Software Engineering is part of Computer Science and holds 1,969 questions with answers, free to read and with no account needed.
Questions from this area appear in PPSC, FPSC, NTS, KPPSC and SPSC papers. Each guide explains how that paper is built and which subjects carry it.
Attempt each question before revealing the answer, and keep a note of the ones you get wrong — those are the topics worth reading about properly. If an answer looks wrong, there is a link to report it on every question.
Answer: A. Project size
Project size directly influences estimation precision because larger efforts contain more variables. Increased scale introduces higher complexity and deeper uncertainty into software planning. Estimators find it signific...
Answer: B. Risk generation
Risk generation is not a standard risk management activity within software engineering frameworks. Standard risk management comprises identification, assessment, mitigation planning, and ongoing control. Projects natural...
Answer: D. Both FP-Based Estimation and COCOMO
Both FP-based estimation and COCOMO use empirical formulas for effort forecasting. They translate size metrics into predicted development hours and costs. These methods rely on historical data to build mathematical estim...
Answer: B. Risk management
Risk management is a separate discipline, leaving it excluded from software configuration management operations. Selecting option B correctly identifies the activity not included within configuration management tasks. Co...
Answer: C. Management change
Management change involves shifts in organizational leadership that introduce entirely new strategic business priorities. Changes at the executive level frequently alter project sponsorship funding and overarching operat...
Answer: A. Performance risk
Performance risk measures the uncertainty that a product will meet requirements and suit its intended use. It evaluates whether the software will deliver the required operational performance and functionality. High perfo...
Answer: D. All of the mentioned
ISO 9000, CMM, and CMMI all mandate formal configuration management for quality certification. Enforcing strict guidelines ensures process consistency across all software development stages. Configuration control is a un...
Answer: C. Parkinson’s Law
Parkinson’s Law posits that work expands to consume the available timeframe allocated for its completion. If a project is given too much time, tasks naturally stretch out to fill every available calendar day. Project man...
Answer: A. Change management
Change management evaluates costs and benefits of proposed system modifications. It provides a structured process for approving or rejecting software changes. This procedure ensures that modifications align with project...
Answer: D. Avoiding customer complaints
Project management objectives focus on budgets, schedules, and team performance rather than avoiding complaints. Selecting option D correctly identifies the item that fails to qualify as a core management objective. Avoi...
Answer: A. Branching
Branching creates an independent line of development allowing developers to work on features safely. The process duplicates an existing version within a codeline to establish a separate working environment. This mechanis...
Answer: D. Organizational risks
Organizational risks stem directly from the operational environment where software development takes place. Company culture, management changes, and corporate policies create external risks for projects. Understanding or...
Answer: C. Testing
Testing is a core development activity rather than a project management risk factor. Risk evaluations focus on external or organizational threats like staffing and competition. While insufficient testing creates technica...
Answer: D. Technical risks
Technical risks involve potential issues with technology complexity or performance that threaten delivery schedules. Complex algorithms, unproven frameworks, and integration hurdles represent classic technical risks. Ide...
Answer: B. Minimization strategies
Minimization strategies actively reduce the severity of a risk impact. They focus on lessening negative consequences if the risk occurs. This approach limits damage when risks cannot be entirely avoided. Risk mitigation...
