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![OPM Purpose
[1.2] The purpose of Organizational Innovation and
Deployment (OID) is to select and deploy incremental and
innovative improvements that measurably improve the
organization’s processes and technologies. The
improvements support the organization’s quality and
process- performance objectives as derived from the
organization’s business objectives.
[1.3] The purpose of Organizational Performance
Management (OPM) is to proactively manage the
organization’s performance to meet its business objectives.
9](https://image.slidesharecdn.com/plenairfeb2011-cmmi1-3-110307070528-phpapp02/75/Plenair-feb-2011-cmmi-1-3-25-2048.jpg)
![Is CMMI really agile?
Multiple Agile approaches exist. The phrases “Agile environment” and
“Agile method” are shorthand for any development or management
approach that adheres to the Manifesto for Agile Development [Beck
2001].
Such approaches are characterized by the following:
• Direct involvement of the customer in product development
• Use of multiple development iterations to learn about and evolve
the product
• Customer willingness to share in the responsibility for decisions
and risk
from CMMI 1.3
25](https://image.slidesharecdn.com/plenairfeb2011-cmmi1-3-110307070528-phpapp02/75/Plenair-feb-2011-cmmi-1-3-43-2048.jpg)
Uploaded byAndré Heijstek
Plenair feb 2011 cmmi 1.3
This document provides an overview and summary of changes between CMMI version 1.2 and version 1.3. It discusses changes made to the high maturity levels, including renaming the Organizational Innovation and Deployment process area to Organizational Performance Management. It also summarizes changes made to specific process areas like Supplier Agreement Management and the addition of "Agile boxes" to provide guidance on applying agile approaches. Finally, it introduces the Cynefin framework and explores how the appropriate process control approach depends on the type of work being done.
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Similar to Plenair feb 2011 cmmi 1.3
Plenair feb 2011 cmmi 1.3
- 1. CMMI version 1.3 How agile is CMMI?
- 2.
- 3. A small poll • Who uses CMMI without Agile? 2
- 4. A small poll • Who uses CMMI without Agile? • Who uses Agile without CMMI? 2
- 5. A small poll • Who uses CMMI without Agile? • Who uses Agile without CMMI? • Who combines both? 2
- 6. A small poll • Who uses CMMI without Agile? • Who uses Agile without CMMI? • Who combines both? • Who is interested in SCAMPI? 2
- 7. Agenda • Big Picture of CMMI changes • Details for some PA’s • A new perspective on processes 3
- 8. Agenda • Big Picture • Details for some PA’s • A new perspective on processes 4
- 9. The Big Picture • Lots of small textual improvements • Introduction of Agile interpretation boxes • Changes in High Maturity 5
- 10. High Maturity - Continuous Version1.2 6
- 11. High Maturity - Continuous Version1.2 VER CL0 6
- 12. High Maturity - Continuous Version1.2 Not even performing all specific VER CL0 practices 6
- 13. High Maturity - Continuous Version1.2 Just performing all specific VER CL1 practices Not even performing all specific VER CL0 practices 6
- 14. High Maturity - Continuous Version1.2 Specific practices VER CL2 institutionalised with 10 GP’s Just performing all specific VER CL1 practices Not even performing all specific VER CL0 practices 6
- 15. High Maturity - Continuous Version1.2 ... and established as standard / tailored process VER CL3 Specific practices VER CL2 institutionalised with 10 GP’s Just performing all specific VER CL1 practices Not even performing all specific VER CL0 practices 6
- 16. High Maturity - Continuous Version1.2 ... applied GP4.1(quantitative objectives) and GP4.2 (stabilize) VER CL4 ... and established as standard / tailored process VER CL3 Specific practices VER CL2 institutionalised with 10 GP’s Just performing all specific VER CL1 practices Not even performing all specific VER CL0 practices 6
