Moving from symptoms to a problem definition.
Statements such as 'the system is slow,' 'the report does not work,' or 'the team is delaying the task' are starting points, not diagnoses. Until we know when the issue began, whom it affects, under which conditions it repeats, and what changed beforehand, the solution space remains unnecessarily broad.
For me, the first step is separating observation from interpretation. What did we see, what are we assuming, what evidence do we have, and what do we still not know? Those four questions move the conversation from personal opinion to shared ground.
Using questions to understand process and context.
'Who did this?' may sometimes be necessary, but asked too early it pushes people into defense. 'How did this condition emerge?', 'where did we leave the normal flow?', and 'why could the same failure repeat?' open the system to examination.
When speaking with a user, concrete experience matters more than extra technical vocabulary: What step were you taking, what did you expect, what happened, and how did it affect your work? The solution can then fit the real need, not merely be technically correct.
Verifying the effect of a solution.
After a setting change, task or update, observing the effect connects the action with its outcome. The final step is to repeat the original condition and verify that the defined impact is gone.
A lasting solution also leaves the learning visible. A short record, clear ownership, and a small update to the standard when needed prevent the same issue from being solved from zero again months later.
Good problem solving involves reducing uncertainty, bringing together relevant knowledge and verifying the effect of the chosen solution. Clarifying the question together gives that work a sound starting point.