Defining the Problem
From Research to a Sharp Problem
Interviews, surveys, and competitive analysis produce a pile of raw observations. The final, crucial discovery step is turning that pile into a single, sharp problem statement the whole team can rally around. Skip this step and teams argue in circles about solutions before they even agree on the problem.
A well-defined problem does three things: it names a specific user, describes their real need in their own terms, and points to evidence rather than opinion. A vague problem ("users want a better experience") cannot be solved. A sharp one ("first-time Konga shoppers abandon checkout because they don't trust it will arrive") can be.
Anatomy of a Problem Statement
A useful template:
[User] needs [need] because [insight], but currently [current experience / obstacle].
Example, at a Nigerian logistics startup: "Small business owners shipping across cities need to know exactly when a package will arrive, because late deliveries damage their relationship with their own customers, but currently our tracking page only updates once a day, forcing them to call our support line for updates."
Notice this statement does not mention a solution. It stays entirely in problem space. That discipline matters: naming a solution too early ("we need a live tracking map") narrows the team's thinking before alternative solutions have even been considered.
Jobs to Be Done (JTBD)
The Jobs to Be Done framework, popularised by Clayton Christensen, reframes the problem around the progress a customer is trying to make in their life, not the product category. The classic line: "People don't want a quarter-inch drill, they want a quarter-inch hole."
The JTBD format: "When [situation], I want to [motivation], so I can [expected outcome]."
Example: "When I receive my salary at the end of the month, I want to automatically set some aside before I'm tempted to spend it, so I can build savings without relying on willpower." This is the real job behind features like PiggyVest's "AutoSave" or a bank's automatic round-up savings feature — customers are not buying a savings account, they are hiring a product to protect their future self from their present self.
JTBD is powerful because it reveals competitors you might otherwise miss: the "job" of protecting savings from temptation is also done by an ajo group, a locked fixed deposit, or asking a trusted relative to hold the money.
Opportunity Sizing
Not every well-defined problem is worth solving right now. Before committing a team, estimate the size of the opportunity:
| Question | Why it matters |
|---|---|
| How many users experience this problem? | A problem affecting 2% of users is a different priority to one affecting 60%. |
| How often does it happen? | A daily annoyance often matters more than a rare, one-off issue. |
| How severe is it? | Does it cause churn, or just mild irritation? |
| What is the cost of not solving it? | Lost revenue, support costs, damaged trust, or churn to a competitor. |
A rough sizing exercise: if Flutterwave discovers that 15% of merchants who see a failed transaction never retry, and those merchants process an average of ₦200,000 a month, the revenue at risk is a concrete, calculable number — far more persuasive to stakeholders than "some merchants seem unhappy."
Bringing It Together
A strong discovery process moves through a clear sequence: gather evidence through interviews and data (Lesson 1–2), understand the competitive and behavioural landscape (Lesson 3), and finally distill everything into one sharp, solution-free problem statement sized by real impact. Only then is a team ready to start designing solutions — with confidence that they're solving something real, for real people, that is actually worth the effort.
Try it yourself
Key Takeaways
- A sharp problem statement names a specific user, their real need, and supporting evidence — without naming a solution.
- The Jobs to Be Done framework reframes problems around the progress a customer is trying to make in their life, not the product category.
- JTBD can reveal competitors you'd otherwise miss, since many different products or behaviours can perform the same 'job'.
- Opportunity sizing (how many users, how often, how severe, what cost) helps decide whether a well-defined problem is worth solving now.
- Discovery moves from gathering evidence, to understanding the landscape, to distilling one solution-free, evidence-backed problem statement.
Quick Quiz
1.Why should a problem statement avoid naming a specific solution?
2.In the Jobs to Be Done framework, what is the 'job' behind a feature like automatic savings round-ups?
3.When sizing an opportunity, which of the following is NOT one of the recommended questions to ask?
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