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Problem-solving isn’t something you’re born good or bad at. It’s a skill you build with a repeatable method and practice. This guide covers the seven steps to solving any workplace problem, the core skills behind them, the tools that make each step easier, real examples, and how to prove your problem-solving ability on a CV or in an interview.
Key takeaways
- The 7 steps of problem-solving are: define, analyse, generate options, evaluate, select, implement and review.
- Most failed solutions come from skipping step 1 or step 2, which means fixing a symptom instead of the root cause.
- Simple tools such as 5 Whys, a fishbone diagram and a decision matrix make each step faster and more objective.
- UK employers increasingly struggle to find this skill. A lack of complex problem-solving was a factor in 45% of skill-shortage vacancies in 2024 (Employer Skills Survey 2024).
Table of Contents
What are problem-solving skills?
Problem-solving skills are the abilities that let you identify an issue, find its root cause, develop and compare possible solutions, and put the best one into action. They combine analytical thinking, creativity, decision-making and communication, and you can strengthen them with a structured method and regular practice.
Problem-solving is both a skill and a method. As a skill, it helps you handle challenges at work, at home and in your studies. As a method, it gives you a structured process, the seven steps below, so you don’t rely on guesswork or gut feeling alone.
The 7 key problem-solving skills (with workplace examples)
“Problem-solving” is really a bundle of smaller skills. These are the seven employers look for most, what each one looks like on the job, and a simple way to practise it.
| Skill | What it looks like at work | How to practise it |
|---|---|---|
| 1. Analytical thinking | Breaking a vague issue ("sales are down") into measurable parts (which product, which region, since when). | Before reacting to any issue, write down three facts you know and three you don't. |
| 2. Research | Gathering data, records and opinions before deciding, rather than relying on assumptions. | Ask "What evidence would change my mind?" and go and find it. |
| 3. Creative thinking | Suggesting several possible fixes instead of the first one that comes to mind. | Force yourself to list at least five options before judging any of them. |
| 4. Critical thinking | Questioning assumptions, spotting weak evidence and testing ideas before committing. | For each option, write the strongest argument against it. |
| 5. Decision-making | Choosing an option on agreed criteria, then committing to it. | Use a simple decision matrix (see Step 4) for your next work decision. |
| 6. Communication and teamwork | Explaining the problem clearly, listening to colleagues and getting buy-in for the fix. | Summarise a problem in two sentences that a new starter would understand. |
| 7. Resilience | Staying calm under pressure and adjusting when the first solution doesn't work. | After a setback, note one thing you'd do differently, then try again. |
Critical thinking and problem-solving overlap heavily. For a deeper look at the thinking side, read our guide to critical thinking skills for problem-solving.
Why problem-solving skills matter at work
Employers rank problem-solving among the most valuable and hardest-to-find skills. In the UK, a lack of complex problem-solving ability was a factor in 45% of skill-shortage vacancies in 2024, up from 36% in 2022. Strong problem-solvers are easier to hire, quicker to promote and more trusted to work independently.
The picture is the same internationally:
- Seven out of 10 companies consider analytical thinking an essential core skill in 2025, making it the most sought-after core skill among employers (World Economic Forum, Future of Jobs Report 2025).
- Nearly 90% of employers look for evidence of problem-solving skills on graduates’ CVs (NACE Job Outlook 2025).
In practice, good problem-solving means fewer repeated mistakes, calmer responses to emergencies, better use of time and budget, and a reputation as someone people can rely on.
