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MBSE Patterns Working Group (Patterns-Based Systems Engineering Challenge Team)

The MBSE Patterns Working Group (formerly the Pattern-Based Systems Engineering (PBSE) Challenge Team) is a component of the INCOSE/OMG Model-Based Systems Engineering (MBSE) Initiative (http://www.omgwiki.org/MBSE/doku.php ). The approved INCOSE Working Group Charter is a 2016 update of the original 2013 team INCOSE/OMG charter. The base INCOSE working group page for the MBSE Patterns Working Group is found here:http://www.incose.org/ChaptersGroups/WorkingGroups/transformational/mbse-patterns.

1. Purpose:

1.1. Conceptual Summary:

As used here, System Patterns are configurable, re-usable System Models that would otherwise be like those expected and found in the practice of MBSE (not limited to, but including, SysML models). Through the availability and use of System Patterns, the outcomes targeted by MBSE models are made more accessible, in terms of ease (and skill) of generation and use, associated modeling cost, schedule, risk, completeness, and consistency, etc. Over time, System Patterns become points of accumulation of organizational learning and expertise. Because they are configurable and re-usable models of families or classes of systems, model-based System Patterns involve some additional methods and disciplines that extend the ideas of MBSE (e.g., Pattern Management, Configuration Rules, model minimality, etc.).

This model-based PBSE approach has been in use for a number of years, applied across enterprises and domains that include mil/aerospace, communications, automotive, medical/health care, advanced manufacturing, consumer products, along with business processes including sales, engineering, production, and general innovation. The first INCOSE PBSE tutorial was provided at IS2005, another given at GLRC2012, another at IS2013, and another at GRLC2013. Attendees at the IS2013 tutorial expressed interest in an ongoing INCOSE PBSE group of some kind. We have also published a number of papers on this approach.

1.2. Specific Challenge:

The PBSE Challenge Team will advance the availability of model-based System Patterns and related PBSE resources, and awareness of them, increasing the availability and successful use of System Models across the life cycle of systems. Specifically, this will be accomplished by meeting the following challenge:

Generating two or more MBSE models across multiple systems and system domains from single system pattern asset(s) leveraged across them. The specific domains and systems will be chosen based on the team membership’s priority interests, but are currently expected to include at least one multiple-configuration manufactured product line system, as well as the manufacturing system that produces it. This challenge will include quantification of the demonstrated economies or other gains obtained through pattern asset leverage, and the infrastructure (e.g., tools, processes) necessary to support those gains.

1.3. Form of Pattern-Based Systems Engineering (PBSE) Targeted by this Challenge Team

The term “pattern” appears repeatedly in the history of design, such as civil architecture[15], software design[16], and systems engineering[17]. Those “patterns” represent regularities that repeat, modulo some variable aspects, across different instances in space and time. However, in this project when we refer to “Patterns” and “PBSE”, we will mean the use of S*Patterns, and these have the following distinguishing characteristics.

S*Patterns are Model-Based, and that is why this Challenge Team is slotted into the MBSE Initiative. We are referring to patterns represented by formal system models. Among the historical “design patterns”, certain of these were based on descriptions that were not formal system models. Although they are always models, S*Patterns are not dependent on any single system modeling language, and are readily expressed in SysML, IDEF, or other formal modeling languages. Independent of the specific modeling language, S*Models always conform to the underlying S*Metamodel, which is the smallest model sufficient to the purposes of engineering and science.[8]

The S*Metamodel explicates Physical Interactions–state-impacting exchange of energy, force, mass, or information. Such interactions are the basis of substantially all the laws (patterns, regularities) of the physical sciences. Systems Engineering should have as strong a foundation as the other engineering disciplines, which are likewise based upon laws describing physical interactions.

The scope of S*Patterns are “Whole Systems“. An S*Pattern is effectively a formal model of a platform or product line system, or a whole system domain. Earlier examples of historical “design patterns” were frequently about smaller repeating component or subsystem patterns, used as deemed applicable, and in some cases provided detail mostly for the design part of the pattern. By contrast, the scope of S*Patterns includes system requirements, designs, and other S*Model information such as verification, failure analysis, etc.

S*Patterns are formally configurable, using automated algorithms, portable across numerous third-party COTS engineering tools and databases, to rapidly generate many specific system requirement/design configurations (including failure mode analyses) from desired platform or product family features.

2. Measures of Success

Targeted stakeholder and related measures of success are:

System Innovation / Development Teams: Enjoy the benefits of MBSE with lower per-project model-origination and refinement time, effort, skill load, and risk, by employing configured System Patterns as early draft models.

System Modelers: Extend the span of influence of skilled individual modelers by making their models effectively available, applicable, and impactful to more projects, systems, and products.

Product Line Managers, Platform Managers, Portfolio Managers: Improve the effectiveness of families-of-systems disciplines, measured in terms of economic leverage. System Verification Teams: Improve the performance of system verification planning and execution in high risk or complexity systems.

