The document outlines an Architecture Delivery Process (ADP) that guides the creation of architecture deliverables throughout a project's lifecycle. The ADP defines roles and responsibilities for deliverables, inputs required, and how architecture resources are utilized during projects. It aims to maximize the value of architecture by clearly linking business capabilities to technical solutions and ensuring accountability of architects. The ADP also determines what projects require architect involvement based on an architecture significance assessment.
Design Architecture Review Board (ARB) to Enable Digital Strategy Mohan K.
Architecture Review Board (ARB) to Enable Digital Strategy Execution - *Based on case study of establishing Architecture Review Board (ARB) at a multinational manufacturing
Table of Contents (TOC) to define Enterprise Architecture roadmaps - process_...Mohan K.
Table of Contents (TOC) to define Enterprise Architecture roadmaps. This includes overview of Architecture Roadmaps, Table of Content (TOC) and context setting. Information technology strategy realization
Design Architecture Review Board (ARB) to Enable Digital Strategy Mohan K.
Architecture Review Board (ARB) to Enable Digital Strategy Execution - *Based on case study of establishing Architecture Review Board (ARB) at a multinational manufacturing
Table of Contents (TOC) to define Enterprise Architecture roadmaps - process_...Mohan K.
Table of Contents (TOC) to define Enterprise Architecture roadmaps. This includes overview of Architecture Roadmaps, Table of Content (TOC) and context setting. Information technology strategy realization
Introduction to Enterprise Architecture and TOGAF 9.1iasaglobal
Santos Pardos nos dará una visión general a TOGAF. Durante 2 horas, Santos nos introducirá al mundo de The Open Group Architecture Framework (TOGAF), ese marco de trabajo de Arquitectura Empresarial que muchos escuchamos hablar. Nos contará el enfoque propuesto para el diseño, planificación, implementación y gobierno de una arquitectura empresarial de información. También repasará, a alto nivel, cuatro niveles o dimensiones: Arquitectura de Negocios Arquitectura de Aplicaciones Arquitectura Tecnológica Arquitectura de Dat
Nilotpal Das analyzes a case of TOGAF implementation and explains the basics of enterprise architecture, including the details of the framework and standards set by The Open Group. He discusses various aspects of implementing these principles – including governance, compliance, and capability assessments.
Very useful set of TOGAF-related diagrams from the Orbus Software.
TOGAF®9.1 is an Architecture Framework which has been developed by the Open Group to provide the methods and tools
for assisting in the acceptance, production, use and maintenance of an Enterprise Architecture.
TOGAF - a teaser for our traning courseLars Lundgren
Level 1
Provide validation that the Candidate has gained knowledge of the terminology, structure, and basic concepts of TOGAF 9.1, and understands the core principles of Enterprise Architecture and TOGAF.
Level 2
Provide validation that in addition to the knowledge and comprehension of Level 1, the Candidate is able to analyze and apply this knowledge. The learning objectives at this level focus on application and analysis, in addition to knowledge and comprehension.
When a company invests in ITIL, very often Architecture is not much involved: this is a mistake because there is much overlap, and Architecture can end up side-lined by the ITIL juggernaut. But there are a lot of benefits Architecture can bring to an ITIL-oriented organization.
This slide deck goes a step or two further than the white-papers out there I've found to date in providing some concrete guidance on how to actually integrate Architecture activities into ITIL. The deck uses TOGAF as the reference framework, but the concepts can be applied to any modern Architecture practice, since the discussion focuses on the types of deliverables and activities, which analogously exist in most frameworks.
Togaf is a high level and holistic approach to design, which is typically modeled at four levels: business, application, data, and
technology. It tries to give a well-tested overall starting model to information architects, which can then be built upon. It relies heavily
on modularization, standardization, and already existing, proven technologies and products.
