How to write a problem statement

Summary 

In this guide, you’ll learn:

• What a problem statement is and how PMs apply it for alignment before solutions
• The building blocks of how to write a good problem statement
• A step-by-step 5-step process to write one in your product workflows
• When to apply a problem statement (from feature requests to prioritization disputes)
• Examples of problem statement formats in real-world product situations
• How to apply Miro templates and AI assistance to draft, refine, and align on problem statements with your team

Product teams are moving fast. But when you go straight to solutions, you might end up solving the wrong problem.

Writing a good problem statement is a tool for alignment before the work starts. It helps product managers, designers, engineers, and stakeholders align on what’s really going on, who’s affected, and why it matters - before roadmaps change and resources are allocated. This guide will show you a practical, product management-friendly way to craft concise, evidence-backed problem statements that ground discovery and improve prioritization.

What is a problem statement?

A problem statement is a concise way to define a gap between the current situation and the desired outcome. It focuses on facts, what is happening, who is affected, and why it matters, without jumping to solutions.

This article focuses on the how: how to structure and write an effective problem statement that product teams can use to align quickly and move into action. For a deeper overview of what a problem statement is and why it matters, see Miro’s guide on customer problem statements.

To write a strong problem statement, start by clearly defining the user or group affected, describe the specific problem they are experiencing, and explain the impact of that problem in practical terms. Keep it grounded in observable evidence rather than assumptions.

From there, refine it by ensuring it is specific, measurable where possible, and free from any implied solutions so it can serve as a shared starting point for ideation and problem-solving.

And alignment is key here. According to Miro’s research on Momentum at Work, knowledge workers spend three hours on admin and meetings for every hour of strategic work, and 93% of them experience collaboration challenges. Without a shared problem statement, teams might be adding to the friction rather than alleviating it. A common understanding helps teams align on what they are doing, resist the urge to create quick fixes, and move from a reactive firefighting approach to a more proactive and thoughtful problem-solving approach.

What makes a good problem statement

A good problem statement is more than just a description of a problem. It helps focus, aligns teams, and provides the basis for making better decisions. The best problem statements have a few things in common:

• Clear and straightforward: Easy to understand without using technical language or internal acronyms. Anyone from product, design, engineering, or management should be able to quickly understand it.
• Specific and scoped: Describes a real problem in a specific context, not a general or abstract complaint. Is it happening in a particular workflow, product area, market, or team? A good statement sketches the boundaries so the team isn’t solving something too broad or too vague.
• Evidence-driven: Based on research, data, user feedback, or observation, not opinions or guesses. It reflects what is actually happening, not what people assume is happening.
• Impact-focused: Describes who is affected and why it matters, relating to user experience, business revenue, efficiency, risk, or strategy.
• Solution-agnostic (at least initially): Describes the problem without prematurely proposing a feature, fix, or solution preference.
• Measurable when possible: Links to signals you can measure, such as adoption rates, churn, wait times, error rates, or time spent.
• Root-cause focused: Looks beyond symptoms to understand what is really causing the problem.

If your problem statement is one that forces your team to argue about solutions before agreeing on the problem, it’s not ready to go yet. A good problem statement keeps everyone on the same page about what needs to change before discussing how to change it.

The elements of a problem statement

Most problem statements contain four key elements. You can match them to the 5 W’s (who, what, where, when, and why), and these parts fit hand in glove with them to make sure that no critical piece of information is left out.

• Gap (what) – The difference between the current situation and the desired situation. What’s not working? What need isn’t being met? Example: “The completion rate of user onboarding is 42%, which is far from the 70% threshold required to facilitate activation.”
• Orientation (where + when) – The situation in which the problem arises. Where does it appear? When does it happen? Example: “Drop-off happens during the account setup process, primarily on mobile devices, in the first session.”
• Impact (who) – Who is affected by the problem and how they are affected. This may include customers, teams, or the organization as a whole. Example: “New users abandon before they can experience the value of the product, causing lower activation and higher acquisition waste.”
• Importance (why) – Why this problem needs to be solved, from the perspective of the business or strategy. Why is it important now? Example: “Enhancing onboarding helps our growth strategy to boost trial-to-paid conversion in the current quarter.”

When the 5 W’s are linked to these four parts, the problem statement is no longer abstract and solution-hunting but concrete and decision-ready.

How to write a problem statement in 5 steps

Writing a problem statement doesn’t appear fully formed on the first try. It’s not a quick writing exercise, it’s a thinking exercise. Before you put pen to paper, you need to observe what’s going on, question assumptions, and look at the problem from several different perspectives.

This is where teams go wrong. They rush this step, start talking about solutions, discussing features, and only later realize they weren’t all on the same page about the problem to be solved.

The five steps outlined below give product managers and cross-functional teams a way to slow down just enough to identify the right problem, so solutions are built from evidence.

Step 1 - Identify the problem

Begin by looking at where the problem manifests itself most. Distill information from support tickets, product analytics, QA, sales calls, and user feedback. Then talk to people who are closest to the problem. From support teams and customer success, to designers, engineers, and even customers - all will have different insights. It even helps to interview stakeholders to help distinguish between perception and pattern and get actual examples you can point to.