System Life Cycle Groups: Improve satisfaction with the early fit of systems to the learned needs of system life cycle communities, including manufacturing, distribution, end user, operations, and maintenance, over a broad range of issues that should not be re-discovered each generation (functionality, safety, many other aspects).

Tool Suppliers: Improve the ROI demonstrated by tools.

Enterprises: Improve organizational-level learning across individual people and projects, reducing occurrences of re-learning the same lessons and repeating the same mistakes.

3. Plan Overview / Description:

Phase 1: (Time period to be established)

1. Supplement start-up team membership with other interested team members, sharing and refining charter and gaining team buy-in to this plan.

2. Bring team membership to a common level of PBSE understanding, using PBSE Tutorials conducted in recent years at IS, GLRC, and chapter levels, including example System Pattern content.

3. Identify target products for near-term work by the team:

a. Target System Patterns b. Target System Pattern Applications c. Business Process Implications Model of PBSE d. Demonstration of PBSE support in Tools and Information Systems e. PBSE Tutorials f. Other target products

Phase 2: (Time period to be established)

4. Create and validate targeted Challenge Team products, prioritized from above Phase 3: (Time period to be established)

5. Make Challenge Team products available to INCOSE membership, extending benefits.

Schedule

Event_Date_._._._Event_Milestone_._._._._._._._._._._._._._._StatusPoint_of_Contact_._._._._.Link to References
June, 2013Provide PBSE Tutorial at IS2013DoneBill Schindel, Troy Peterson
Aug, 2013Gain agreement of MBSE leadershipDoneBill Schindel, Troy Peterson
Jul-Aug 2013Collect initial team members, refine charterDoneBill Schindel, Troy Peterson
Oct, 2013Provide PBSE Tutorial at GLRC2013DoneBill Schindel, Troy Peterson
Dec, 2013Challenge team wiki page createdDoneBill Schindel
Jan 27, 2014Challenge team mtg IW2014DoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_01.27.14
June 29-30, 2014Challenge team mtg IS2014DoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_06.29-30-14
Aug 18, 2014Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_08.18.14
Sep 02, 2014Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_09.02.14
Sep 15, 2014Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_09.15.14
Sep 30, 2014Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_09.30.14
Oct 14, 2014Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_10.14.14
Oct 28, 2014Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_10.28.14
Nov 10, 2014Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_11.10.14
Dec 17, 2014Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_12.17.14
Jan 12, 2015Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_01.12.15
Jan 26-27, 2015Challenge team mtg IW2015DoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_01.26-27.15
Mar 17, 2015Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_03.17.15
Apr 21, 2015Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_04.21.15
May 19, 2015Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_05.19.15
June 16, 2015Challenge team mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_06.16.15
June 14, 2015ASEE System Competencies WorkshopDoneMario SimoniASEE_2015_Systems_Competencies_Workshop_06.14.15
July 12-13, 2015Challenge team mtg IS2015DoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_07.12-13.15
Jan 12, 2016Patterns WG mtgDoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_01.12.16
Jan 30-31, 2016Patterns WG mtg IW2016DoneBill Schindel, Troy PetersonPatterns_Challenge_Team_Mtg_01.30-31.16
May 24-25, 2016MBSE Patterns WG Participation in INCOSE Agile Health Care Systems ConferenceDoneBill Schindel, Troy PetersonMBSE Patterns_WG_Participation in Agile HC Conference May 2016
July 5, 2016MBSE Patterns WG mtgDoneBill Schindel, Troy PetersonMBSE Patterns_WG_Mtg_07.05.16
July 17,2016MBSE Patterns WG mtg IS2016DoneBill Schindel,Troy PetersonMBSE Patterns_WG_Team_Mtg_07.17.16
July 28,2016MBSE Patterns WG Participation in ISSS2016DoneBill SchindelMBSE Patterns_WG_Participation_In_ISSS2016_Mtg_07.28.16
Nov 7-8, 2016MBSE Patterns WG in ASME VV50 Cmtee on V&V of Models, Schenectady, NYDoneBill SchindelMBSE_Patterns_WG_Participation_In_ASME_VV50_11.7-8.16
Nov 28-29, 2016MBSE Patterns WG Partic in INCOSE/IEEE EnergyTech 2016, ClevelandDoneBill SchindelMBSE_Patterns_WG_Participation_In_Energy_Tech_2016
Jan 28-31, 2017MBSE Patterns WG Mtgs at IW2017DoneBill Schindel, Troy Peterson Patterns_Challenge_Team_Mtg_01.28-31.17
April 12, 2017MBSE Patterns WG Participation in INCOSE Enchantment Chapter Meeting (New Mexico)DoneBill Schindel Patterns_WG_Partic_Enchantment_Chapter,_04.12.17
May 2-5, 2017MBSE Patterns WG Participation in ASME Model V&V Symposium, Las VegasDoneBill Schindel Patterns_WG_Partic_ASME_Model_V&V_Symposium,_05.2-5.17
May 16-17, 2017MBSE Patterns WG Participation in INCOSE Agile Health Care Systems Conf, ChicagoDoneBill Schindel Patterns_WG_Partic_INCOSE_Agile_Health_Care_Systems_Conf_05.16-17.17
May 21-24, 2017MBSE Patterns WG Participation in No Magic MBSE Symposium, Allen, TXDoneBill Schindel Patterns_WG_Partic_No_Magic_MBSE_Symposium_05.21-24.17
June 5-9, 2017MBSE Patterns WG Partic. in AIAA Aviation 2017, DenverDoneBill Schindel, Troy PetersonMBSE_Patterns_WG_Partic_In_AIAA_Aviation_2017_06.05-09.17
July 15-17, 2017MBSE Patterns WG Meetings at IS2017DoneBill Schindel, Troy Peterson Patterns_Challenge_Team_Mtg_07.15-17.17
Oct 12-14, 2017INCOSE Great Lakes Conference GLRC11 DoneBill Schindel GLRC11_10.12.17
Oct 31- Nov 1, 2017MBSE Patterns WG Partic in INCOSE/IEEE/NASA EnergyTech 2017, ClevelandDoneBill SchindelMBSE_Patterns_WG_Participation_In_Energy_Tech_2017
Jan 20-23, 2018MBSE Patterns WG Partic in INCOSE IW2108 Jacksonville, FLPendingBill SchindelMBSE_Patterns_WG_Participation_In_INCOSE_IW2018

