|
|
|
|
|
|
Institute for Manufacturing |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Decision support tools References
|
Soft Systems MethodologySoft Systems Methodology attempts to foster learning and appreciation of the problem situation between a group of stakeholders rather than set out to solve a pre-defined problem. The complexity of many organisational/social problem situations defeats attempts at defining a problem: in many such situations the problem is 'what is the problem?'. SSM provides a framework for tackling such situations. There are two main modes within SSM, real world activities and systems thinking about the real world. Initial work involves interviews and meetings to gain an understanding of the problem situation, which is represented by the use of 'rich pictures'. Systems thinking uses concepts of hierarchy, communication, control, and emergent properties to identify 'relevant systems' which may provide useful insights. These relevant systems are logically defined by constructing 'root definitions' which are then used to generate 'conceptual models' of the selected systems. Different conceptual models representing different viewpoints are then used as the basis of a debate, which through an 'appreciative process' can lead to feasible and desirable change and then to action. Soft Systems Methodology has been developed over twenty years by Peter Checkland of the Department of Systems at Lancaster University, and others. Soft Systems Methodology is based on the following axioms:
CATWOESoft systems uses the mnemonic "CATWOE" to list the perspectives of a situation that must be considered:
Transformation is judged by the 3 Es
RolesThe following roles are recognised explicitly:
|
a-z site index | about the IfM | the Institute for Manufacturing is a part of the Department of Engineering | Go to top of page
This page is from the Institute for Manufacturing, Department of Engineering, University of Cambridge
www.ifm.eng.cam.ac.uk