For More Information please follow the below link:
http://www.xoomtrainings.com/course/togaf
For Togaf 9.1 Online Training Demo Please Find the below link:
https://www.youtube.com/watch?v=TF-h6yUc9eo
For General Queries Email us at sales@xoomtrainings.com or +1-610-686-8077
A Top 10 Key to Success for Architects, delivered by author Pete Eeles, IBM, hosted on the "Good Design is Good Business" group on developerWorks: https://www.ibm.com/developerworks/mydeveloperworks/blogs/669242b1-dd91-4d63-a08f-231314c793bb/entry/top_10_success_secrets_for_software_architects_good_design_is_good_business_series?lang=en
Defining the business value proposition of EA and PPM
Eliminating project risks
Accelerating project execution
Managing project and architecture inter-dependencies
Delivering realized value
Improving collaboration of Architecture and PMO
Architectural Engagement Through the Project LifecycleDaljit Banger
Some insight into the work of the Architecture Community for Project/Programme Managers - Presented on 23rd November 2022 at the BCS PMSG - (Video available on YouTube BCS Channel)
Introduction to Enterprise Architecture and TOGAF 9.1iasaglobal
Santos Pardos nos dará una visión general a TOGAF. Durante 2 horas, Santos nos introducirá al mundo de The Open Group Architecture Framework (TOGAF), ese marco de trabajo de Arquitectura Empresarial que muchos escuchamos hablar. Nos contará el enfoque propuesto para el diseño, planificación, implementación y gobierno de una arquitectura empresarial de información. También repasará, a alto nivel, cuatro niveles o dimensiones: Arquitectura de Negocios Arquitectura de Aplicaciones Arquitectura Tecnológica Arquitectura de Dat
Nilotpal Das analyzes a case of TOGAF implementation and explains the basics of enterprise architecture, including the details of the framework and standards set by The Open Group. He discusses various aspects of implementing these principles – including governance, compliance, and capability assessments.
Very useful set of TOGAF-related diagrams from the Orbus Software.
TOGAF®9.1 is an Architecture Framework which has been developed by the Open Group to provide the methods and tools
for assisting in the acceptance, production, use and maintenance of an Enterprise Architecture.
TOGAF - a teaser for our traning courseLars Lundgren
Level 1
Provide validation that the Candidate has gained knowledge of the terminology, structure, and basic concepts of TOGAF 9.1, and understands the core principles of Enterprise Architecture and TOGAF.
Level 2
Provide validation that in addition to the knowledge and comprehension of Level 1, the Candidate is able to analyze and apply this knowledge. The learning objectives at this level focus on application and analysis, in addition to knowledge and comprehension.
When a company invests in ITIL, very often Architecture is not much involved: this is a mistake because there is much overlap, and Architecture can end up side-lined by the ITIL juggernaut. But there are a lot of benefits Architecture can bring to an ITIL-oriented organization.
This slide deck goes a step or two further than the white-papers out there I've found to date in providing some concrete guidance on how to actually integrate Architecture activities into ITIL. The deck uses TOGAF as the reference framework, but the concepts can be applied to any modern Architecture practice, since the discussion focuses on the types of deliverables and activities, which analogously exist in most frameworks.
Togaf is a high level and holistic approach to design, which is typically modeled at four levels: business, application, data, and
technology. It tries to give a well-tested overall starting model to information architects, which can then be built upon. It relies heavily
on modularization, standardization, and already existing, proven technologies and products.
For More Information please follow the below link:
http://www.xoomtrainings.com/course/togaf
For Togaf 9.1 Online Training Demo Please Find the below link:
https://www.youtube.com/watch?v=TF-h6yUc9eo
For General Queries Email us at sales@xoomtrainings.com or +1-610-686-8077
A Top 10 Key to Success for Architects, delivered by author Pete Eeles, IBM, hosted on the "Good Design is Good Business" group on developerWorks: https://www.ibm.com/developerworks/mydeveloperworks/blogs/669242b1-dd91-4d63-a08f-231314c793bb/entry/top_10_success_secrets_for_software_architects_good_design_is_good_business_series?lang=en
Defining the business value proposition of EA and PPM
Eliminating project risks
Accelerating project execution
Managing project and architecture inter-dependencies
Delivering realized value
Improving collaboration of Architecture and PMO
Architectural Engagement Through the Project LifecycleDaljit Banger
Some insight into the work of the Architecture Community for Project/Programme Managers - Presented on 23rd November 2022 at the BCS PMSG - (Video available on YouTube BCS Channel)
Agile Architecture Belfast Software Architecture User GroupPaul Wallace
Agile and Architecture are not traditional bedfellows, this talk takes a look at the case for Agile and Architecture and seeks to make some practical suggestions on how an Agile Architecture
approach can effectively deliver working software which endures the test of time.
Architecture Series 5-4 Solution Architecture DraftFrankie Hsiang
Use Solution Architecture as a tool to produce solid solutions that fully meet business needs, within budget, deploy on schedule, easy to maintain, and use fewer resources.
Agile Architecture – Enabling the Organisation’s Successful Digital-Agile Tra...NUS-ISS
Architecture has an important role to play when deploying Agile at scale. In this session, we will take a look at Agile Architecture, its key building blocks, the mental model change that Agile Architecture requires and how it plays a critical role in supporting an organisation’s Digital-Agile Transformation success.
