stream
- Requirement to Deploy (R2D) Value Stream
- Request to Fulfill (R2F) Value Stream
- Detect to Correct (D2C) Value Stream
- Functional Components and Data Objects and Their Relationship
- Scope of S2P
- List S2P Value Propositions
- List S2P Typical Activities
- Understand the Scope of R2D
- List R2D Value Propositions
- List R2D Typical Activities
- Understand the Scope of R2F
- List R2F Value Propositions
- List R2F Typical Activities
- Understand the Scope of D2C
- List D2C Value Propositions
- List D2C Typical Activities
- Explain the Four Pillars Anchoring the IT Value Chain
- IT4IT Service Model
- IT4IT Information Model
- Service Lifecycle Data Objects
- Difference Between Key and Auxiliary Data Objects
- IT4IT Functional Model
- Functional Components and How They Relate to IT Capability
- Difference Between Primary and Secondary Functional Components
- Interactions Between Functional Components and Data Objects
Module 4: IT4IT Core (The Reference Architecture at High Level)
- Five Levels of IT4IT Abstractions and Identify Which Are Vendor-Agnostic and Vendor-Specific
- Why an Informal Notation Was Chosen for Levels 1 and 2
- Five Core Concepts Introduced at Reference Architecture Level 1
- Level 1 Class Model
- Objective of the IT4IT Reference Architecture as It Relates to Level 1
- How the IT4IT Reference Architecture Uses the Value Stream Concept
- Three Things a Functional Component Must Have
- OMG Definition Aligned With The Service Life-Cycle Data Object
- Identify The Components Of The IT Management System Of Record Fabric
- Level 1 Reference Architecture Diagram
- List The Four Additional Concepts At Reference Architecture Level 2
- Explain the Level 2 Class Model
- Level 2 Reference Architecture Diagram
- Primary Method for Communicating the IT4IT Reference Architecture Specification at Level 3
- Additional Concepts Introduced at Reference Architecture Level 3
- Level 3 Reference Architecture Diagram Notation
- Who Owns and Controls Levels 4 and 5 of the Reference Architecture
- What Kind of Content Might Be Included in Level 4 and Level 5
Module 5: The Strategy to Portfolio Value Stream
- Objectives of the Strategy to Portfolio (S2P) Value Stream
- Benefits of Implementing S2P Value Stream for the Business
- Explain the Purpose and Use of the:
- Enterprise Architecture Functional Component
- Policy Functional Component
- Proposal Functional Component
- Portfolio Demand Functional Component
- Service Portfolio Functional Component
- IT Investment Portfolio Auxiliary Functional Component
Module 6: Requirement to Deploy Value Stream
- Goals and Key Objectives of the Request to Deploy (R2D) Value Stream
- Benefits of Implementing R2D Value Stream for the Business
- Explain the Purpose and Use of the:
- Project Functional Component
- Requirement Functional Component
- Service Design Functional Component
- Source Control Functional Component
- Build Functional Component
- Build Package Functional Component
- Release Composition Functional Component
- Test Functional Component
- Defect Functional Component
Module 7: Request to Fulfill Value Stream
- Objectives of the Request to Fulfill (R2F) Value Stream
- Benefits of Implementing R2F Value Stream for the Business
- Primary and Secondary Functional Components of the R2F Value Stream
- Explain the Purpose and Use of the:
- Engagement Experience Portal Components
- Consumption Functional Components
- Offer Management Functional Components
- Catalog Composition Functional Components
- Request Rationalisation Functional Components
- Fulfilment Execution Functional Components
- Usage Functional Components
- Charge-Back / Show-Back Functional Components
- Knowledge and Collaboration Supporting Function
Module 8: Detect to Correct Value Stream
- Objectives of the Detect to Correct (D2C) Value Stream
- Benefits of Implementing D2C Value Stream for the Business
- Interactions with Other Value Streams
- Explain the Purpose and Use of the:
- Service Monitoring Functional Component
- Event Functional Component
- Incident Functional Component
- Problem Control Functional Component
- Change Control Functional Component
- Configuration Management Functional Component
- Diagnostic and Remediation Functional Component
- Service Level Functional Component
- List Other IT Operations Capabilities Not Part of the D2C Value Stream
Module 9: IT4IT Certification Program
- IT4IT Certification Program, and Distinguish Between the Levels of Certification
Upcoming Batch
April 20th (Weekends)
FRI & SAT (4 Weeks)
08:30 PM to 01:00 AM (CDT)
April 18th (Weekdays)
MON – FRI (18 Days)
10:00 AM to 12:00 PM (CDT)
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