Output: One crisp problem sentence + 2–3 supporting data points.

Before you proceed from identifying the problem to framing it in context, it’s helpful to dig a little deeper into your discovery. This brief video explains how frameworks can help teams identify root causes and improve their problem statements. It’s a great way to make sure you’re solving the right problem, not just the most vocal one.

Step 2 - Put the problem in context

After you’ve stated the problem, add context by identifying who is affected, where and when it occurs, and what it prevents. Now the problem is prioritizable. Ask yourself:

• Who is suffering from this problem most? (new users, enterprise admins, support teams?)
• When and where does this problem appear? (first login, checkout process, mobile app?)
• What does it block? (activation, retention, task completion, revenue, time-to-value?)
• Are there any constraints? (tech debt, platform, workflows, segments, compliance limits, roadmap timing?)

This step helps you ensure that you are talking about impact, not just friction.

Output: Context points + constraints that must be considered.

Step 3 - Find the root cause

Avoid settling on the first answer. Employ lightweight methods such as 5 Whys, journey mapping, a quick funnel analysis, or affinity mapping to distinguish symptoms from root causes. While investigating, refine the problem statement if necessary. If your original statement is no longer accurate, adjust it. Great product teams recognize that problem statement refinement is a process, not a destination.

Output: 2–5 root-cause hypotheses ordered by evidence.

Step 4 - Describe the ideal outcome

Specify what an improvement looks like. For the user and for the business. Connect it to a proxy metric that can be measured, even if it’s a nascent idea.

What we don’t want to do is set a goal like “improve experience.” Instead, ask yourself:

• What will users be able to do that they can’t do today?
• What kind of change would indicate success? (activation rate improvement, time-to-complete reduction)
• What would happen in the process if the problem was actually solved?

This grounds your team in outcomes, not outputs.

Output: Outcome statement + success signals or proxy indicators.

Step 5 - Propose directions and tradeoffs

Only after articulating the problem should you begin to lay out directions. Propose 1-3 directions or principles of solutions and point out tradeoffs. Be clear about what you must validate next before committing. Ask yourself:

• What are the risks?
• What are the dependencies?
• What might we be wrong about?
• What do we need to validate before committing engineering resources?

Output: A short list of solution paths + what you’ll validate next.

Having this process in an innovation space with shared collaboration makes it much easier to keep research, assumptions, and edits in sight. In Miro, teams can integrate interviews, create journeys, group feedback, and edit wording together, with the help of Miro AI to quickly summarize research inputs and highlight patterns. The end result is more than a better-written statement. It’s better alignment before execution.

When to use a problem statement

Problem statements are most useful whenever there is a need for a better understanding of a problem or a need for better alignment of a team. Product managers, designers, and engineering leaders will find themselves using problem statements in the following scenarios:

• New feature proposals – allocating roadmap space, product managers can use problem statements to better articulate the underlying user or business problem that informs the project proposal feature is intended to solve.
• Prioritization conflicts – When different teams have different ideas about what to build next, a common problem statement helps to align on impact rather than preference.
• UX pain points – To better articulate where users are struggling (activation, retention, task completion) before diving into interface changes so they can design with intent.
• Cross-team alignment – When product, design, engineering, and GTM teams need a common understanding of the problem before planning work. A common problem statement leads to a common purpose.
• Stakeholder buy-in – To articulate the cost of inaction and gain alignment on investment or discovery.
• Ambiguous discovery work – When the problem area is ambiguous and teams are at risk of solving symptoms rather than root causes.

How long should a problem statement be?

In most product and innovation work, a problem statement should be concise and specific, usually one to three sentences. It should be understood well enough that any member of the team can paraphrase it back. However, it should also be detailed enough to explain the problem, context, and impact.

If it takes a whole page to explain, chances are you’re including root cause analysis, background research, or solution statements. These should be in a supporting document, not in the problem statement itself.

However, in academic research, policy, or transformation projects, a written problem statement may be necessary to detail the scope and constraints of the problem. In this case, the problem statement itself should still be summarized into a concise form that the team can rally behind. If your team has trouble summarizing the problem statement, chances are the thinking is not yet complete.

Problem statement templates

You don’t have to begin with a blank slate each time you formulate a problem statement. In fast-paced product teams, having a structure in place helps you think clearly and quickly align – particularly when different stakeholders have varying views on what’s “really” happening.

Miro’s problem statement templates are crafted to distill disparate inputs into a unified, decision-ready problem statement within a single innovation space.

Customer Problem Statement Template

This template is intended for product and UX teams and assists in the formulation of customer problems in a clear and empathetic manner. It’s grounded in design thinking and emphasizes the underlying user problem you’re trying to solve, rather than the product you aim to deliver. It’s particularly useful for validating insights derived from user research and aligning on the experience you wish to improve.

