Kategorier: Alle - solution - criteria - impact - analysis

af Michelle Johana Villa Bellido 3 år siden

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Problem description toolbox

Effective problem-solving requires a structured approach that includes understanding the root cause, setting solution criteria, and performing impact analysis. Asking the right questions, such as who, what, when, where, why, and how, helps in dissecting the problem.

Problem description toolbox

Where to next?

Where to next?

When you have a comprehensive description of the problem, you can move towards finding solutions.

Consider brainstorming as a next step or Share the mind map with your colleagues.

Problem Name

Name the problem


Identify the problem or issue in a few words and press Enter. This will become the title of your map.

Be the problem

Insight

Add a statement describing the problem as if it were a person.

Analogies

What is it like?

What is 'Problem Name' like?


For example, how would the problem behave at a wedding, at a concert, in a supermarket, or underwater?

Six serving men

Who?
Who not?

Who does not cause 'Problem Name'?


Who causes 'Problem Name'?


Where?
Where not?

Where does 'Problem Name' not happen?


Where does 'Problem Name' happen?


How?
How not?

How does 'Problem Name' not happen?


How does 'Problem Name' happen?


When?
When not?

When does 'Problem Name' not happen?


When does 'Problem Name' happen?


Why?
Why not?

Why is 'Problem Name' not a problem?


Why is 'Problem Name' a problem?


What?
What not?

What does not cause 'Problem Name'?


What causes 'Problem Name'?


Impact analysis

Person

Who is affected?


Type in a name or role of someone who is affected by 'Problem Name'

Impact

How is Person affected by 'Problem Name'?


Rate the impact by clicking an icon:

High impact - significant consequences

Medium impact - annoying but tolerable

Low impact - negligible effect

Root cause analysis

Root Cause analysis


For analytical problems, root cause analysis can help to unravel indirect causes of problems, leading to more effective solutions. One way to do this is to keep asking 'Why?' down to five levels, to understand the reasons behind the reasons.

Cause

Why does 'Problem Name' happen?


Enter a reason that 'Problem Name' happens.

Why does 'Cause' happen?


Enter a reason that 'Cause' happens.
(Level 2 of 5)

Why does 'Cause' happen?


Enter a reason that 'Cause' happens.
(Level 3 of 5)

Why does 'Cause' happen?


Enter a reason that 'Cause' happens.
(Level 4 of 5)

Solution criteria

Criterion

Add solution criteria

Make sure you consider:

What assumptions are you making?

Assumption

Add an assumption


Identify an assumption you are making in both the description of the problem and the logical solution.

What don't you know?

Unknowns

Add an unknown factor

Identify information or data that is not known or not reliable, and what you can do to find it. Think about:

What do you know?

Fact

Add a piece of data


Add data or a reference to the problem. Think about:

Problem type

Describe the problem type


Select the problem type or enter your own description.

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