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| Section | Weight | Objectives |
|---|---|---|
| General Knowledge | 10% | - Standards, models, and frameworks - Basic statistics and measurement theory - Quality principles and concepts - Ethical, legal, and professional considerations |
| System and Software Engineering Processes | 18% | - System integration and deployment - Requirements engineering and management - Software development lifecycles and models - Software design, construction, and maintenance |
| Software Verification and Validation | 20% | - Reviews, inspections, and defect management - Verification principles and methods - Test planning, design, and execution - Validation and testing concepts |
| Software Quality Management | 15% | - Quality planning and assurance - Quality control and improvement - Audits and assessments - Quality management systems |
| Software Metrics and Analysis | 12% | - Measurement and data collection - Reporting and decision support - Process and product metrics - Statistical analysis and interpretation |
| Project Management | 10% | - Tracking, control, and communication - Risk management - Supplier and vendor management - Project planning and estimation |
| Software Configuration Management | 15% | - Configuration planning and identification - Release and deployment management - Configuration audits and status accounting - Change control and traceability |
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NEW QUESTION # 236
Which of the following information is considered part of the software baseline?
Answer: B
Explanation:
A software baseline is a set of documents or files that serve as a reference point for further development.
* Definition: A baseline is a formally reviewed and agreed-upon set of items that serve as a basis for further development and can only be changed through formal change control procedures.
* Components: The test plan and test cases are part of the software baseline because they are essential for verifying and validating the software against its requirements.
* Importance: Including test plans and test cases in the baseline ensures that there is a clear, documented set of criteria and procedures for evaluating the software's performance and compliance with requirements.
NEW QUESTION # 237
A static analysis tool is used to
Answer: B
Explanation:
A static analysis tool is used to identify potential problems in the code without executing it. These tools analyze the source code to detect coding errors, vulnerabilities, and adherence to coding standards. By identifying issues early in the development process, static analysis helps prevent defects that could lead to significant problems later on. It is a proactive approach to improving code quality and maintaining robust software.
References:
Ayewah, Nathaniel, et al. " Using Static Analysis to Find Bugs. " IEEE Software, vol. 25, no. 5, 2008.
IEEE Std 1028-2008, IEEE Standard for Software Reviews and Audits.
NEW QUESTION # 238
Which of the following lifecycle models is designed to mitigate risks during development?
Answer: A
Explanation:
The Spiral lifecycle model is specifically designed to mitigate risks during development. This model combines iterative development with systematic risk management. Each iteration, or " spiral, " involves planning, risk analysis, engineering, and evaluation. By continuously assessing and addressing risks at each stage, the Spiral model helps to identify and mitigate potential issues early, ensuring a more reliable and flexible development process.
References:
Boehm, Barry W. " A Spiral Model of Software Development and Enhancement. " ACM SIGSOFT Software Engineering Notes, vol. 11, no. 4, 1986.
Pressman, Roger S. " Software Engineering: A Practitioner ' s Approach. " 8th Edition, McGraw-Hill, 2014.
NEW QUESTION # 239
When lines of code are used as a software metric, counting rules must be based on
Answer: D
Explanation:
Lines of code can be useful as a software size, productivity, estimation, and defect-density metric only when the counting method is consistent. Software quality engineering requires predefined counting criteria because teams may otherwise count physical lines, logical statements, comments, blank lines, generated code, reused code, or executable lines differently. Without predefined rules, comparisons across modules, projects, teams, or releases become unreliable. Requirements do not normally define how code lines should be counted. A line- by-line code review may inspect code quality but does not establish a measurement standard. Module interfaces describe interactions, not counting rules. Therefore, lines-of-code metrics must be based on predefined criteria so the data is repeatable, objective, and suitable for analysis.
NEW QUESTION # 240
Which of the following activities is part of performing verification and validation on safety-critical features at even' step of the life cycle?
Answer: A
Explanation:
Performing verification and validation on safety-critical features involves several key activities aimed at ensuring that software functions correctly and safely throughout its lifecycle. One critical activity is performing software hazard analysis and determining acceptable levels of safety risks. This process involves identifying potential hazards that the software could pose and evaluating the risks associated with these hazards. By assessing these risks, teams can establish acceptable safety levels and implement measures to mitigate or eliminate these risks. This activity is fundamental in ensuring that the software meets safety requirements and standards, such as those outlined in safety-critical industry guidelines like ISO 26262 for automotive or DO-178C for aerospace.
NEW QUESTION # 241
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