ISTQB Agile Tester CTFL-AT Practice Exams 240 Questions 2026

Master the ISTQB® Certified Tester Foundation Level – Agile Tester (CTFL-AT) certification with 6 full-length mock exams and 240 high-quality, scenario-based questions, fully aligned with the 2026 syllabus. This CTFL-AT practice course delivers real-exam–style simulations that closely mirror the official ISTQB Agile Tester exam format, difficulty, and timing. Prepare with confidence by practicing exactly how the exam feels—before you take it.

Each CTFL-AT mock exam is carefully designed to reflect Agile project realities, covering Agile values and principles, Scrum roles, risk-based testing, continuous testing, ATDD, BDD, TDD, and exploratory testing through realistic scenarios. The questions focus on decision-making and application, not memorization, ensuring true exam readiness. Every question includes clear, exam-focused explanations for all answer options, helping you identify knowledge gaps, avoid common traps, and improve performance under time pressure.

Suitable for both beginners and experienced testers transitioning to Agile environments, this course emphasizes real exam difficulty and structure—not question dumps. Trusted by learners preparing seriously for the ISTQB CTFL-AT Agile Tester certification. Start practicing today and walk into your CTFL-AT exam fully prepared and confident.

Practice with confidence and walk into your ISTQB CTFL-AT Agile Tester exam well prepared. Why this course is different:Fully aligned with the official ISTQB Agile Tester syllabusRealistic exam difficulty, structure, and scenario patternsDesigned for serious certification candidates aiming for high scoresFocuses on exam realism, deep explanations, and decision-making under time pressure. Prepare effectively, gain confidence, and maximize your chances of clearing the ISTQB CTFL-AT certification on the first attemptThis Practice Test Course Includes:6 full-length timed mock exams (40 questions each)240 scenario-based questions aligned to the CTFL-AT syllabusDetailed explanations for all correct and incorrect optionsReal exam simulation with scoring, timing, and randomized attemptsDomain-wise coverage and performance insightsIntegrated time-management and exam strategy guidanceFocus on real-world Agile scenarios and iterative projectsLifetime updates aligned with future syllabus revisionsExam Details:Exam Body: ISTQBExam Name: Certified Tester Foundation Level – Agile Tester (CTFL-AT)Exam Format: Multiple Choice & Multiple Response, Scenario-based questionsNumber of Questions: 40 per examExam Duration: 90 minutesPassing Score: 65%Question Weightage: Based on domain allocation as per ISTQB CTFL-AT syllabusDifficulty Level: Foundation to Intermediate (Agile testing context)Language: English (official exam language)Exam Availability: Online or in-person via accredited ISTQB exam providers\Detailed Syllabus & Topic Coverage:The CTFL-AT exam evaluates your understanding across three major domains, focused on Agile software development, Agile testing principles, and Agile testing techniques/tools.

Domain 1: Agile Software Development (32%)Agile values and principles (Agile Manifesto)Agile frameworks overview (Scrum, Kanban, XP)Roles and responsibilities in Agile teamsIncremental and iterative development modelsUser stories, epics, acceptance criteria, and backlog refinementAgile ceremonies: Sprint Planning, Daily Scrum, Review, RetrospectiveWhole-team approach and collaborationImpact of Agile development on testing activitiesDomain 2: Fundamental Agile Testing Principles, Practices, and Processes (30%)Agile testing mindset and tester roleTesting throughout the Agile lifecycleEarly and continuous testingTest planning and estimation in AgileRisk-based testing in Agile projectsTest levels and test types in AgileDefinition of Ready (DoR) and Definition of Done (DoD)Agile test documentation and lightweight artifactsManaging defects and feedback in Agile teamsDomain 3: Agile Testing Methods, Techniques, and Tools (38%)Exploratory testing and session-based testingTest-driven development (TDD), ATDD, BDDExperience-based and specification-based techniquesAutomation pyramid in AgileContinuous Integration and Continuous TestingTest tools selection and usage in AgileRegression testing strategiesMetrics, reporting, and dashboards in Agile projectsImproving test processes through retrospectivesPractice Test Structure & Preparation Strategy:Prepare for the CTFL-AT certification exam with realistic, scenario-driven mock tests that build conceptual understanding, hands-on readiness, and exam confidence. 6 Full-Length Practice Tests: Six complete mock exams with 40 questions each, timed and scored, reflecting the real exam structure, style, and complexityDiverse Question Categories: Conceptual, scenario-based, knowledge/factual, and application-level questionsScenario-based Questions: Apply Agile testing knowledge to realistic project situations, user stories, and iterative workflowsComprehensive Explanations: Each question includes detailed rationales for all answer options, helping you learn why answers are correct or incorrectTimed & Scored Simulation: Practice under realistic timing to build focus, pacing, and enduranceRandomised Question Bank: Questions and options reshuffle in each attempt to prevent memorisation and encourage active learningPerformance Analytics: Receive domain-wise insights to identify strengths and improvement areasIntegrated Time-Management Strategy: Learn question prioritization, domain-wise time allocation, option elimination, and decision-making under real exam pressure. Final Readiness Test — Full-Length Exam (Exam-Day Simulation): A full-length exam designed to simulate your final attempt before the real CTFL-AT exam and validate exam readinessDesigned to simulate your final CTFL-AT attempt and confirm readiness before scheduling the real exam.

