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BSc IT Sem VI March 2025 Software Testing & Quality Assurance Question Paper with Solutions

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BSc IT · Sem VI

March 2025 - Software Testing & Quality Assurance Examination

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Mumbai

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First published on munotes.in on 4 November 2026.

Published by munotes.in, Mumbai.

Model answers written and edited by the munotes.in editorial desk.

Passages from this volume may be quoted, in print, online or by an AI system, with credit: name munotes.in and link to this volume's page. The volume may not be reproduced as a whole. Full terms at munotes.in/content-license.

munotes.in is an independent study resource for students of the University of Mumbai. It is not affiliated with the University of Mumbai, and is not endorsed by it.

The University does not publish an official answer key for this paper. The answers in this volume are model answers, written to show how a full-mark answer is built. They are a study aid, not an authority on what an examiner marked.

The question paper reproduced here is the paper as set by the University of Mumbai at the March 2025 - Software Testing & Quality Assurance examination.

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The Paper as Set

The questions in this volume are the questions asked at the March 2025 - Software Testing & Quality Assurance examination, reproduced as the University of Mumbai set them, in the order it set them. Nothing has been reworded, added or left out. Only the answers are ours. See the original question paper.

Duration 2½ hours  ·  Total marks 75  ·  30 questions answered

How to use this volume

Solve the paper first, under exam conditions and against the clock. Then read the answers here and mark your own. Reading a solution before attempting the question feels productive and teaches very little, because recognising an answer is not the same as being able to write one.

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SECTION I

1.

Attempt any three of the following · 15 Marks

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a.What are the different core components of quality?[5]

Answer

For full marks, cover: quality from the customer's and the producer's side, the core components in three groups (what the customer needs, how quality is defined, how it is delivered), a worked quality parameter, and how missing one component shows up in software.

Quality has two sides

For the customer, quality means the product does what they need, reliably and easily. Juran called this fitness for use. For the producer, quality means the product meets its stated requirements. Crosby called this conformance to requirements. The core components of quality join the two sides.

Group 1: what the customer needs

  1. Customer needs and expectations. Stated needs are written down; unstated ones (a page should not lose typed data) are just as real. A product can meet every written requirement and still disappoint.
  2. Customer satisfaction. The final test of quality. It is judged by the customer, not by the team.

Group 2: how quality is defined

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  1. Quality parameters. Quality must be defined in measurable terms before it can be built or checked. "Fast" or "reliable" cannot be tested; "available 99.9 per cent of the time" can.
  2. Standards and characteristics. Shared models give the parameters a frame. ISO/IEC 25010:2023 lists nine product quality characteristics, such as functional suitability, performance efficiency, reliability, security and maintainability.

Group 3: how quality is delivered

  1. Management leadership. Management sets the quality policy, gives time and money for it, and leads improvement. Without it, quality is the first thing cut under deadline pressure.
  2. Defined processes. Requirements, design, coding, reviews and testing follow repeatable steps, so good results do not depend on luck.
  3. Skilled, involved people. Everyone owns quality: analysts, developers, testers and support staff, with training for their part.
  4. Measurement and improvement. Data on defects, delays and complaints shows where the process is weak. It is then improved, cycle after cycle.
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Worked figure: turning "reliable" into a parameter

A college results portal must be "available 99.9 per cent of the time" over a 30-day month.

  1. Minutes in the month = 30 x 24 x 60 = 43,200.
  2. Allowed downtime = 0.1 per cent of 43,200 = 43,200 x 0.001 = 43.2 minutes.

If the portal is down for 70 minutes in a month, it has missed its quality parameter, and everyone can see it.

When a component is missing

Missing componentWhat happens in a software project
Customer needsFeatures nobody uses; real needs left out
Quality parametersEndless argument over whether the product is "good enough"
Management leadershipReviews and testing squeezed out by deadlines
Defined processesResults vary from release to release
Skilled peopleDefects from lack of training
Measurement and improvementThe same defects return in every release
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Conclusion. The core components of quality are customer needs and satisfaction, and measurable quality parameters set against standards. Quality is delivered through management leadership, defined processes, skilled people, measurement and improvement. A parameter such as 99.9 per cent availability allows only 43.2 minutes of downtime in a 30-day month. Each component missing shows up as a familiar project failure.

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The rest of the answers

The first answer is free. The rest come with the B.Sc. (Information Technology) Semester 6 solved papers.

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