The 7 steps to improve your problem-solving skills
Here are the seven steps at a glance, followed by a detailed guide to each one. To make them concrete, we’ll follow one example all the way through.
| Step | Key question | Useful tool |
|---|---|---|
| 1. Define the problem | What exactly is wrong, where, and since when? | Problem statement / 5W1H |
| 2. Analyse the problem | What is the root cause? | 5 Whys, fishbone diagram |
| 3. Develop potential solutions | What are all the ways we could fix it? | Brainstorming, brainwriting |
| 4. Evaluate the options | How does each option score against our criteria? | Decision matrix, pros and cons |
| 5. Select the best option | Which option do we commit to, and who needs to approve it? | Risk check, stakeholder sign-off |
| 6. Implement the solution | Who does what, by when? | Action plan, contingency plan |
| 7. Measure the results | Did it work, and what did we learn? | KPIs, PDCA review |
Step 1: Define the problem
Define the problem in one specific, measurable sentence before you look for solutions. State what is happening, where, since when and what it is costing. A precise problem statement keeps everyone solving the same issue and stops you from treating symptoms as causes.
A quick way to do this is the 5W1H method: What is happening? Who is affected? Where? When did it start? Why does it matter? How big is it? Different people often see the same problem differently, so share your statement with colleagues and agree on it before moving on.
Step 2: Analyse the problem
Analyse the problem to find its root cause, not just its symptoms. Gather facts, look for patterns and keep asking “why?” until you reach a cause you can actually act on. Two simple tools help: the 5 Whys and a fishbone (Ishikawa) diagram.
The 5 Whys technique, popularised by Toyota, means asking “why?” repeatedly until you reach the underlying cause. A fishbone diagram groups possible causes into categories such as people, processes, equipment, materials and environment, so you don’t overlook anything. Also ask: What happens if we do nothing? What constraints do we have (time, budget, people)?
- Why are deliveries late? Parcels are leaving the warehouse a day later than promised.
- Why? Orders placed after 2pm miss the courier collection.
- Why? The courier moved its collection from 5pm to 2pm in February.
- Why didn't we adjust? Nobody updated the dispatch cut-off or the delivery promise at checkout.
- Why? There is no process for reviewing courier changes. ← root cause
Step 3: Develop potential solutions
Generate several possible solutions before judging any of them. Separating idea generation from evaluation produces more creative options and prevents the team from settling on the first idea. Aim for at least three to five realistic alternatives.
Use brainstorming, or brainwriting, where everyone writes ideas down silently before sharing, so quieter colleagues contribute too. Invite people from different teams, because those closest to the problem often have the most practical ideas. Write every suggestion down without criticism. You’ll filter them in the next step.
Step 4: Evaluate The Options
Evaluate each option against the same agreed criteria, such as cost, speed, impact and risk, so the decision is objective rather than based on opinion. A weighted decision matrix is the simplest way to do this: score each option, multiply by the weight of each criterion and compare the totals.
Useful questions for each option:
- Is it achievable with our current resources?
- How much time, money and effort will it take?
- Does it fit our processes, policies and culture?
- What are the risks and side effects?
- How much of the problem will it actually solve?
| Option | Cost (×2) | Speed (×1) | Impact on complaints (×3) | Weighted total |
|---|---|---|---|---|
| A. Later collection / new courier | 2 | 3 | 5 | 22 |
| B. Earlier picking shift | 3 | 4 | 3 | 19 |
| C. Update checkout estimates | 5 | 5 | 2 | 21 |
Option A scores highest, but C is close and cheap. That points to combining them: update checkout estimates straight away while negotiating with the courier.
Step 5: Select The Best Option
Select the option, or combination of options, that best meets your criteria and fits your organisation’s goals. Check the main risks, consult the people affected, then document your decision and reasons so it can be approved and explained later.
Your experience and judgement still matter here. The matrix informs the decision, but it doesn’t make it for you. Run your choice past a colleague or manager for a different perspective, and get formal approval where it’s needed.
Step 6: Implement the solution
Turn your chosen solution into a clear action plan: who does what, by when, with what resources. Communicate the plan to everyone involved, and agree in advance what you’ll do if something goes wrong. Most good solutions fail at this stage because of unclear ownership.
A simple action plan lists each task, an owner, a deadline and how you’ll know it’s done. Include a contingency plan, a “plan B” for the most likely risks. Strong communication skills make a big difference here, because people commit to plans they understand.
