Efficiency and effectiveness of requirements elicitation techniques for children
Paper in proceedings, 2018

Context: The market for software targeting children, both for education and entertainment, is growing. Existing work, mainly from HCI, has considered the effectiveness of elicitation techniques for eliciting requirements from children as part of a design process.

Objective:However, we are lacking work which compares requirements elicitation techniques when used with children.

Methods: This study compares five elicitation techniques, taking into consideration the effectiveness and efficiency of each technique. Techniques were used with a total of 54 children aged 8-13, eliciting requirements for a museum flight simulator. We compare techniques by looking at the number and type of requirements discovered, perceived participant satisfaction, resources required, perceived usefulness, and requirements coverage of domain specific categories.

Conclusions: We observed notable differences between the techniques, including the effectiveness of observations and relative ineffectiveness of questionnaires. We present a set of guidelines to aid industry in eliciting requirements for child-friendly software.

Storyboarding

Interviews

Questionnaires

Children

Observations

Requirements elicitation

Focus groups

Author

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University of Gothenburg

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University of Gothenburg

[Person 85cabd30-ee14-4c77-aa59-cbdc986af0f7 not found]

University of Gothenburg

[Person f1d8591a-e3b8-4d24-a477-c36c2f86572e not found]

University of Gothenburg

[Person 5600d50d-ac13-4f6f-9003-cb39e8d0e042 not found]

South Mediterranean University

Chalmers, Computer Science and Engineering (Chalmers), Software Engineering (Chalmers), Software Engineering for Cyber Physical Systems

Proceedings - 2018 IEEE 26th International Requirements Engineering Conference, RE 2018

194-204 8491135

26th IEEE International Requirements Engineering Conference, RE 2018
Banff, Canada,

Subject Categories

Other Medical Sciences not elsewhere specified

Other Health Sciences

Software Engineering

DOI

10.1109/RE.2018.00028

More information

Latest update

1/20/2021