The ISTQB Certified Agile Technical Tester (CTAL-ATT) exam, administered by iSQI, validates your advanced technical testing skills in agile environments. This certification is designed for experienced testers who need to master test automation, deployment strategies, and quality assurance within iterative development cycles. Whether you're transitioning to agile teams or deepening your technical expertise, this page provides a clear roadmap for exam preparation. The CTAL-ATT credential demonstrates your ability to handle complex testing challenges across requirements, automation, and continuous delivery pipelines.
Use this topic map to guide your study for iSQI CTAL-ATT (Certified Tester Advanced Level Agile Technical Tester) within the ISTQB Certified Agile Technical Tester path.
The CTAL-ATT exam combines multiple-choice and scenario-based questions to assess both conceptual knowledge and practical decision-making in real agile testing situations.
Questions progress in difficulty, moving from foundational concepts to complex, multi-step scenarios that mirror challenges you'll face in agile teams.
Effective preparation requires a structured study plan that connects each topic to real workflows. Allocate time proportionally to your weaker areas, and regularly link concepts across requirements, automation, and deployment to build a cohesive understanding of agile testing.
Explore other iSQI certifications: view all iSQI exams.
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Visit the exam page to download the PDF, Online Practice Test, or get a Bundle Discount offer for both formats: Certified Tester Advanced Level Agile Technical Tester.
Test Automation and Testing in Agile typically account for the largest portion of exam questions, reflecting their importance in modern agile teams. However, all four domains are essential; weak performance in any single area can affect your overall score. Allocate study time based on both topic weight and your personal knowledge gaps.
Requirements Engineering defines what to test (acceptance criteria, user stories), while Test Automation implements the mechanisms to verify those requirements continuously. In agile workflows, testers must translate vague or evolving requirements into automated test cases that provide fast feedback. Understanding this link helps you design automation strategies that remain aligned with business goals.
Direct experience with test automation frameworks (Selenium, Cucumber, or similar), CI/CD pipelines (Jenkins, GitLab CI), and agile ceremonies (sprint planning, standups) strengthens your practical foundation. If you lack production experience, focus on understanding the "why" behind each practice, for example, why certain tests belong in the unit layer versus the end-to-end layer, rather than memorizing tool syntax.
Many candidates overlook the importance of test data management and environment configuration, focusing only on test case logic. Others misunderstand the trade-offs between test coverage, execution speed, and maintenance effort. A frequent error is ignoring deployment-specific testing concerns, such as smoke tests and rollback validation, which are critical in continuous delivery contexts.
In your final week, shift focus from learning new content to reinforcing weak areas and building test-taking stamina. Complete one full-length practice test under exam conditions (timed, no interruptions), then spend 2-3 days reviewing explanations for all incorrect answers. On the last two days, do brief reviews of key definitions and scenario walkthroughs rather than attempting new material.
An enhancement to a Social Media application allows for the creation of new Groups. Any number of existing application members can be added to a Group. An attempt to add a non-existent member of the application to a Group will result in an error, as will an attempt to add the same member twice. Members can be removed from an existing Group. An existing Group can be deleted but only if there are no current members attached to it.
Which one of the following Keyword-driven input tables provides the BEST test coverage of this enhancement?
Table 1
Keyword Group Id Member Id
Create.Group Group3
Add_Member Group3 @Member1
Add.Member Group3 (a)Member2
Delete_Group Group3
Remove.Member Group3 @Memberl
Remove_Member Group3 @)Member2
Delete.Group Group3
Result
Group created
Member added to Group
Member added to Group
Error - Group not empty
Member removed from group
Member removed from group
Group deleted
Table 2
Keyword Group Id Member Id Result
Create.Group Groupl Group created
Add.Member Groupl Member4 Error - member does not exist
Add.Member Groupl (Memberl Member added to Group
Delete.Group Groupl Error - Group not empty
Remove_Member @Member 1 Member removed from group
Delete.Group Groupl Group deleted
Table 3
Keyword Group Id Member Id Result
Create.Group Group3 Group created
Add.Member Group3 Member9 Error - member does not exist
Add.Member Group3 (Memberl Member added to Group
Add_Member Group 3 (Memberl Error - member already in group
Delete.Group Group3 Error - Group not empty
Remove-Member Groups (Member 1 Member removed from group
Delete.Group Groups Group deleted
Table 4
Keyword Group Id Member Id Result
Create.Group Groupl Group created
Add.Member Groupl @Member3 Member added to Group
Add.Member Groupl @Member3 Error - member already in group
Delete.Group Groupl Error - Group not empty
Remove.Member Groupl @Member1 Member removed from group
Delete.Group Groupl Group deleted
SELECT ONE OPTION
Table 2 provides the best test coverage because it includes tests for adding a non-existent member (Member4), which should result in an error, and it also tests for removing a member and then deleting the group, which is the correct sequence of actions according to the requirements. The other tables either do not test all the required scenarios or have actions in the wrong order (e.g., attempting to delete the group before removing all members).Reference: = ISTQB Advanced Level Agile Technical Tester documents and Training resources.
Which of the following is the preferred way to solicit information from the product owner to better understand what will be ''acceptable''?
Preferred Approach for Acceptance Criteria:
Collaboratively eliciting examples from the product owner ensures that the acceptance criteria reflect real-world usage and expectations.
Combining these examples with testing techniques ensures coverage of edge cases and system behavior.
Analyzing Options:
A: Proposes specific criteria but does not involve the product owner in the process.
B: Boundary value analysis is useful but does not address broader acceptance criteria.
D: Lists numerous acceptance criteria without first understanding the product owner's expectations.
Aligned with ISTQB Agile Technical Tester syllabus emphasizing collaboration with stakeholders to define robust acceptance criteria.
Which of the following is a correct statement?
Definition of Test Automation:
Test automation is not a procedure, objective, or methodology. Instead, it is a strategic approach to automate testing activities to improve efficiency and coverage.
Strategic Nature:
The ISTQB syllabus defines test automation as a strategy that integrates automated tests into the development lifecycle.
Conclusion:
Option C is correct as test automation aligns with the definition of a strategy.
In order to create a shareable testing service from server or network traffic log data, which of the following types of tool would you use?
SELECT ONE OPTION
You are working for an organization that has implemented CI and is struggling to get the automated tests to run on each build because of time limitation. On average, there are three ad hoc builds per day, one scheduled build overnight, one scheduled build on Friday nights, and one build that is conducted on the Thursday night before the end of the sprint on the second Friday. There are four sets of tests: high priority, medium priority, low priority, and non-functional. The non-functional tests must be run in the integrated stage environment, whereas the other tests can be run in any of the test environments.
In addition to just the execution time of the tests, it has also been noted that reviewing the results of the tests takes about two hours per set of tests.
Given this information, which of the following is the most efficient and effective approach to test automation execution?
Testing Constraints in CI:
The time limitations for test execution and results review necessitate prioritization of tests based on criticality and frequency of code changes.
Efficient Allocation:
High-priority tests should run on each build to catch critical issues early.
Medium-priority tests can be run nightly to balance coverage and time constraints.
Low-priority tests are less critical and can run weekly.
Non-functional tests require the integrated stage environment and should run at a predefined time (e.g., Thursday night before sprint end).
Analysis of Options:
A: Running all tests every night is impractical due to time constraints.
B: Medium-priority tests should be run more frequently than at the end of the sprint.
C: Running all tests on every build is unrealistic given the time and resource limitations.
D: Correct, as it ensures efficient prioritization and scheduling of test sets.
Conclusion:
Option D provides the most efficient and effective test execution strategy.