Step 7: Measure the results
Measure whether the solution worked by tracking the same figures you used to define the problem. Set a review date, compare results with your target, and record what you learned. If the problem isn’t solved, go back to Step 2. That loop is the Plan-Do-Check-Act (PDCA) cycle.
Recording outcomes builds a library of lessons for future problems, and it gives you evidence of your impact for appraisals, promotions and interviews.
Problem-solving examples in the workplace
The same seven steps work in any sector. Here are four quick examples:
- Health and social care: A care home manager faces a last-minute staff shortage. They check which staff are available, reassign shifts by priority and make sure residents still receive safe care. Later, they review why cover failed and set up an on-call rota.
- Customer service: An adviser notices that many calls are about the same billing error. Instead of handling each call separately, they report the pattern, the team fixes the template, and call volumes drop.
- Office and admin: Month-end reports keep arriving late. Mapping the process shows that one approval step waits for a manager who is often away. Adding a deputy approver solves it.
- Retail: A shop keeps running out of a best-selling item on Saturdays. Sales data shows that the reorder level was set before demand grew. Raising the reorder level and adding a Friday delivery fixes the gaps.
How to get better at problem-solving
You improve problem-solving the same way you improve any skill: deliberate practice and reflection. Use the seven steps on small, everyday problems, break big problems into smaller parts, learn a few proven tools, and review what worked after each challenge.
Break problems into smaller parts
- Identify the core issue.
- List the smaller factors contributing to it.
- Tackle one part at a time.
- Use checklists, mind maps or diagrams to track progress.
Practise with real-life scenarios
- Reflect on past challenges: what worked and what you’d change.
- Role-play difficult workplace situations with a colleague.
- Volunteer for stretch tasks or improvement projects.
- Study how experienced colleagues handle similar issues.
Train your thinking
- Logic puzzles, Sudoku and strategy games such as chess build pattern recognition.
- Keep a “problem journal”: one problem a week, the steps you took and the result.
- Learn something new, such as a language, an instrument or a software tool, to build mental flexibility.
- Protect the basics: sleep, exercise and breaks all affect how clearly you think under pressure.
Common problem-solving mistakes to avoid
- Jumping to conclusions: acting before you understand the full issue.
- Poor problem framing: if the problem is vague, the solution will miss the mark.
- Fixing symptoms, not causes: skipping root-cause analysis means the problem comes back.
- Over-relying on intuition: balance gut feeling with facts and data.
- Ignoring alternatives: settling on the first idea limits creativity and results.
- Weak implementation: great solutions fail without clear owners and deadlines.
- Not reviewing the outcome: skipping reflection means repeating the same mistakes.
How to show problem-solving skills on your CV and in interviews
To show problem-solving skills, give a specific example with a measurable result rather than simply calling yourself a “problem-solver”. In interviews, structure your answer with the STAR method: Situation, Task, Action, Result. On your CV, lead with the outcome and include a number.
Example STAR answer:
Situation: Late-delivery complaints rose by 30% in one month.
Task: I was asked to find the cause and fix it within six weeks.
Action: I analysed complaint data, used the 5 Whys to trace the issue to a courier timetable change, and proposed updating checkout estimates while renegotiating the collection time.
Result: Complaints returned to their previous level within six weeks, and we added a courier-change check to our process.
CV version: "Brought late-delivery complaints back to normal levels within six weeks by tracing a 30% spike to a dispatch scheduling issue and fixing it."
Problem-solving vs critical thinking: what's the difference?