This story is about engagement of a Solution Architect into absolutely new and complex business domain – life science, where a client wants to modernize his legacy platform, which itself is a unique technological offering on the market. Sounds challenging already? Let’s have a look on how a Solution Architect can be successful in such project.
Architecting the Enterprise (in a SAFe Context)Mikkel Brahm
Walk-through of a Way of Working with Enterprise Architecture in a SAFe context in a larger Bank. What is EA, How to Steer, How to Govern, How to Lead, and how to wrestle with an emerging Future.
An introduction to fundamental architecture conceptswweinmeyer79
(Note: This is a very dated version of this popular deck, as SlideShare does not provide authors with a mechanism to update their documents. If interested in the latest version, feel free to message me on LinkedIn or at wweinmeyer@gmail.com. Also, feel free to ask SlideShare to bring back the ability to update posted documents.)
A discussion of the fundamentals you need to nail in your architecture practice:
- Architecture vs. Design
- Conceptual vs. Logical vs. Physical architecture
- Viewpoint Frameworks
- Architecture Domains
- Architecture Tiers
You are free to use/copy this information but if you do so, please include an acknowledgement
Architecture vs. Design in Agile: What’s the Right Answer?TechWell
Is architecture the same as preliminary design in agile? It shouldn't be. Do we create architecture up front, then do iterative development after the architecture is done? That is edging back toward waterfall. Can you explain the purpose of the architecture in just two or three statements? Anthony Crain says that when he asks that question, he gets either verbose answers or blank stares. So Anthony shares an elegantly simple two bullet explanation of what an architecture does. Explore the models architects and designers should produce and learn why these models are so important to keep separate. Understand why it is vital to separate functional from nonfunctional requirements and how this affects architecture, design, and even code and test. Explore what a conceptual architectural model should look like vs. a physical one, and for the conceptual design model vs. a physical one—and the timing of all four models. Finally, examine the impact of iterative development on architecture.
3. 33
Architecture Deliverables
Architecture Design Document (ADD):
Increases effectiveness as the primary artifact
Requirements
& Analysis
Design Construct Test Deploy
SDLCNon-SDLC
Sample Architecture
Deliverables
Architecture Design Document
(ADD)
Architecture Governance and Review
Documents
1
Business Context
Diagram*
Conceptual
Architecture
Logical
Architecture
Application Architecture
Information Architecture
Integration Architecture
Infrastructure Architecture
Architecture
Blueprints
Architecture Options
Analysis
Application
Rationalization
Analysis
Vendor Product
Analysis
Structural Design Pattern (SDP) Virtual Management Layer
1 2
* Will be created by Architecture team until business
teams are able to provide this
Physical
Architecture
System Architecture
Security Architecture
Zachman/RUP
Hybrid Architecture
Framework
3
2
3
TOGAF Components
As-Needed Applicability
4. 44
Architecture Delivery Process (ADP):
Guides ADD creation part of improvement process
Construct , Test,
Deploy
Enterprise and Domain Architecture Models and Standard
Requirements & Analysis Design
Project
Charter
BizSME
Conceptual
Future State
Architecture
LeadArch
Business
Context
Diagram
BA
High Level
Use Cases
BA
Business and
Technical
Requirements
BA
Deployment
Architecture -
Infrastructure
InfraArch
Platform
Implementati
on Plan
InfraEng
Physical Data
Model
DevDBA
Deployment
Architecture -
Integration
IntArch
Conceptual
Current State
Architecture
LeadArch
Logical
Application
Architecture
AppArch
Logical
Information
Architecture
InfoArch
Logical
Infrastructure
Architecture
InfraArch
Logical
Integration
Architecture
AppArch
Architecture
Governance
Review
EA
Technical
Design
AppDev
Application
Code
AppDev
Services
Code
IAS
Architecture
Governance
Review
EA
Architecture
Governance
Review
EA
Services
Design
IAS
Definition
Conceptual architecture model provides an understandable
picture of the overall purpose of the proposed solution to
business stakeholders. The solution components can be
“layered” on top of a process, functional or “tiered”
(presentation, business, data) view.
Creation
Process
• Review the charter and business context
diagram(s)and developa detailed
understandingof situation
• Review the high use cases and requirements
to understand the direction of thefuturestate
• Identifythesolution components that would
enablethe futurestate solution
• Socializewith business stakeholders and get
buy-in
Author Lead Architect
EPMM Stage Planning
SDLC Phase Requirementsand Analysis
ProjectArchitecture Delivery Context
Relevancefor Architecture Delivery
ARCHITECTURE DELIVERABLE
Theconceptualarchitectureis a primary
architectureartifact and is used as a model to
communicatethefuturestate solution with
business stakeholders .
