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ASQ CSQE Exam Syllabus Topics:

SectionWeightObjectives
Topic 1: Software Quality Management15%- Quality Assurance
  • 1. Process assessments
  • 2. Quality audits
  • 3. Corrective and preventive actions
- Quality Planning
  • 1. Resource planning
  • 2. Quality objectives
  • 3. Software quality plans
- Risk Management
  • 1. Risk identification
  • 2. Risk mitigation strategies
  • 3. Risk analysis
Topic 2: Project Management10%- Project Control
  • 1. Stakeholder communication
  • 2. Issue tracking
  • 3. Performance monitoring
- Project Planning
  • 1. Cost estimation
  • 2. Scope management
  • 3. Scheduling techniques
Topic 3: General Knowledge10%- Quality Principles and Concepts
  • 1. Software quality definitions
  • 2. Quality philosophies
  • 3. Process improvement concepts
- Standards and Models
  • 1. Quality standards
  • 2. Compliance requirements
  • 3. Software process models
Topic 4: Software Metrics and Analysis12%- Statistical Analysis
  • 1. Trend analysis
  • 2. Descriptive statistics
  • 3. Process capability analysis
- Measurement Programs
  • 1. Measurement frameworks
  • 2. Data collection methods
  • 3. Metric selection
Topic 5: Software Configuration Management15%- Configuration Status Accounting
  • 1. Configuration records
  • 2. Tracking and reporting
- Configuration Identification
  • 1. Baselines
  • 2. Configuration items
- Configuration Control
  • 1. Version control
  • 2. Change management
- Configuration Audits
  • 1. Release management
  • 2. Functional audits
  • 3. Physical audits
Topic 6: System and Software Engineering Processes18%- Software Development Life Cycle
  • 1. Implementation processes
  • 2. System design
  • 3. Requirements engineering
- Process Improvement
  • 1. Continuous improvement
  • 2. Process capability evaluation
- Development Methodologies
  • 1. DevOps practices
  • 2. Waterfall methodology
  • 3. Agile methodologies
Topic 7: Software Verification and Validation20%- Validation Activities
  • 1. Acceptance testing
  • 2. System testing
  • 3. Functional testing
- Verification Activities
  • 1. Static analysis
  • 2. Code verification
  • 3. Reviews and inspections
- Test Management
  • 1. Test execution
  • 2. Defect management
  • 3. Test planning

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CSQE Übungsfragen: Certified Software Quality EngineerExam & CSQE Dateien Prüfungsunterlagen

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ASQ Certified Software Quality EngineerExam CSQE Prüfungsfragen mit Lösungen (Q38-Q43):

38. Frage
Which of the following best describes the role of performance as a non-functional requirement in software development?

Antwort: D

Begründung:
Performance is a non-functional requirement that describes how well software operates under defined workload and environmental conditions. It may include response time, throughput, latency, resource utilization, scalability, capacity, and behavior under peak or sustained load. In software quality engineering, performance requirements must be measurable so they can be verified through performance testing, load testing, stress testing, or monitoring. User-friendliness and intuitive interaction describe usability, not performance. Easy updating describes maintainability or modifiability. Legal and compliance standards describe regulatory or contractual constraints. The correct answer is determining how well the software operates under varying workload conditions because performance requirements focus on speed, efficiency, capacity, and responsiveness during real operating conditions.


39. Frage
The following chart was created by a team.

The chart shows number of defects over time, including projected unit test defects, projected integration test defects, actual unit test defects, and actual integration test defects. Which of the following conclusions can be drawn from this chart?

Antwort: D

Begründung:
The chart compares projected defect discovery patterns with actual defect discovery patterns for unit testing and integration testing. The actual integration test defects, shown by the plus markers, closely follow the projected integration test defect curve. This indicates that integration testing is finding approximately the number of defects expected over time. The unit test actuals do not provide as strong a match to the projected unit test curve, so concluding that unit testing is isolating exactly as predicted is less supported. The chart also does not prove poor unit test planning or unusually high integration test effectiveness; it simply compares actual results to predictions. Therefore, the supported conclusion is that integration testing is isolating as many defects as predicted.


40. Frage
Which of the following factors is important in a software product m terms of its adaptability?

Antwort: B

Begründung:
Portability refers to the ease with which software can be transferred from one environment to another. It is a critical factor in a software product's adaptability as it determines how well the software can function across different platforms, operating systems, or hardware configurations. High portability ensures that the software can be easily adapted to new environments without significant modification, thereby extending its usability and market reach.References:
* ISO/IEC 25010:2011, Systems and Software Engineering - Systems and Software Quality Requirements and Evaluation (SQuaRE) - System and Software Quality Models.
* Sommerville, Ian. "Software Engineering." 10th Edition, Addison-Wesley, 2015.


41. Frage
What type of information should a project's configuration status accounting communicate?

Antwort: D

Begründung:
Configuration Status Accounting (CSA) involves recording and reporting the status of configuration items throughout the lifecycle of a project. This includes:
* Status of Configuration Items: Information about the current state of items, including version numbers and change histories.
* Baselined Items: Items that have been formally approved and serve as a basis for further development.
* Changes and Updates: Documenting any modifications made to the baselined items.
CSA ensures that all stakeholders are informed about the status and history of configuration items.
References:
* "Software Configuration Management Patterns: Effective Teamwork, Practical Integration" by Stephen
P. Berczuk and Brad Appleton
* IEEE Standard for Software Configuration Management Plans (IEEE Std 828)


42. Frage
In the following control diagram, all paths are feasible and the decisions are not correlated to each other.

How many rests are necessary for branch coverage?

Antwort: B

Begründung:
Branch coverage, also known as decision coverage, ensures that every possible branch (i.e., true and false conditions) in the code is executed at least once. To determine the number of tests necessary for branch coverage in the given control flow diagram, we must count the distinct branches resulting from each decision point.
* Decision 1: 2 branches (true and false)
* Decision 2: 2 branches (true and false)
* Decision 3: 2 branches (true and false)
Since each decision has two branches and they are independent of each other, the number of distinct paths that need to be tested is: 2(Decision1)+2(Decision2)+2(Decision3)=6 branches2 (Decision 1) + 2 (Decision 2) + 2 (Decision 3) = 6 \text{ branches}2(Decision1)+2(Decision2)+2(Decision3)=6 branches However, the number of tests needed to cover all branches is the maximum number of branches any path could take, considering that a single test might cover multiple branches. For the given control diagram, 4 tests will suffice to cover all branches:
* Path: A -> Decision 1 (true) -> B
* Path: A -> Decision 1 (false) -> Decision 2 (true) -> C
* Path: A -> Decision 1 (false) -> Decision 2 (false) -> Decision 3 (true) -> D
* Path: A -> Decision 1 (false) -> Decision 2 (false) -> Decision 3 (false) These four tests ensure all branches are covered at least once.


43. Frage
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