Project Working Pages

Team Members

Challenge Team Co-Chairs:

    Bill Schindel   ICTT System Sciences     schindel@ictt.com
    Troy Peterson   System Strategies, Inc.  tpeterson@systemxi.com

Refer to attached Minutes for current team members, affiliations, and contact information.

1. Eric Berg, “Affordable Systems Engineering: An Application of Model-Based System Patterns To Consumer Packaged Goods Products, Manufacturing, and Distribution”, at INCOSE IW2014 MBSE Workshop, 2014.

2. Bill Schindel, Troy Peterson, “Introduction to Pattern-Based Systems Engineering (PBSE): Leveraging MBSE Techniques”, in Proc. of INCOSE 2013 Great Lakes Regional Conference on Systems Engineering, Tutorial, October, 2013.

3. W. Schindel, “System Interactions: Making The Heart of Systems More Visible”, in Proc. of INCOSE Great Lakes 2013 Regional Conference on Systems Engineering, October, 2013.

4. Bill Schindel, Troy Peterson, “Introduction to Pattern-Based Systems Engineering (PBSE): Leveraging MBSE Techniques”, in Proc. of INCOSE 2013 International Symposium, Tutorial, June, 2013.

5. ”Abbreviated Systematica Glossary, Ordered by Concept, V 4.2.2, ICTT System Sciences, 2013.

6. W. Schindel, “Introduction to Pattern-Based Systems Engineering (PBSE)”, INCOSE Finger Lakes Chapter Webinar, April 26, 2012.

7. ——————, “Integrating Materials, Process & Product Portfolios: Lessons from Pattern-Based Systems Engineering”, in Proc. of 2012 Conference of Society for the Advancement of Material and Process Engineering, 2012.

8. ——————, “What Is the Smallest Model of a System?”, in Proc. of the INCOSE 2011 International Symposium, International Council on Systems Engineering (2011).

9. ——————, “The Impact of ‘Dark Patterns’ On Uncertainty: Enhancing Adaptability In The Systems World”, in Proc. of INCOSE Great Lakes 2011 Regional Conference on Systems Engineering, Dearborn, MI, 2011

10. ——————l, “Failure Analysis: Insights from Model-Based Systems Engineering”, in Proceedings of INCOSE 2010 Symposium, July 2010.

11. J. Bradley, M. Hughes, and W. Schindel, “Optimizing Delivery of Global Pharmaceutical Packaging Solutions, Using Systems Engineering Patterns”, in Proc. of the INCOSE 2010 International Symposium (2010).

12. W. Schindel, “Pattern-Based Systems Engineering: An Extension of Model-Based SE”, INCOSE IS2005 Tutorial TIES 4, (2005).

13. ——————, “Requirements Statements Are Transfer Functions: An Insight from Model-Based Systems Engineering”, in Proc. of INCOSE 2005 International Symposium, (2005).

14. W. Schindel, and V. Smith, “Results of Applying a Families-of-Systems Approach to Systems Engineering of Product Line Families”, SAE International, Technical Report 2002-01-3086 (2002).

15. Christopher Alexander, Sara Ishikawa, Murray Silverstein, Max Jacobson, Ingrid Fiksdahl-King, and Shlomo Angel. A Pattern Language. Oxford University Press, New York, 1977.

16. Erich Gamma, Richard Helm, Ralph Johnson, John Vlissides. Design Patterns: Elements of Reusable Object-Oriented Software. Addison-Wesley Publishing Company, Reading, MA, 1995.

17. Robert Cloutier. Applicability of Patterns to Architecting Complex Systems: Making Implicit Knowledge Explicit. VDM Verlag Dr. Müller. 2008.

Link to web page with reference files selected from above for download: https://sites.google.com/site/incosepbsewgtempaccess/

mbse/patterns/patterns.txt · Last modified: 2017/12/10 15:49 by schindel