CAPM exam: structure, topics and preparation

About the CAPM exam

The Certified Associate in Project Management is PMI's entry-level certification. It tests foundational knowledge across traditional and agile project work and business analysis, and it needs no project experience. It has its own content outline: PMP's July 2026 changes did not apply to CAPM.

If you are deciding between the two, PMP vs CAPM compares them.

Exam at a glance

• Questions: 150, of which 15 are unscored pretest questions.

• Time: three hours, about 72 seconds per question.

• Break: one 10-minute break after question 75. Once you start it, you cannot return to the first 75 questions.

• Item types: multiple-choice, drag-and-drop matching, hot spot questions and animations or comic strips. Candidates sitting online see comic strips in place of animations.

Source: PMI's CAPM Exam Content Outline and CAPM page.

What does the CAPM exam test?

Four domains, weighted as follows:

• Project management fundamentals and core concepts (36%): project roles, life cycles, planning, risk, stakeholders and the difference between a project and ongoing operations.

• Predictive, plan-based methodologies (17%): how scope, schedule, cost and controls fit together, including reading progress figures.

• Agile frameworks and methodologies (20%): iterative delivery, team roles, backlogs and feedback.

• Business analysis frameworks (27%): stakeholder needs, requirements, acceptance and whether the delivered solution meets the need.

Business analysis is the second-largest domain, so give it practice time to match.

What makes the CAPM exam challenging?

Questions put familiar terms into unfamiliar situations. Knowing what a work breakdown structure or a product backlog is will not help unless you can tell when the scenario calls for one. Answering every question through the approach you use at work causes similar problems: a predictive answer to an agile scenario, or the reverse.

A worked calculation

Earned value questions reward knowing what a number means; producing it is the easy part. Say planned value is £10,000, earned value is £8,000 and actual cost is £9,000.

• Cost variance = earned value − actual cost = £8,000 − £9,000 = −£1,000. The work done has cost more than it was worth.

• Schedule variance = earned value − planned value = £8,000 − £10,000 = −£2,000. Less work has been completed than planned.

Two things are easy to get wrong. Schedule variance is expressed in money, so it does not tell you the project is two days or two weeks late. And the £9,000 actually spent tells you nothing about how much work was done; earned value does that. Before calculating any measure, say which question it answers, and after calculating, change one input and predict which way the result moves.