- 17. High Maturity - Continuous ... added GP5.1(ensure Version1.2 improvement) and GP5.2 (root causes) VER CL5 ... applied GP4.1(quantitative objectives) and GP4.2 (stabilize) VER CL4 ... and established as standard / tailored process VER CL3 Specific practices VER CL2 institutionalised with 10 GP’s Just performing all specific VER CL1 practices Not even performing all specific VER CL0 practices 6
- 18. High Maturity - Continuous 7
- 19. High Maturity - Continuous Version1.2 VER CL5 VER CL4 VER CL3 VER CL2 VER CL1 VER CL0 7
- 20. High Maturity - Continuous Version1.2 Version1.3 VER CL5 VER CL4 VER CL3 VER CL3 VER CL2 VER CL2 VER CL1 VER CL1 VER CL0 VER CL0 7
- 21. High Maturity - Continuous Version1.2 Version1.3 VER CL5 VER CL4 ML4 VER CL3 VER CL3 VER CL2 VER CL2 VER CL1 VER CL1 VER CL0 VER CL0 7
- 22. High Maturity - Continuous Version1.2 Version1.3 VER CL5 PA: Quantitative VER CL4 ML4 Project Management VER CL3 VER CL3 PA: Org. Process VER CL2 VER CL2 Performance VER CL1 VER CL1 VER CL0 VER CL0 7
- 23. High Maturity - PA: Causal Analysis Continuous and Resolution PA: Org. Version1.2 Version1.3 Performance Management VER CL5 ML5 PA: Quantitative VER CL4 ML4 Project Management VER CL3 VER CL3 PA: Org. Process VER CL2 VER CL2 Performance VER CL1 VER CL1 VER CL0 VER CL0 7
- 24. High Maturity -new PA Organisational Performance Management instead of Organisational Innovation and Deployment 8
- 25. OPM Purpose [1.2] The purpose of Organizational Innovation and Deployment (OID) is to select and deploy incremental and innovative improvements that measurably improve the organization’s processes and technologies. The improvements support the organization’s quality and process- performance objectives as derived from the organization’s business objectives. [1.3] The purpose of Organizational Performance Management (OPM) is to proactively manage the organization’s performance to meet its business objectives. 9
- 26. OPM Specific Practices SG 1 Manage Business Performance • SP 1.1 Maintain Business Objectives • SP 1.2 Analyze Process Performance Data • SP 1.3 Identify Potential Areas for Improvement SG 2 Select Improvements • SP 2.1 Collect and Analyze Improvement Proposals Elicit Suggested Improvements • SP 2.2 Identify and Analyze Innovations Analyze Suggested Improvements • SP 2.3 Pilot Improvements Validate Improvements • SP 2.4 Select and Implement Improvements for Deployment SG 3 Deploy Improvements • SP 3.1 Plan the Deployment • SP 3.2 Manage the Deployment • SP 3.3 MeasureEvaluate Improvement Effects 10
- 27. Agenda • Big Picture • Details for some PA’s • A new perspective on processes 11
- 28. Agenda • Big Picture • Details for some PA’s • A new perspective on processes 12
- 29. SAM SP 2.1 Execute the supplier agreement SP 2.2 Monitor selected supplier processes SP 2.3 Evaluate selected supplier work products SP 2.4 Accept the acquired product SP 2.5 Transition products 13
- 30. SAM SP 2.1 Execute the supplier agreement SP 2.2 Monitor selected supplier processes SP 2.3 Evaluate selected supplier work products SP 2.4 Accept the acquired product SP 2.5 Transition products 13
- 31. Measures for eachPA? 14
- 32. 1.2 1.3 The purpose of this generic practice is to perform the direct day-to-day monitoring and controlling of the process. all examples contain a Appropriate visibility into the process is maintained GP2.8 measurement, so apparently so that appropriate corrective action can be taken measurements are needed when necessary. Monitoring and controlling the process can involve measuring appropriate attributes of the process or work products produced by the process.” Collect work products, measures, measurement results, and improvement information derived from Collect process related experiences derived from planning and performing the planning and performing the process to support the GP3.2 process to support the future future use and improvement of the organization’s use and improvement of the processes and process assets organization’s processes and process assets 14
- 33.
