Requirements Engineering Overview

What is the primary goal of requirements engineering?

Which of the following is NOT a reason why getting good requirements is difficult?

Who can be considered an internal stakeholder during the requirements engineering process?

What must be recognized to manage the different views of stakeholders effectively?

What is the purpose of a Software Requirement Specification (SRS)?

What is a significant responsibility of requirements engineering?

Which stakeholder is primarily concerned with the system's maintainability?

Which of the following is NOT a model used during the SRS stage?

What validation technique involves systematic manual analysis of requirements?

Which question is essential for clarifying the motivation behind a request in the requirements engineering process?

How can requirements engineering help resolve conflict between stakeholders?

Which statement best describes functional requirements?

Which of the following is a key aspect to validate in software requirements?

What type of requirements includes high-level statements of goals and objectives?

What can result from poor requirement validation?

What does automated consistency analysis check for?

What do functional requirements describe?

Which of the following is NOT a category of non-functional requirements?

What is an example of an execution quality in non-functional requirements?

Which of these is a suggested source for requirements gathering?

What does requirement management primarily address?

Which of the following is identified as an evolution quality?

How can previous bug reports contribute to current requirements?

Why is it important to document requirements?

What does it mean for a requirement to be atomic?

What is a characteristic of a uniquely identified requirement?

Why is the requirement 'Students will be able to enroll to undergraduate and post-graduate courses' considered bad?

Which of the following best describes a complete requirement?

What is the implication of a requirement being consistent and unambiguous?

What does it mean for a requirement to be traceable?

What does prioritization of requirements involve?

Which of the following is NOT a quality of good requirements?

What is the importance of prioritizing requirements in a project?

Why is it essential for requirements to be testable?

What is an example of a bad requirement based on testability?

How are requirements traceability and testing related?

Which priority level should the requirement 'register student' ideally have?

What issue arises when a requirement states 'each page of the system will load in an acceptable time frame'?

What does good requirement prioritization involve?

What is a characteristic of a well-defined requirement?

What is a key characteristic that each requirement should have?

Which statement best describes a conflict in requirements?

What should be included in a well-defined requirement for traceability?

What is a bad requirement example listed?

How can ambiguous requirements impact a project?

What outcome is desired from converting bad requirements into good ones?

What is an essential quality of a requirement regarding its format?

A Software Requirement Specification (SRS) is created before collecting requirements from customers.

Requirements validation ensures that all user demands will be feasible and legally acceptable.

Functional requirements specify the functions that a system or system element must perform.

Prototyping is a technique used for analyzing requirements by creating an executable model of the system.

Nonfunctional requirements describe the characteristics that will meet the user's expectations.

Automated consistency analysis checks for the correctness of unstructured requirements descriptions.

Economic feasibility determines if a software can generate financial profits for an organization.

Business requirements include detailed specifications for software implementations.

The requirement elicitation and analysis phase involves gathering requirements only from existing systems.

System requirements encompass both functional and nonfunctional requirements.

Operational feasibility assesses how well the required software addresses business problems.

The requirement management process occurs before the feasibility study.

Technical feasibility evaluates current technologies to meet customer requirements.

Requirement validation ensures that the gathered requirements are irrelevant to the problem.

A successful solution has no measurable benefit to stakeholders.

A feasibility study is designed to confirm reasons for developing software that are acceptable to users.

A requirement must be uniquely identified to ensure clarity in references.

Atomic requirements should combine multiple entities into a single statement.

A requirement is complete if it includes all necessary details and information.

The requirement 'Students will be able to enroll in undergraduate and post-graduate courses' is a good example of an atomic requirement.

Each requirement should be testable to verify if it meets its intended purpose.

A good requirement should be consistent and ambiguous.

Prioritization of requirements involves ranking them based on their importance and urgency.

All requirements should have the same ID to ensure easy tracking across different documents.

A student can simultaneously enroll in both undergraduate and post-graduate courses.

Every requirement should be consistent and unambiguous.

Traceability in requirements means mapping each business requirement to its corresponding design requirement.

A bad requirement may lack an associated requirement ID for traceability.

The statement 'Some courses will be open to both under-graduate and post-graduate students' is a good requirement.

