Enterprise Architects in Organizations

Function, Role and Task

Enterprise Architects, in short, are the designers of complex structures, like systems, that continuously change. They are also the supervisors of the realization of these systems. Preferably, they are the program manager or project manager of this transformation program.

There are many different types of enterprise architects in organizations, but they all have in common that they (should) design systems: Enterprise Architects design enterprise systems, IT Architects design IT systems, Solution Architects design architectural integral solutions, and so on.

The diagram provides core steps and roles that play an important part in the work of an enterprise architect.

Below, Dragon1 provides the worldwide enterprise architecture community with a paper detailing the architect's function, task, and role in the organization.

'Enterprise Architects' Download PDF (English) dragon1-the-architect-in-the-organization.pdf

'Enterprise Architecten' Download PDF (Dutch) dragon1-de-architect-in-de-organisatie.pdf

One of the great challenges for enterprise architects is to satisfy all the highly demanding primary stakeholders with their (conflicting) requirements. That requires the enterprise architect to be able to do conceptual design.

The conceptual level of the complex system they design is the architecture (i.e., total concept) of the system.

How Does the Enterprise Architect Work?

How, in short, does the enterprise architect work, together with other roles?

The Dragon1 open EA Method answers this question: the architect acts as a creative designer of total concepts and enterprise-wide solutions and supervises the realization of the designed solutions.

Important to notice is that an architect, other than designers, uses concepts and principles to create a design in architecture at four levels of abstraction: conceptual, preliminary, definite, and detailed architecture design.

Skills Required for Being a Designer

Designers need certain skills to be good at design.

Six skills often recognized are:

  • Communication. Designers are constantly interacting with stakeholders for requirements and approval of design fragments.
  • Creativity. Designers solve problems and devise solutions no one has done before, so they sometimes have no example.
  • Problem-solving. Designers create innovative, user-centered solutions that meet the needs of both users and stakeholders.
  • Technology. Designers need to be able to use new technology to solve problems that could not have been solved before.
  • Time Management. Designers always work on different projects at once and have to be able to juggle time.
  • Layout, Typography and Graphics. A layout uses type, graphics, and space to create a story, voice, and engagement. Designers communicate their design with visualizations, diagrams, views, and models. Stakeholders must be able to read and understand the graphics quickly and be willing to make decisions using them.

A Featured Skill: Thinking by Design

Thinking by Design is a powerful problem-solving approach involving using design principles and tools to create innovative enterprise architecture solutions.

At its core, Thinking by Design is about using design thinking principles to solve complex problems. This involves understanding the needs and desires of stakeholders, identifying the core problems that need to be solved, generating a wide range of ideas, prototyping, and testing solutions, and iterating on those solutions until a satisfactory result is achieved.

The Thinking by Design process typically involves the following stages:

  1. Define: This stage involves defining the problem that needs to be solved. This may involve synthesizing information gathered from stakeholders and identifying the core problem that needs to be addressed.
  2. Analyze: This stage involves analyzing the problem and identifying the root cause(s). This may involve using tools such as mind maps, cause-and-effect diagrams, or other analytical methods to understand the problem better.
  3. Ideate: This stage involves generating a wide range of ideas for solving the problem. This may involve brainstorming techniques, sketches, or other ideation methods to generate innovative and diverse integral solutions.
  4. Design: This stage involves selecting the most promising ideas and developing a detailed design for the solution. This may involve creating visualizations, models, or prototypes to illustrate the proposed solution.

  5. Evaluate: This stage involves testing the solution and gathering stakeholder feedback. This feedback is then used to refine the solution and improve its effectiveness.
  6. Communicate: This stage involves communicating the solution to stakeholders. This may involve creating reports, presentations, or other visualizations to communicate the solution's benefits effectively.

Thinking by Design is a powerful problem-solving approach that can be used to create innovative and effective solutions. Dragon1 supports this approach by providing enterprise architects with tools and features to visualize, analyze, and communicate their solutions.

Explaining What Is Architecture

To most people,

Enterprise Architecture is an unknown field of work. This causes architects to spend a lot of time introducing architecture as a field of work or even defending why it is necessary.

This is not a key activity for enterprise architects, but unfortunately, they must address it.

Dragon 1 promotes the usage of portfolios for this. If you are an architect with experience and a portfolio, this is the best way to explain the role and added value of architecture to others.

How To Tell If Your Enterprise Architects Are Any Good?

  1. Enterprise architects have a portfolio with great models, drawings, and sketches they use to get architecture design assignments/contracts from owners/clients (C-level). This portfolio shows the architect's past success with architecture and projects.
  2. Enterprise architects proactively acquire architecture design assignments and contracts.
  3. Enterprise architects create and review strategy maps to give feedback on the strategy to the C-level. This shows they understand and know the enterprise's strategy that they are changing with his designs.
  4. Enterprise architects design and review business models so C-level persons can discuss the changes better with others. This shows that the architect understands and knows the business model they are changing with his designs.
  5. Enterprise architects create and review business cases for all the business model changes caused by the strategy.
  6. Enterprise architects moderate and review programs of requirements (consulting stakeholders) for the enterprise-wide integral solutions (in the business cases) that need to be designed and realized with architecture.
  7. Enterprise architects create and review landscapes and blueprints of processes, applications, and infrastructure. So, the impact of the new solutions can be easily controlled.
  8. Enterprise architects design and review frameworks, architectures and solutions, concepts, principles, patterns, and building blocks.
  9. Enterprise architects create and review evolutionary and modular project plans.
  10. Enterprise architects create and review roadmaps.
  11. Enterprise architects supervise the detailed design and realization of enterprise-wide integral solutions.
  12. Enterprise architects proactively escalate to the owner/clients when they encounter major risks or threads for the projects or enterprise.

Elevator Pitch of the Architect

Here is an Elevator Pitch of Architects for the architect in the organization.

Architecting Solutions

DEMO: Concept Mapping Software

How to use Dragon1 EA Tool

Learn to generate architecture diagrams using repositories
DEMO: BPMN Onboarding Process Example

DEMO: BPMN Onboarding Process Diagram - Measure Rules Compliance

Manufacturing, Financial Solutions
DEMO: Enterprise Architecture Blueprint Template

DEMO: Generate an Enterprise Architecture Blueprint to discover and solve RISK

Banking, Logistics, Healthcare
DEMO: Strategy Map Template

DEMO: Generate Strategy Map for CLOUD ADOPTION

Government, Logistics, Banking
DEMO: Process Application Map

DEMO: Generate Landscape for RPA AUTOMATION

Retail, Agriculture, Energy, Oil & Gas
DEMO: Data Mapping Software

DEMO: Generate Application Portfolio Diagram

Automotive, Financial Services, Health Care