Systematic Process Analysis: when and how to use it

2008 ◽  
Vol 7 (3) ◽  
pp. 304-317 ◽  
Author(s):  
Peter A Hall
Author(s):  
Matt Andrews

Governments can play great roles, resolving festering problems and opening new pathways for progress. Examples are numerous and raise an important question: How do governments build the capabilities required to do great things? This chapter identifies ten cases of such governments to answer four dimensions of this question: how do governments to ramp up their capability? Who leads these interventions ?, When do they occur, and why? How changes implemented to ensure they yield sustainable results? The chapter suggests two sets of answers to these concerns, combining rival theories that explain how governments enhance capabilities and strengthen their role: “solution- and leader-driven change” (SLDC) and “problem-driven iterative adaptation” (PDIA). It proposes using these two theories in future research about how governments foster the kinds of achievements one could call great and argues this research should employ a version of theory-guided process tracking (TGPT) called systematic process analysis.


1950 ◽  
Vol 14 (3) ◽  
pp. 235-235
Author(s):  
No authorship indicated

2019 ◽  
Vol 10 (1) ◽  
pp. 1-27
Author(s):  
Aniek Wijayanti

Business Process Analysis can be used to eliminate or reduce a waste cost caused by non value added activities that exist in a process. This research aims at evaluating activities carried out in the natural material procurement process in the PT XYZ, calculating the effectiveness of the process cycle, finding a way to improve the process management, and calculating the cost reduction that can achieved by activity management. A case study was the approach of this research. The researcher obtained research data throughout deep interviews with the staff who directly involved in the process, observation, and documentation of natural material procurement. The result of this study show that the effectiveness of the process cycle of natural material procurement in the factory reached as much as 87,1% for the sand material and 72% for the crushed stone. This indicates that the process still carry activities with no added value and still contain ineffective costs. Through the Business Process Mechanism, these non value added activities can be managed so that the process cycle becomes more efficient and cost effectiveness is achieved. The result of the effective cycle calculation after the management activities implementation is 100%. This means that the cost of natural material procurement process has become effective. The result of calculation of the estimated cost reduction as a result of management activity is as much as Rp249.026.635,90 per year.


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