ISTQB Advanced Level Test manager Exam ISTQB-ADVANCED-LEV1 Exam Questions in PDF

According to ISTQB syllabus, systems of systems;

I). Contain interconnected hardware, software applications and communications.
II). Include big bang merging of independent collaborating systems to avoid creating the entire system from scratch.
III). Can be less reliable than individual systems
IV). Characteristics include; long duration of projects, version management and regression tests at systems of systems level.

Select the correct statement;

Which of the following statements are false?

I). Test execution starts when the system entry criteria are met (or waived) and test execution ends when exit criteria are met.
II). System test environment creation might start during system design in V-model
III). Long term prospects needs to be considered when selecting test process or tools.
IV). Daily/weekly scrum meetings are part of agile testing method.

System test closure activities occur;

I). After system exit criteria are met.
II). After acceptance testing is over.
III). After all project activities are finished.
IV). After the execution of all test cases.

Which of the following statements are true?

I). Early test planning and later test execution is an activity of sequential software development model
II). Change and configuration management are not needed for software testing activities.
III). Based on the project context, additional levels of testing like hardware-software integration testing, feature interaction testing can be done.
IV). System test planning and project planning could occur concurrently in V-model.

According to ISTQB syllabus, characteristics of systems of systems are;

I). Long duration of projects
II). Multiple levels of integration
III). Need for Maintenance Testing
IV). No formal development lifecycle or milestones.

Which of the following is true about safety critical systems?

Select the correct statements about safety critical systems;

I). Risk management reduces the likelihood and / or impact of a risk.
II). Failure Mode and Effect Analysis (FMEA) technique is used mainly for safety critical systems.
III). All safety critical systems are subject to sector specific regulations only.
IV). Full traceability from requirements to evidence is required in some safety critical systems.