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INCOSE Chesapeake Chapter Enterprise SE Panel Discussion. L. Mark Walker/LMC 21 March 2007. Enterprise SE Topics. Two ESE Perspectives: Management of Systems Development Technical Systems Engineering ISO 15288 Processes Applications Related to Organization Elements
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INCOSE Chesapeake Chapter Enterprise SE Panel Discussion L. Mark Walker/LMC 21 March 2007
Enterprise SE Topics • Two ESE Perspectives: • Management of Systems Development • Technical Systems Engineering • ISO 15288 Processes Applications Related to Organization Elements • Enterprise SE & Architecture Standards & INCOSE SE Handbook v3 • Hierarchy of Enterprise SoS Threads • Mission, SoS and System Threads • SoS & Threads Vee Diagram • INCOSE ESE References
Enterprise SE is High In the Corp. Food Chain- Emphasis on SE Mgt Corporation/Enterprise Corporate & Enterprise Business Mgt Corporation & SE Interoperability Enterprise SE Systems Organization & Project Mgt Technical Systems Engineering Organization Hierarchical Structure Tech & Project SE
Example: ISO 15288 SE Enterprise Processes External Interfaces Enterprise/Corporate Business Processes/Practices Academia Customers Industry SE Enterprise Processes (Chapter 6) Partners Standards SE Technical Processes (Chapter 4) SE Project Processes (Chapter 5) Other SE Processes Chapters are from INCOSE SE Hnbk v3
E.g. Enterprise Org & SOS Hierarchy ISO/IEC 15288 Processes Enterprise -Ent. Env. Mgt -Investment -System LC Processes -Resources -Quality Agreement -Acquisition -Supply Project -Planning -Assessment -Control -Decision-making -Risk Mgt -Configuration Mgt -Information Mgt Technical -Stakeholder Reqts -Requirements Analysis -Architecture Design -Implementation -Integration -Verification -Transition -Validation -Operation -Maintenance -Disposal Enterprise Ent Mgt Staff Element A Element B Element C Enterprise SE Acquisition Mgt Engineer ing Elem. Mgt Staff Stake holder Reqts Mgt Team Arch Mgt Team Finance Human Resources Quality Assurance Program X Program Y Each Ent. Level Applies SE Processes at their level Project A Project B Example Allocation of Processes to Enterprise Elements
EX: SE & Architecture Standards • System Engineering • ISO 15288: Focus on Enterprise SE Framework • EIA 632 & IEEE 1220: Focus on Project & System Level • Architecture • ISO Industry EA Standards: Enterprise Level • IEEE 1471: Systems Level
Hierarchy of Enterprise SoS Architecture & Mission ThreadsESE Level
genericity Particular level generic level partial level particular level Reference Catalog domain identification organization view resource view concept definition information view requirements definition enterprise model phase function view design specification implementation description enterprise modelling view domain operation not defined at the domain operation phase decommission definition ISO 19439 EA Stnd- 3 Dimensions Systems Integration: Framework for Enterprise Modelling Richard Martin
E-E Enterprise Architecture & Mission Threads in Complex SoS Products ESE Must Focus on E-E Big Picture & Products System & Component Level is at the Box Level
Ent. SoS Threads & Levels Vee Chart Multi Level Threads Mission SoS Domain Sector System ESE addresses Systems & SOS From E-E Threads and Life Cycle
INCOSE ESE References • ESE Related Enablers: • System Sciences, SE Mgt, Specialty Eng • Committees & WGs: • Standards Committee, & several Liaisons Teams • System Sciences Enabling Group • WGs: Architecture, Intelligent Enterprises, Model Driven System Development, SE Mgt • INCOSE Products: • INCOSE CONNECT-Product Area (lower left) • “About Intelligent Enterprises: A Collection of Knowledge Claims”, March07 • INCOSE Vision 2020; Model-Based SE Summary- Jan07 • MBSE State of Practice - 2020 • Etc. Many related to the above WGs & Committees • OMG, DOD (DODAF), etc.
INCOSE Vision 2020- Background • SE Vision is one of the INCOSE Top 4 Projects • Intent is to provide a consensus SE community document and to regularly update it • Current focus areas include: - Future Systems - Public Systems - Model-Based SE - Global Systems Engineering Environment - Process Evolution - Human Roles - SE Education
MBSE State of Practice - 2020 • MBSE extends to domains beyond engineering to support complex predictive and affects-based modeling that includes integration of engineering models with scientific and phenomenology models, social, economic, and political models, and human behavioral models • Use of domain specific languages and visualization that enable the systems engineer to focus on abstract modeling of the user domain • Modeling standards based on a firm mathematical foundation that support high fidelity simulation and real world representations • Extensive reuse of model libraries, taxonomies, and design patterns • Standards that support integration and management across a distributed model repository • Highly reliable and secure data exchange via published interfaces • Systems engineering workflow supported by standard “SE services” to access model information (e.g. requirements trace)