Enterprise Engineering
The Enterprise Engineering Standards are the result of years of international academic research and industry expert consensus on repeatable patterns that can be reused and replicated. The Enterprise Engineering Standards are packaged as ‘Reference Content’, and is both agnostic and vendor neutral. They have been specifically designed to be fully tailored to and implemented by any organization, both large and small, regardless of its various frameworks, methods, approaches, products, services and activities.
The Enterprise Engineering Standards are developed in the following ways:
- Research and analyze what works – again and again (Best Practices) – and discover the unique aspects applied by leading organizations (Leading Practices).
- Identify common and repeatable patterns which provide the basis for the Enterprise Standards.
- Develop ‘Reference Content’ that increase the level of reusability and replication within the disciplines of Enterprise Modelling, Enterprise Engineering and Enterprise Architecture.
- Extend with performance and value accelerators with unique aspects from the identified Best Practices and Leading Practices.
The Enterprise Engineering Standards consist of 28 different ‘Reference Content’ areas that are fully integrated with other frameworks, methods and approaches, such as TOGAF, META, FEAF, etc. This ensures full integration and standardization when applying the reference content into your organization, programs and/or projects, thereby having the ability to use our reference content across topics like strategy, capabilities, roles, and process, service and value aspects and technology as well as operational execution between them, creating a cross link throughout the Business, Information, and Technology layers.
Enterprise Engineering Reference Content
Reference Content Name | Reference Content ID# |
---|---|
Decomposition & Composition | LEAD-ES30001ALL |
Lifecycle Management | LEAD-ES30002ALL |
Testing | LEAD-ES30003SPADPI |
Requirement Management | LEAD-ES30004ES |
Quality Management | LEAD-ES30005EM |
Enterprise Sustainability | LEAD-ES30006ALL |
Agile | LEAD-ES30007ES |
Categorization & Classification | LEAD-ES30008ES |
Enterprise Tiering | LEAD-ES30009ALL |
Enterprise Ontology | LEAD-ES30010ALL |
Enterprise Taxonomy | LEAD-ES30011ALL |
Enterprise Semantics | LEAD-ES30012AS |
Periodic Table of Enterprise Elements | LEAD-ES30013ALL |
Meta Objects | LEAD-ES30014ALL |
Enterprise Meta Model | LEAD-ES30015ALL |
Artefacts & Templates | LEAD-ES30016ALL |
LEAD Way of Structuring | LEAD-ES30017WS |
Information & Systems Engineering | LEAD-ES30018BCSAD |
Data Monetization | LEAD-ES30019DI |
Multiexperience | LEAD-ES30020ALL |
User Democratization | LEAD-ES30021ALL |
Human Augmentation | LEAD-ES30022ALL |
Blueprinting | LEAD-ES30023ALL |
Implementation | LEAD-ES30024ALL |
Enterprise Navigator | LEAD-ES30025ALL |
Packaged Business Capabilities | LEAD-ES30026ALL |
SMART City & Digital City | LEAD-ES30027BCBPSADPI |
Productization | LEAD-ES30028ALL |
Enterprise Engineering, Modelling and Architecture
With our extensive and powerful database of performance and value accelerators already embedded within the reference content, any organization can benefit from our proven record and experiences gained from both Best and Leading Practices that our Enterprise Standards are based on.
This makes it easier, less time consuming and much cheaper to apply object descriptions, relations and rules to enable Enterprise Engineering, Enterprise Modelling and Enterprise Architecture across organizational departments, programs and projects.