Critical thinking is the ability to analyse information objectively and judge what is true or most reasonable. Problem-solving is the wider process of turning that thinking into action: defining an issue, creating options, choosing one and implementing it. Critical thinking is one of the main skills problem-solving relies on.
| Aspect | Critical thinking | Problem-solving |
|---|---|---|
| What it is | A way of thinking: analysing information objectively and judging it | A process: moving from an issue to a working solution |
| Main goal | Reach a sound, well-reasoned judgement | Fix a problem or improve a situation |
| Key question | "Is this true, and how do I know?" | "What's wrong, and what will fix it?" |
| Main activities | Questioning assumptions, weighing evidence, spotting bias and flawed logic | Defining, analysing, generating options, deciding, implementing, reviewing |
| Output | A conclusion, opinion or decision | An action taken and a measurable result |
| Needs creativity? | Sometimes, but mainly evaluative | Yes, to generate options as well as judge them |
| When you use it | Any time you read, listen to or assess information | When there's a gap between what is happening and what should happen |
| Example (late deliveries) | Questioning the assumption that "the courier is just slow" and checking the dispatch data | Running all seven steps, from defining the spike to fixing the cut-off and measuring complaints |
How Our Course Can Help
If you want structured practice and a certificate to show employers, our online Problem Solving Skills course takes about 1 hour and 29 minutes, is fully self-paced and includes a CPD-accredited certificate.
- Want the tools in more depth? Quality Tools and Problem Solving Methods covers structured techniques for root-cause analysis and improvement.
- Want to think more creatively? Try Critical Thinking and Creative Problem Solving Training.
- Managing a team? Read how to teach problem-solving skills to your team.
Final Words
Better problem-solving doesn’t depend on being the smartest person in the room. It depends on following a reliable process. Define the problem precisely, find the root cause, compare several options fairly, act with a clear plan and check the results. Use the seven steps on your next small problem at work, and they’ll soon become a habit employers notice.
Sources
- Department for Education (2025). Employer Skills Survey 2024: UK research report.
- World Economic Forum (2025). The Future of Jobs Report 2025.
- National Association of Colleges and Employers. What Are Employers Looking for When Reviewing College Students’ Resumes? (Job Outlook 2025).
Frequently Asked Questions (FAQ)
What are problem-solving skills?
Problem-solving skills are the abilities that help you identify an issue, understand its cause, and find and apply an effective solution. They include analytical thinking, research, creativity, critical thinking, decision-making, communication and resilience. They are valued in almost every job and can be improved with a structured method and regular practice.
What are the 7 steps of problem-solving?
The seven steps of problem-solving are: (1) define the problem, (2) analyse its root cause, (3) develop potential solutions, (4) evaluate the options, (5) select the best option, (6) implement the solution and (7) measure the results. If the results fall short, you return to the analysis step and repeat the cycle.
What are the 7 key problem-solving skills?
The seven key problem-solving skills are analytical thinking, research, creative thinking, critical thinking, decision-making, communication and teamwork, and resilience. Together they help you understand a problem, generate and judge options, get others on board and keep going when your first solution doesn’t work.
How can I improve my problem-solving skills quickly?
The fastest way to improve is to apply a structured method to real problems straight away. Use the seven steps on small daily issues, learn one or two tools such as the 5 Whys and a decision matrix, and reflect briefly on each outcome. A short online course can speed this up with guided practice.
Why do I struggle with problem-solving?
Most people struggle with problem-solving because of how they approach the problem, not because of intelligence. Common causes are feeling overwhelmed by a big problem, an unclear problem definition, fear of getting it wrong, and missing information. Breaking the problem into smaller parts and following a step-by-step method usually helps quickly.
How do I show problem-solving skills in an interview?
Use the STAR method: describe the Situation, your Task, the Actions you took and the measurable Result. Choose a real example where you identified a root cause and improved something, ideally with a number such as time saved or complaints reduced. Specific examples are far more convincing than calling yourself a problem-solver.
What is the difference between problem-solving and critical thinking?
Critical thinking is analysing information objectively to judge what is true or most reasonable. Problem-solving is the full process of defining an issue, creating options, choosing one and putting it into action. Critical thinking is a key part of problem-solving, but problem-solving also needs creativity, decision-making and implementation skills.
How can I train my brain for problem-solving?
Train your brain by regularly doing activities that make you think in new ways: logic puzzles, strategy games such as chess, and learning new skills. Practise breaking problems into steps, consider different perspectives, and look after the basics. Good sleep, exercise and regular breaks all improve focus and clear thinking.
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