Real-life or industry problem is everywhere it’s quite obvious we have to solve them to improve ourselves and for the team and group. Problem-solving is a skill, it needs different approaches in different conditions. For only one product or one type of service, for a manufacturing setup, new market entry, everything always faces some kind of problem in regular intervals. Even in every problem, there are some hidden problems too. Sometimes we didn’t face those problems and sometimes we do. So, in particular, any part of that kind of known or unknown problem arises then the hypothesis analysis problem-solving approach heavily relies on it.
Hypothesis:
The hypothesis analysis is breaking a particular problem into several parts and if the solution doesn’t come therefore again segment those parts into several subparts until we get the solution of that subparts. After that apply the bottom-up approach, this is the sort summary of the hypothesis analysis problem-solving approach.
Problem solving:
If we differentiate those problems then we could separate problems into two parts.
- Technical problems
- Non-technical problems
Technical problems are related to technology like UI/UX problems, database problems, coding errors, bug fixing, analytical mistakes, etc.
In non-technology is closely related to business and management-related like manpower problems, financial issues, governance structural problems, business model problems, recruitment problems, cost problems, revenue issues, sales problems, new market issues, leadership problems, etc.
Keynote: Sometimes some problems have both technical and non-technical problems. We, Framysis call it an inter-connected or co-related problem. In this case, obviously, the problem-solving approach is helpful.
Identification through the Hypothesis analysis problem-solving approach
The hypothesis is obviously a step-by-step process. We gonna describe the few steps of this process
First step,
Firstly we have to listen to the problem carefully, sometimes read the problem carefully, then try to do a simple analysis.
Second step,
Then we have to understand which side-based problem is that. It’s an assumption. So, the assumption may not be right in the next sub-part but we can guess and assume that.
Third step,
Based on those assumptions and parts we have to make sub-part only when that part is unsolved or can’t predict the solution.
Fourth step,
Analyze each and every sub-part with proper equation and accurate calculation. After the calculation, it shows that the sub-part has no problem then okay go for others. Then gradually go to the upside of the branches and calculate again.
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