Problem Statement MapThis technique is very useful in kick-off meetings, allowing teams to develop a common understanding of the project at the outset. It provides every team member with an opportunity to articulate assumptions, risks, and viewpoints before any execution takes place.

How Might We (HMW) templateWith the problem now defined, this template helps you to reframe it into opportunity statements that inspire creative thinking. This template helps teams to translate constraints into doable ‘How might we…’ statements without becoming mired in a single solution too soon.

Problem statement examples

Problem statements don’t have to be complex or detailed. In fact, the best problem statements are simple to grasp and direct. They can be distilled into one or two sentences that define what’s happening, where it’s happening, and why it’s important, without hinting at a solution.

Problem statement example 1: Onboarding drop-off

“Only 38% of new users complete the onboarding flow, leading to low activation and lost expansion opportunities.”

This example of a problem statement not only points out the problem (low completion), but also where the problem is happening (first session onboarding), and what the consequences of the problem are (new users not activating). It also connects the problem to growth and revenue, which gives product managers a solid starting point for investigation.

Problem statement example 2: Support tickets

“Integration support tickets have risen by 27% in the last quarter, resulting in longer response times and disappointing enterprise customers.”

This example of a problem statement points out the problem (27% increase) and when it happened (past quarter). It also states where the problem is happening (integration workflows) and who is being affected (enterprise customers). By connecting the problem back to customer dissatisfaction and response times, it connects back to the business impact.

Problem statement example 3: Sprint capacity

“Currently, engineering teams are spending nearly 50% of their sprint capacity on legacy system defects, which is slowing down the delivery of the committed roadmap features.”

This example of a problem statement states a measurable difference (50% capacity utilization), a location (sprint capacity), and the teams being affected (engineering teams and the stakeholders waiting for the delivery of the roadmap features). It also connects back to business impact by relating the problem to slower time-to-market and strategic delays, not “we’re behind.”

How WebMD improved problem alignment with Miro

The product teams at WebMD’s Medscape were struggling with siloed discovery. Research was scattered across slide decks and docs, assumptions were hidden until late in the game, and product updates were not always fully solving for clinicians’ needs. The issue wasn’t that the teams lacked effort, it was that they lacked visibility into the actual problems being solved.

By bringing discovery into Miro, WebMD was able to create a single destination for product managers, designers, and engineers to collect user interviews, expose assumptions, and get aligned on well-defined problems before building.

As Scotty Arlich, Product Designer at WebMD, explained: "Before Miro, it was the responsibility of the design team to identify risky assumptions. There was a lot of back and forth with the development team because feasibility concerns weren't accounted for during the discovery process. We needed to bring product managers, designers, and developers in earlier, to identify desirability, viability, usability, and feasibility of assumptions earlier."

By solving problems more clearly and more in alignment across teams, WebMD saw 60% more product improvements each quarter and a 10% boost in app engagement. This is the power of well-defined problems driving better product outcomes.

Create and align on your problem statement in Miro

A problem statement keeps wasted effort at bay, but only if teams are working on it together. When product, design, engineering, and leadership are aligned early on the right problem, it makes prioritization and solving easier.

Miro offers a collaborative innovation space for teams to conduct discovery, identify root causes, and create problem statements. Instead of exchanging static documents, you can use templates, relate research to the problem, and word the problem statement collaboratively. And with Miro AI, you can quickly analyze interviews, categorize insights, and enhance your problem statement without losing the underlying evidence.

If you want fewer debates about solutions and better alignment from day one, start working on your problem statements in Miro today - where the problem remains related to the work that follows.

FAQs

What is a problem statement in research?

A research problem statement focuses on identifying the issue your study is investigating. It effectively explains what’s not working, what isn’t understood yet, and why it matters. Researchers rely on problem statements to direct their work before moving into methods or analysis.

Can a problem statement change over time?

Yes, and it should often as part of the discovery process. As teams gather more research, feedback, and product data, they may find that the original framing was incomplete or focused on the wrong issue. Updating the problem statement isn’t a setback, it helps teams stay focused on the real problem instead of building solutions around outdated assumptions.

What’s the difference between a problem statement and a user story?

A problem statement describes the issue that needs solving and why it matters. A user story describes how a user might interact with a solution. Product teams usually begin with a problem statement during discovery to illuminate the challenge. Once the problem is understood, they then translate possible solutions into user stories that guide development.

Do different industries use problem statements differently?

They do, but the underlying idea of a problem statement stays the same. The only difference between industries is the type of outcomes teams are looking to achieve. A fintech company might look at operational friction or compliance workflows, whereas a sports apparel company would focus on pain points with customer experience and conversion metrics.

Are there different types of problem statements?

There are a few different types depending on the context and what team is writing one. The format may change slightly, but each type serves the same purpose. Customer problem statements would focus on user pain points or unmet needs. Whereas a product problem statement tries to pinpoint friction in a product experience or workflow. And a research problem statement highlights the gap in knowledge that needs further investigation.

Author: Danielle Caldas, Organic Growth Manager @Miro

Last update: April 16, 2026