Good requirements should not have any ambiguity.

Each course must be categorized as either an undergraduate course or a postgraduate course.

Maintaining student information without a requirement ID is a good practice.

Functional requirements describe the behavior of the system as it relates to its functionality.

Non-functional requirements are primarily concerned with specific behaviors of the system.

Execution qualities in non-functional requirements can be observed at run time.

Evolution qualities include observable metrics like security and usability.

Requirements management is necessary due to the changing nature of business needs during development.

Previous bug reports can provide valuable insights for current requirement gathering.

It is unimportant to document sources of requirements.

The priority of requirements remains constant throughout the development process.

There is a mapping between system requirements and the code that implements those requirements.

All requirements must have the same priority level during project planning.

Each requirement should be testable in order to ensure clarity and feasibility.

A good requirement example is 'each page will load in an acceptable time frame'.

The requirement 'register student and enroll courses' is given a lower priority than 'maintain user information'.

A requirement that specifies loading time in seconds is an example of a testable requirement.

Good requirement prioritization does not impact the implementation process.

Traceability exists between system requirements, integration requirements, and test cases.

Functional requirements describe the behavior of the system.

Non-functional requirements concern specific behaviors of the system.

Execution qualities like security are observed at runtime.

Requirement management typically ignores changes that occur during development.

Documentation of requirements is unnecessary if the development team communicates well.

Evolution qualities include maintainability and scalability.

Analyzing previous system versions can provide insights for current requirements.

Non-functional requirements are irrelevant to system performance.

A requirement should be atomic, meaning it should be at a very high level of detail.

Requirements must be uniquely identified to avoid confusion in reference.

A complete requirement should provide all necessary information for implementation.

The bad requirement 'Students will be able to enroll to undergraduate and post-graduate courses' is considered good because it addresses two entities simultaneously.

A requirement can be considered complete if it lacks sufficient detail for implementation.

Traceable requirements allow for easy identification of their origins and relationships.

Consistent and unambiguous requirements can lead to different interpretations among stakeholders.

Prioritized requirements help in managing scope and focus in a project.

Economic feasibility determines whether software can generate financial profits for an organization.

Requirement elicitation is the process of analyzing existing systems without engaging customers.

Technical feasibility evaluates the technologies required to fulfill customer requirements within certain constraints.

Operational feasibility assesses how well the software performs a single level of operations.

The requirement management process only focuses on gathering new requirements.

A complete requirement clearly outlines what is necessary without any ambiguities.

Measurable benefit refers to the tangible advantages gained from the implementation of a solution.

Continuous validation of requirements ensures that all user demands will be achievable and compliant.

Software Requirement Specification (SRS) is created after collecting requirements from various sources.

Prototyping is a technique used for validating software requirements by creating an executable model of the system.

Requirements validation techniques only include automated consistency analysis.

Non-functional requirements describe the system's characteristics that will meet business needs.

Business requirements are solely focused on the technical aspects of the software project.

Functional requirements outline the specific functions a system must perform.

The systematic manual analysis of requirements is known as test-case generation.

Ambiguities in software requirements can lead to misinterpretations and should be eliminated during validation.

A good requirement must be consistent and unambiguous.

Each requirement should be traceable to ensure proper mapping with corresponding requirements.

A student can enroll in both undergraduate and post-graduate courses according to the requirements.

The requirement 'Maintain student information – mapped to BRD req ID?' is an example of a good requirement.

Mapping exists between system and integration requirements to the test cases that validate those requirements.

The requirement 'maintain user information' is given the highest priority of 1.

Conflicting requirements can create ambiguity in a project's scope.

All requirements should be assigned the same priority for equal importance.

Good requirements should be written in a way that they need no additional information to be understood.

Every course is allowed to be categorized as both an undergraduate course and a post-graduate course.

Each and every requirement must be non-testable to avoid complicating testing efforts.

A requirement stating 'each page of the system will load in an acceptable time frame' is considered testable.

Requirements should be maintained without concern for their mapping to other requirements.

The good requirement 'register student and enroll courses pages' specifies a load time of 5 seconds.

Requirements prioritization helps teams decide which requirements to implement first.

Traceability within a project does not encompass the relationship between requirements and code.