Project
Charter
BizSME
Conceptual
Future State
Architecture
LeadArch
Business
Context
Diagram
BA
High Level
Use Cases
BA
Conceptual
Current State
Architecture
LeadArch
–
–
Project Architecture Delivery Process (ADP) –
• Outlines the architecture deliverables created during different phases of the
SDLC
• Assigns responsibilities for each architecture deliverable
• Defines inputs required for key deliverable s and clarifies the role in the
architecture delivery process
• Facilitates optimal use of architecture resources during the SDLC
Architecture
Delivery Process
Artifact
Definitions
Roles and
Responsibilities
ADP takes an architecture view of deliverables, and defines roles and responsibilities in the
context of delivering the solution architecture for a project.
5. 55
Project Architecture Delivery
Process – Proposed Future State
CTO - Architecture
CTO - IAS
Non CTO
Construct , Test,
Deploy
Enterprise and Domain Architecture Models and Standard
Design
Conceptual
Future State
Architecture
LeadArch
Business
Context
Diagram
BusArch
Use Cases &
High -level
Requirements
BA
Business and
Technical
Requirements
BA/BSA
Deployment
Architecture -
Infrastructure
InfraArch
Platform
Implementati
on Plan
InfraEng
Physical Data
Model
DevDBA
Deployment
Architecture -
Integration
IntArch
Conceptual
Current State
Architecture
LeadArch
Logical
Application
Architecture
AppArch
Logical
Information
Architecture
InfoArch
Logical
Infrastructure
Architecture
InfraArch
Logical
Integration
Architecture
AppArch
Architecture
Governance
Review
LeadArch
Technical
Design
AppDev
Application
Code
AppDev
Services
Code
IAS
Architecture
Governance
Review
LeadArch
Services
Design
IAS
Requirements and Analysis
Project
Charter
Sponsor
6. 66
ADP Delivers Solution Architecture for Architecturally
Significant Projects
Initiate Project
CTO Activity
Project Manager Activity
Involve
Architect?
Request for
Architect
Involvement
Calculate
Architecture
Significance
Determine
Project Type
Assign
Architect
Architecture Significance Model
Calculate Significance by evaluating multiple factors including
business impact, technology impact, process changes, portfolio
impact, etc. Architecture Significance Score should be used to
determine if architects should play a role in a project. A
higher assessment means that the architecture needs to be
engaged at a greater level.
Project Typing Framework
Uses Architecture Significance and project costs to determine
“Type”. Project Type determines the level of architect assigned
on a project.
Type 4 and Type 3: Projects that enable strategic capabilities
Type 2: Projects that enable key capabilities, but are not as strategic as
Type 4 & Type 3 projects
Type 1: Projects that have fairly low architecture significance
Receive
Architecture
Estimates
ProcessFrameworks
Yes
A B
A B
Receive
Response from
Architecture
No
Create solution
architecture using
the Architecture
Delivery Process
Decision made by
Architecture
Leadership (all
disciplines)
7. 77
Key Benefits of the ADP
• Enables CTO to develop a more effective
partnership with the business, clearly
linking desired business capabilities to
technical implications
• Dispels the “ivory tower” view of
enterprise architecture by ensuring
accountability of architects to project
delivery
• Supports enterprise efforts (e.g.
governance) as well as agendas of the
individual lines of business
• Provide clear roles and responsibilities
• Maximizes value from architects through
effective use and communication of
standards and governance
The goal of the ADP is to maximize value of architecture throughout the project delivery lifecycle.
Construct , Test,
Deploy
Enterprise and Domain Architecture Models and Standard
Design
Conceptual
Future State
Architecture
LeadArch
Business
Context
Diagram
BusArch
Use Cases &
High -level
Requirements
BA
Business and
Technical
Requirements
BA/BSA
Deployment
Architecture -
Infrastructure
InfraArch
Platform
Implementati
on Plan
InfraEng
Physical Data
Model
DevDBA
Deployment
Architecture -
Integration
IntArch
Conceptual
Current State
Architecture
LeadArch
Logical
Application
Architecture
AppArch
Logical
Information
Architecture
InfoArch
Logical
Infrastructure
Architecture
InfraArch
Logical
Integration
Architecture
AppArch
Architecture
Governance
Review
LeadArch
Technical
Design
AppDev
Application
Code
AppDev
Services
Code
IAS
Architecture
Governance
Review
LeadArch
Services
Design
IAS
Requirements and Analysis
Project
Charter
Sponsor