Situation Analysis in Problem-Solving Cycle
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=Abstract= | =Abstract= | ||
| − | In this article | + | In this article will be presented the importance and utility of situation analysis in problem solving cycle. Describing major concepts and key elements for its' successful application. |
Situation analysis is the first and crucial step in the system oriented problem solving. With this step starts search for goals and continues with defining and analysing the problem. First of all, the task analysis is performed where comprehensive overview is captured with basic knowledge of what is the task and what are the underlying problems, the cause and expectations. Thus this task analysis starts the definition of the project area. | Situation analysis is the first and crucial step in the system oriented problem solving. With this step starts search for goals and continues with defining and analysing the problem. First of all, the task analysis is performed where comprehensive overview is captured with basic knowledge of what is the task and what are the underlying problems, the cause and expectations. Thus this task analysis starts the definition of the project area. | ||
| − | Next steps are to investigate Current and Future states. However approach to both states is different. In the analysis of the current state a system of demarcation is established providing information about relevant parties of the problem and mapping it in relation to each other. Furthermore, the interaction between current system and its' environment is considered and evaluated. | + | Next steps are to investigate Current and Future states. However approach to both states is different. In the analysis of the current state a system of demarcation is established providing information about relevant parties of the problem and mapping it in relation to each other. This helps to specify, communicate and adapt the scope of the project. Also it shows areas of investigation and intervention, or basically areas where influence will be visible. Furthermore, the interaction between current system and its' environment is considered and evaluated. This gives better perception of the whole structure, functions of each part and relations in between. Then continuing with identification of strengths and weaknesses in the system contributes to the start of SWOT analysis. In addition cause analysis is performed. Considering future state analysis it consists of prediction of environment behaviour and impact of this behaviour on the system. This is all more about trying to foresee the possible trends of the system and what actually it could bring in the future. Here should be deliberated all possible scenarios and development of key factors. Should be mentioned that all this is performed based on system demarcation. Several methods are used for it and extrapolation of data is expected. Crucial point here would be prediction of the impact of the behaviour on the system which would include identification of opportunities and threats of problem solving. And finally, one of the last steps would be the systematic evaluation of the analysis of strengths, weaknesses, opportunities and threats. To do this SWOT analysis is used. The interaction between those four properties is under the loop at this point. |
| + | To finish up with the situation analysis, the summary is provided, where finalized problem is described and focus area is identified. | ||
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=Background= | =Background= | ||
Revision as of 21:19, 16 November 2014
Contents |
Abstract
In this article will be presented the importance and utility of situation analysis in problem solving cycle. Describing major concepts and key elements for its' successful application. Situation analysis is the first and crucial step in the system oriented problem solving. With this step starts search for goals and continues with defining and analysing the problem. First of all, the task analysis is performed where comprehensive overview is captured with basic knowledge of what is the task and what are the underlying problems, the cause and expectations. Thus this task analysis starts the definition of the project area. Next steps are to investigate Current and Future states. However approach to both states is different. In the analysis of the current state a system of demarcation is established providing information about relevant parties of the problem and mapping it in relation to each other. This helps to specify, communicate and adapt the scope of the project. Also it shows areas of investigation and intervention, or basically areas where influence will be visible. Furthermore, the interaction between current system and its' environment is considered and evaluated. This gives better perception of the whole structure, functions of each part and relations in between. Then continuing with identification of strengths and weaknesses in the system contributes to the start of SWOT analysis. In addition cause analysis is performed. Considering future state analysis it consists of prediction of environment behaviour and impact of this behaviour on the system. This is all more about trying to foresee the possible trends of the system and what actually it could bring in the future. Here should be deliberated all possible scenarios and development of key factors. Should be mentioned that all this is performed based on system demarcation. Several methods are used for it and extrapolation of data is expected. Crucial point here would be prediction of the impact of the behaviour on the system which would include identification of opportunities and threats of problem solving. And finally, one of the last steps would be the systematic evaluation of the analysis of strengths, weaknesses, opportunities and threats. To do this SWOT analysis is used. The interaction between those four properties is under the loop at this point. To finish up with the situation analysis, the summary is provided, where finalized problem is described and focus area is identified.