- 34. Glossary 1.2 1.3 A set of interrelated activities, activities that can be recognized which transform inputs into Process as implementations of practices outputs, to achieve a given in a CMMI model purpose. A managed set of interrelated a managed set of interrelated activities and resources, including resources which delivers one or people, that delivers one or more more products to a customer or products or services to a Project end user. A project has a definite customer or end user. beginning (i.e., project startup) A project has an intended and typically operates according beginning (i.e., project startup) to a plan. and end. Projects typically operate according to a plan. 16
- 35. Agile box -REQM 17
- 36. Agile box -RSKM 18
- 37. Agenda • Big Picture • Details for some PA’s • A new perspective on processes 19
- 38. Agenda • Big Picture • Details for some PA’s • A new perspective on processes 20
- 39. Engineering or Production? Manufacturing has long recognized the importance of process effectiveness and efficiency. Today, many organizations in manufacturing and service industries recognize the importance of quality processes. from: CMMI version 1.3 (and 1.2) 21
- 40. What is engineering? At the heart of the engineering approach is a separation of design and construction, where construction is the larger part of the job and is a predictable process. Over time I began to find that this separation wasn’t really useful for my software work. Martin Fowler’s foreword in Ken Schwaber’s - Agile Software Development with Scrum 22
- 41. Process control (1/2) There are two approaches to controlling any process. The “defined” process control model requires that every piece of work be completely understood. Given a well-defined set of inputs, the same outputs are generated every time. A defined process can be started and allowed to run until completion, with the same results over time 23
- 42. Process control (2/2) There are two approaches to controlling any process. The “empirical” process control model expects the unexpected. It provides and exercises control through frequent inspection and adaptation for processes that are imperfectly defined .... Ken Schwaber - Agile Software Development with Scrum (referring to Tunde) 24
- 43. Is CMMI reallyagile? Multiple Agile approaches exist. The phrases “Agile environment” and “Agile method” are shorthand for any development or management approach that adheres to the Manifesto for Agile Development [Beck 2001]. Such approaches are characterized by the following: • Direct involvement of the customer in product development • Use of multiple development iterations to learn about and evolve the product • Customer willingness to share in the responsibility for decisions and risk from CMMI 1.3 25
- 44. Agile Manifesto We are uncovering better ways of developing software by doing it and helping others do it. Through this work we have come to value: Individuals and interactions over processes and tools Working software over comprehensive documentation Customer collaboration over contract negotiation Responding to change over following a plan That is, while there is value in the items on the right, we value the items on the left more. 26
- 45. Agile or CMMI? • Wrong question! • The real question: • How prescriptive should processes be? • The answer depends on: • the Nickols areas • the Cynefin areas 27
- 46. Types of Work Content Configured Prefigured Materials Information Production Information Routines Craft Intelligence From: Fred Nickols 28
- 47. Characteristics of typeof work Adapted from: Fred Nickols Production Craft Information Intelligence Work Materials Materials Information Information Content Work Prefigured Configured Prefigured Configured Process Work Tangible Product Tangible Product Intangible Intangible Result Chief Volume & Quality Volume & Quality &Value Quality &Value measures Quality Means of Compliance to Adherence to good Compliance to Adherence to good control procedures and practice procedures and practice standards (professionalism) standards (professionalism) Locus of Management Worker Management Worker control 29
- 48. Cynefin Complex Complicated disorder Chaotic Simple 30
- 49. Cynefin Complex Complicated disorder Empirically Known The domain of the actual Cause and effect relations Chaotic repeating & predictable Simple 30
- 50. Cynefin Complex Complicated Empirically Knowable The domain of the probable Cause and effect separated over time & space but repeat disorder Empirically Known The domain of the actual Cause and effect relations Chaotic repeating & predictable Simple 30
- 51. Cynefin Complex Complicated Complex Empirically Knowable The domain of many The domain of possibilities the probable Cause and effect coherent in Cause and effect separated retrospect, repeat accidentally over time & space but repeat disorder Empirically Known The domain of the actual Cause and effect relations Chaotic repeating & predictable Simple 30
