ISO/IEC JTC1/SC7 /N2646R

Transcription

1 ISO/IEC JTC1/SC7 Software and System Engineering Secretariat: CANADA (SCC) ISO/IEC JTC1/SC7 /N2646R Document Type Title Marketing Material ISO/IEC Marketing Presentation Source WG 7 Project Status Final Reference Action ID FYI Due Date Mailing Date Initial: ; Updated version: Distribution AG, ITTF No. of Pages 23 Note Address reply to: ISO/IEC JTC1/SC7 Secretariat École de technologie supérieure Département de génie électrique 1100 Notre Dame Ouest, Montréal, Québec Canada H3C 1K3 secretariat@jtc1-sc7.org

2 ISO/IEC The System Life Cycle Process standard for the 21 st century

3 Copyright This presentation was developed by delegates to ISO/IEC JTC 1/SC 7/WG 7 Life cycle management for the purposes of raising awareness about, and promoting the use of ISO/IEC You may use this presentation freely but it must retain this acknowledgement statement. 2 August 2002 Slide 2

4 Agenda Background History ISO/IEC overview Benefits 2 August 2002 Slide 3

5 Background Why ISO/IEC was developed Large International Market for systems engineering services and related products Need for a common process framework In 1994 no systems engineering standard addressed hardware and software in a concurrent and integrated fashion. Conventional engineering and software engineering were marching along their separate ways, particularly in the areas of terminology, design representation, and measurement Systems engineering itself was not fully integrated. 2 August 2002 Slide 4

6 History of ISO/IEC Initial planning started in 1994 Scheduled to be published August 2002 Resolved over 3,800 comments that encompassed 10 revisions of this document Participation of 18+ countries with over 40 technical experts Cost USD 8 million (estimated) 2 August 2002 Slide 5

7 ISO/IEC scope ISO/IEC establishes a common framework for describing the life cycle of systems created by humans. It defines a set of processes and associated terminology. These processes can be applied at any level in the hierarchy of a system s development. ISO/IEC concerns those systems that are man-made made and may be configured with one or more of the following: hardware, software, humans, or processes. 2 August 2002 Slide 6

8 Applicability of ISO/IEC Key business domains Aerospace Telecommunications Transportation systems Military systems Ship building Finance and Administrative systems Information Technology systems 2 August 2002 Slide 7

9 Influence profiles of ISO/IEC Business Managers Project Managers ISO/IEC Systems Engineers Specialist Engineers Enterprise and Agreement Processes Project Processes Technical Processes Technical Processes 2 August 2002 Slide 8

10 Uses of ISO/IEC Acquisition model Supplier management Supply model Development Risk reduction Organizational development Professional development Process improvement program 2 August 2002 Slide 9

11 ISO/IEC is part of the SC 7 Integrated set of Standards ISO/IEC TR Capability ISO/IEC & ISO/IEC Life Cycle ISO 9001 & ISO Quality 2 August 2002 Slide 10

12 System life cycle processes ISO/IEC Agreement processes Acquisition Supply Enterprise processes Enterprise environment management Investment management System life cycle processes management Resource management Quality management Project processes Project planning Project assessment Project control Decisionmaking Risk management Configuration management Information management Technical processes Stakeholder requirements definition Requirements analysis Architectural design Implementation Integration Verification Transition Validation Operation Maintenance Disposal Special process Tailoring 2 August 2002 Slide 11

13 Life cycle processes ISO/IEC 15288: Title Purpose Outcome Activity 2 August 2002 Slide 12

14 Development implemented by processes ISO/IEC structure Processes Outcomes Activities PROCESSES (25) ) Outcomes (123) Activities (208) 2 August 2002 Slide 13

15 System Life Cycle processes Example stages Stage Concept Development Production Utilization Support Retirement Description Analyze needs, identify concepts and develop solutions Engineer a product that is a producible item Manufacture the item(s) Operate and use the item(s) Maintain and support the item(s) Retire, dispose and archive 2 August 2002 Slide 14

16 Relationship between ISO/IEC and ISO/IEC Project Planning Project Assessment Project Control Usability Decision Making Risk Management Configuration Management Information Management Stakeholder Requirements Definition Requirements Analysis Validation Transition Verification Operation Maintenance Architectural Design Implementation Integration Disposal Hardware Implementation Enterprise Environment Management Investment Management Software Implementation Refer to ISO/IEC Human Task Implementation System Life Cycle Processes Management Resource Management Quality Management Acquisition Supply 2 August 2002 Slide 15

17 System life cycle processes Processes ISO/IEC structure The purpose of the process is stated in a paragraph that describes at a high level the overall goal for performing the process Outcomes An outcome is an observable result of the successful achievement of the purpose of the process. Activities The Activities attribute is used to provide a structural decomposition of a process 2 August 2002 Slide 16

18 Example of ISO/IEC Acquisition Process: outcomes A strategy for the acquisition is established A supplier is selected Communication with the supplier is maintained A justification for the selection is declared An agreement with defined acceptance criteria is established A product or service complying with the agreement is accepted Payment or other consideration is rendered 2 August 2002 Slide 17

19 ISO/IEC Provides a comprehensive and integrated framework for managing the full life cycle of systems for: Small, medium and large organizations Internal self-imposed use as well as providing a basis for contractual arrangements 2 August 2002 Slide 18

20 Benefits of using ISO/IEC A world class approach to systems engineering and systems management Life cycle modelling of systems Improved quality of the product Improved productivity Improved customer satisfaction Better foundation for growth and product enhancements 2 August 2002 Slide 19

21 Benefits of ISO/IEC Life cycle process standard providing: What should be assessed A holistic view of software and systems engineering A basis for stage-based life cycle models A process framework that can be tailored to suit A framework that reduces development risk A basis for communicating A basis for co-ordinating ordinating work 2 August 2002 Slide 20

22 Conclusion ISO/IEC is a key reference for any situation where systems are concerned Life cycle models are a key concept for successful systems 2 August 2002 Slide 21

23 Further reading 2 August 2002 Slide 22

24 Who to contact <insert local details> 2 August 2002 Slide 23