Design Process in Software Lowersixth Science Computer Science

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Test your understanding of software design stages and design documents.

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YAKILI LMS

Cameroon

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Grammys for best song/record

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Answer if these songs won the Grammy for Best Song or Record of the Year (the general ones, category Grammys do not count)
Is it created with Artificial Intelligence? - Complete game

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Images, songs... Nothing is what it seems anymore. Are they generated with AI, or are they real?
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Design Process in Software Lowersixth Science Computer Science


Design Process in Software Lowersixth Science Computer ScienceOnline version Test your understanding of software design stages and design documents. by YAKILI LMS 1 Interface design must align with accessibility guidelines like WCAG. Yes No 2 Modular design supports reusability and easier maintenance. Yes No 3 Detailed design can include pseudo-code for algorithms. Yes No 4 The design phase precedes implementation and testing. Yes No 5 Validation of the design helps reduce later coding errors. Yes No 6 The design document is a living artifact that may evolve. Yes No 7 User stories can inform interface design decisions. Yes No 8 Detailed design often includes sequence and class diagrams. Yes No 9 Detailed design ignores data structures. Yes No 10 Architectural design considers data storage and persistence at a high level. Yes No 11 Interface design comes after detailed testing. Yes No 12 Interface design includes layout, navigation, and input methods. Yes No 13 Producing a design document records decisions, constraints, and specifications. Yes No 14 Architectural design outlines high-level system components and their interactions. Yes No 15 Architectural design lays out data flows between components. Yes No 16 The design process includes review meetings and sign-off. Yes No 17 Architectural design defines the high-level interactions between subsystems. Yes No 18 Architectural design defines deployment and integration points. Yes No 19 Interface design considers usability and accessibility. Yes No 20 Detailed design is closer to code and uses precise methods and data types. Yes No 21 Detailed design translates architectural components into implementable modules. Yes No 22 Requirements analysis informs design choices for interfaces. Yes No 23 The design document can include constraints and rationale for choices. Yes No 24 Prototyping is never used in design. Yes No 25 Interface design may define screen layouts and form controls. Yes No 26 A design document helps communicate decisions to stakeholders. Yes No 27 Interface design defines how the user interacts with the system. Yes No 28 Architectural design establishes system-wide concerns like scalability and reliability. Yes No 29 The design phase includes risk assessment and mitigation planning. Yes No 30 The design process often uses models like UML to document architecture. Yes No 31 A design document typically includes a system overview, modules, interfaces, and constraints. Yes No 32 Requirements gathering is irrelevant to the design phase. Yes No 33 Detailed design uses concrete data types and method signatures. Yes No 34 The design process can use design patterns to guide structure. Yes No 35 Architectural design focuses only on code implementation. Yes No 36 The design phase includes testing considerations for modules. Yes No 37 Detailed design specifies algorithms and data structures for components. Yes No 38 Designers consider security during architectural design. Yes No 39 Detailed design assigns responsibilities to classes or modules. Yes No 40 Prototyping can be part of interface design to validate user interaction. Yes No 41 Prototypes are used to refine interface requirements. Yes No 42 Architectural design considers non-functional requirements like performance. Yes No 43 Interface design impacts error handling and feedback. Yes No 44 The design document is not required for large projects. Yes No 45 During software design, you model interfaces before building components. Yes No 46 Interface design focuses on user interaction and layout. Yes No 47 Producing a design document includes sections for purpose, scope, and validation. Yes No 48 Detailed design translates architecture into modules, classes and data structures. Yes No 49 A design document captures requirements, design decisions, and diagrams. Yes No 50 Architectural design defines system components and their relationships. Yes No

Design Process in Software Lowersixth Science Computer Science

Yes or No

About this activity

Created by

Download the paper version to play

Top Games

Yes or No

Grammys for best song/record

Yes or No

Is it created with Artificial Intelligence? - Complete game

Yes or No

Foot and Ankle Anatomy Quiz

Yes or No

Adjective Checker

Yes or No

Is it true?

Design Process in Software Lowersixth Science Computer ScienceOnline version

by YAKILI LMS

Interface design must align with accessibility guidelines like WCAG.

Modular design supports reusability and easier maintenance.

Detailed design can include pseudo-code for algorithms.

The design phase precedes implementation and testing.

Validation of the design helps reduce later coding errors.

The design document is a living artifact that may evolve.

User stories can inform interface design decisions.

Detailed design often includes sequence and class diagrams.

Detailed design ignores data structures.

Architectural design considers data storage and persistence at a high level.

Interface design comes after detailed testing.

Interface design includes layout, navigation, and input methods.

Producing a design document records decisions, constraints, and specifications.

Architectural design outlines high-level system components and their interactions.

Architectural design lays out data flows between components.

The design process includes review meetings and sign-off.

Architectural design defines the high-level interactions between subsystems.

Architectural design defines deployment and integration points.

Interface design considers usability and accessibility.

Detailed design is closer to code and uses precise methods and data types.

Detailed design translates architectural components into implementable modules.

Requirements analysis informs design choices for interfaces.

The design document can include constraints and rationale for choices.

Prototyping is never used in design.

Interface design may define screen layouts and form controls.

A design document helps communicate decisions to stakeholders.

Interface design defines how the user interacts with the system.

Architectural design establishes system-wide concerns like scalability and reliability.

The design phase includes risk assessment and mitigation planning.

The design process often uses models like UML to document architecture.

A design document typically includes a system overview, modules, interfaces, and constraints.

Requirements gathering is irrelevant to the design phase.

Detailed design uses concrete data types and method signatures.

The design process can use design patterns to guide structure.

Architectural design focuses only on code implementation.

The design phase includes testing considerations for modules.

Detailed design specifies algorithms and data structures for components.

Designers consider security during architectural design.

Detailed design assigns responsibilities to classes or modules.

Prototyping can be part of interface design to validate user interaction.

Prototypes are used to refine interface requirements.

Architectural design considers non-functional requirements like performance.

Interface design impacts error handling and feedback.

The design document is not required for large projects.

During software design, you model interfaces before building components.

Interface design focuses on user interaction and layout.

Producing a design document includes sections for purpose, scope, and validation.

Detailed design translates architecture into modules, classes and data structures.

A design document captures requirements, design decisions, and diagrams.

Architectural design defines system components and their relationships.