- 52. Cynefin Complex Complicated Complex Empirically Knowable The domain of many The domain of possibilities the probable Cause and effect coherent in Cause and effect separated retrospect, repeat accidentally over time & space but repeat disorder Chaos Empirically Known The domain of the The domain of inconceivable the actual No cause and effect relationships Cause and effect relations Chaotic generally perceivable repeating & predictable Simple 30
- 53. Cynefin Complex Complicated Complex Empirically Knowable The domain of many The domain of possibilities the probable Cause and effect coherent in Cause and effect separated retrospect, repeat accidentally over time & space but repeat disorder Chaos Empirically Known The domain of the Sense The domain of inconceivable Categorise the actual No cause and effect relationships Respond Cause and effect relations Chaotic generally perceivable repeating & predictable Simple 30
- 54. Cynefin Complex Complicated Complex Empirically Knowable The domain of many Sense The domain of possibilities Analyse the probable Cause and effect coherent in retrospect, repeat accidentally Respond Cause and effect separated over time & space but repeat disorder Chaos Empirically Known The domain of the Sense The domain of inconceivable Categorise the actual No cause and effect relationships Respond Cause and effect relations Chaotic generally perceivable repeating & predictable Simple 30
- 55. Cynefin Complex Complicated Complex Empirically Knowable Probe The domain of many Sense The domain of Sense possibilities Analyse the probable Respond Cause and effect coherent in retrospect, repeat accidentally Respond Cause and effect separated over time & space but repeat disorder Chaos Empirically Known The domain of the Sense The domain of inconceivable Categorise the actual No cause and effect relationships Respond Cause and effect relations Chaotic generally perceivable repeating & predictable Simple 30
- 56. Cynefin Complex Complicated Complex Empirically Knowable Probe The domain of many Sense The domain of Sense possibilities Analyse the probable Respond Cause and effect coherent in retrospect, repeat accidentally Respond Cause and effect separated over time & space but repeat disorder Chaos Empirically Known Act The domain of the Sense The domain of Sense inconceivable Categorise the actual Respond No cause and effect relationships Respond Cause and effect relations Chaotic generally perceivable repeating & predictable Simple 30
- 57. Agenda • Big Picture • Details for some PA’s • A new perspective on processes 31
- 58. So, what’s next? • Analyse your processes • Simple, Complicated, Complex, Chaotic • Information, Intelligence • Rewrite process descriptions accordingly • Manage process accordingly 32
- 59. More info • http://www.improvementfocus.com/pages/ nl/publicaties/artikelen-en-presentaties.php • http://www.processgroup.com/ pgpostnov10.pdf • http://www.sei.cmu.edu/cmmi/tools/ cmmiv1-3/index.cfm • http://en.wikipedia.org/wiki/Cynefin 33
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- #41 Manifesto brengt spirit in Scrum. Infusion.\n\nProcessen en tools zijn prima, maar we zijn, door teveel focus hierop, wel eens vergeten dat software ontwikkeld wordt door vakmensen, en dat zij echt met elkaar in gesprek moeten gaan.\n\nDocumentatie is belangrijk, maar werkende software nog meer. Bij traditionele milestones werd alleen maar papier opgeleverd.\nOnderzoek naar re-use van software heeft aangetoond dat documentatie over designs maar een heel beperkt nut heeft. Alleen praten met de oorspronkelijke ontwikkelaars over het idee achter het design, en discussie met hen over waar een uitbreiding het beste geplaatst kon worden leidt tot een efficient ontwerp.\nVoorbeeld Wittgenstein - beschrijf een stoel, beschrijf het geluid van een klarinet.\n\nIn contracten met KPI’s kan alles dichtgetimmerd worden, waardoor het contract belangrijker wordt dan het tevredenstellen van de klant. Angstcultuur, afrekencultuur zijn het gevolg.\n\nWees realistisch, in vrijwel elk project zal er verandering komen. En dat is goed. Voortschrijdend inzicht van de klant (ik wil eigenlijk iets anders) of van de ontwikkelaars (we weten een slimmere manier) is alleen maar goed. Krampachtig vasthouden aan het oude plan is dan stompzinnig.\n
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- #43 Prefigured – vooraf helemaal uitgedacht. Medewerkers moeten door COMPLIANCE de processen gewoon volgen\nConfigured – uitgewerkt op de werkvloer (obv basis elementen). Medewerkers hebben een CONTRIBUTION rol\n\nExamples:\n- Production - manufacturing line\n- Craft - meubelmaker, kleermaker, programmeur\n- Information - administratief werk, schade voor verzekering beoordelen, salarisadministratie, lening afsluiten, business processes\n- Intelligence - ontwerper, project manager, consultant\n
- #44 compliance(the ~) als in `compliantness`:\nvolgzaamheid (de ~ (v)), meegaandheid (de ~ (v))\n\nadhere - iets aankleven\n
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