Built-In CTFL-AT Time-Management Strategy:This course includes a practical time-management framework designed specifically for the CTFL-AT exam:First-pass strategy: Answer high-confidence questions quickly to secure easy marks earlyTime boxing: Allocate ~2 minutes per question with buffer for complex scenariosFlag & return method: Defer long scenario questions without losing momentumOption elimination technique: Remove distractors to improve accuracy under pressureFinal review checklist: Validate marked answers in the last 10 minutesThis structured approach helps reduce exam anxiety, avoid time traps, and maximize score potential. Preparation Strategy & Study Guidance:Understand the concepts, not just questions: Use these tests to identify weak areas, and supplement your study with official ISTQB CTFL-AT materialTarget >80% in Practice Tests: Builds confidence and conceptual mastery for the 65% passing requirementReview explanations in detail: Understand why answers are wrong to avoid tricky scenarios and common mistakesSimulate real exam conditions: Attempt mock tests in timed, distraction-free sessionsHands-On Learning via Agile projects or labs: Strengthen understanding by practicing testing on iterative projects, writing test cases for user stories, executing exploratory tests, and collaborating in Agile teamsDomain-Wise Score Interpretation Guide:– <70% — High Risk: Immediate revision required using official syllabus– 70–80% — Borderline: Review explanations and weak learning objectives– 80–90% — Strong: Maintain consistency and refine time management– 90%+ — Exam Ready: Focus on accuracy and confidenceAdvanced Exam Strategy:Advanced Exam Strategy Section — Covers common CTFL-AT trap patterns, domain prioritization, and accuracy optimization under time pressureSample Practice Questions:Question: 1Question Text: You are a tester on an Agile team where quality ownership is distributed across team members. Your test lead explains that testers in Agile teams take on coaching and quality ownership responsibilities beyond traditional test execution.

Which TWO of the following activities BEST reflect the coaching and quality ownership responsibilities of a tester in an Agile team? (Select TWO)A. Guiding developers on how to write effective unit tests to improve the team's overall test coverageB.

Executing all performance and security testing independently without involving the development team to preserve test objectivityC. Documenting all test results in a formal test report and submitting it to the project manager after each sprintD. Facilitating a discussion with the team on improving the definition of done to include additional quality criteriaAnswer: A, DExplanation:A.

This is correct because Agile testers are expected to coach team members on test techniques and quality practices, including unit test design, as per reference section 2. 3. 2.

This coaching activity directly reflects the quality ownership dimension of the Agile tester role. B. This is incorrect because performing all non-functional testing in isolation from the development team contradicts the whole-team quality ownership model.

Agile quality responsibilities are shared, and non-functional testing is most effective when developers contribute their technical understanding alongside the tester's test design skills. This option misrepresents objectivity as a justification for role isolation. C.

This is incorrect because submitting formal test reports to a project manager is a traditional reporting activity not characteristic of the Agile tester's coaching and quality ownership role. Agile testers communicate quality status through team-facing mechanisms such as task boards and standups, not through formal upward reporting. D.

This is correct because facilitating improvements to the definition of done is a quality ownership activity that enables the tester to embed higher quality standards into the team's shared acceptance of story completion, as per reference section 2. 3. 2.

This responsibility reflects the collaborative, team-wide quality ownership model in Agile. Domain Name: Domain 02; K-Level: K2; K-points: 1Question: 2Question Text: "Match each planning activity in Column 1 with the planning level it belongs to in Column 2. Column 1:Prioritising the product backlog for the upcoming releaseSelecting user stories to implement in the next iterationIdentifying product risks that affect the release scopeEstimating testing effort for stories committed in the sprintColumn 2:A.

Release planning - identifying and assessing product-level risksB. Release planning - prioritising and scoping the product backlogC. Iteration planning - allocating testing effort for committed storiesD.

Iteration planning - selecting and committing to user stories for the sprint"A. 1B, 2D, 3A, 4CB. 1A, 2C, 3D, 4BC.

1C, 2A, 3B, 4DD. 1D, 2B, 3C, 4AAnswer: AExplanation:A. This is correct because prioritising the product backlog (1) maps to release planning scoping (B), selecting user stories (2) maps to iteration planning commitment (D), identifying product risks that affect release scope (3) maps to release planning risk activities (A), and estimating testing effort for sprint stories (4) maps to iteration planning effort allocation (C), as per reference section 1.

2. 5. Each activity is correctly matched to the planning horizon at which it provides the most value.

The other combinations misassign at least one activity to the wrong planning level. B. This is incorrect because this mapping assigns backlog prioritisation (1) to release-level risk identification (A) and misplaces product risk identification (3) to iteration planning commitment (D).

Backlog prioritisation is a release-level scoping concern, not a risk identification task. This combination introduces multiple misalignments between activities and their appropriate planning horizons. C.

This is incorrect because this mapping assigns story selection (2) to release planning risk activities (A) and product risk identification (3) to iteration planning effort allocation (B), which reverses the correct scope for both activities. Story selection for implementation is an iteration-level activity, and product risk identification that affects release scope belongs at the release level. This option systematically mismatches planning level and activity scope.

D. This is incorrect because all four mappings in this combination are incorrect relative to the planning horizons defined in the CTFL-AT syllabus. Backlog prioritisation (1) is incorrectly mapped to iteration planning commitment (D), story selection (2) to release planning scoping (B), risk identification (3) to iteration planning effort allocation (C), and effort estimation (4) to release planning risk activities (A).

None of the four activities are correctly matched to their planning level.