The Ishikawa Diagram is a framework used to solve problems. Very simple to assemble and use, but very efficient for the day-to-day life of Product teams, who need to deal with many challenges and have complete clarity about the causes of problems. Here you will understand: What is the Ishikawa Diagram; How did this method come about; Benefits of implementing it; Applications that the model has for Product teams; How you can create your own analysis in product management. Does it make sense to you? So happy reading! What is the Ishikawa Diagram The Ishikawa Diagram (Cause and Effect Diagram, Fishbone Diagram or 6M Diagram) is a strategic framework used to solve problems definitively , from the identification of the root cause of these problems.
According to the Ishikawa Diagram problems can have 6 main causes (which start with the letter “M”, and therefore the tool is also known as the 6M Diagram): Method: the methodology for carrying out the work may be inappropriate; Material: the materials used for the work may be inadequate; Labor: people may face low productivity, lack the necessary training to carry out Job Function Email Database the work or be discouraged; Machines: the machines and technologies used may be obsolete or have malfunctions; Measures: the metrics used to measure the results may not be the most appropriate for the project’s objectives or the control of these results is not being done correctly; Environment: the environment concerns the work context (such as location, organizational atmosphere and conditions for carrying out projects.
Thus when considering these elements this visual tool focuses on the negative consequence that the team must avoid. How did Ishikawa’s method come about? The Ishikawa method is named after its creator, quality management engineer Kaoru Ishikawa , born in Tokyo, Japan, in 1915. The diagram was created in the 1940s with the aim of making quality control in companies from an accessible method for everyone to use in the organization, without the need for a specialist to assemble the graphic scheme. Ishikawa was so innovative in his contributions to the industry that the American Society for Quality developed a quality medal honoring the engineer in 1993.
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