Journal of Soft Computing Exploration
Vol. 4 No. 4 (2023): December 2023

Implementation of UCD with a kanban board to build an interaction design for an animal recognition application

Ariyana, Renna Yanwastika (Unknown)
Nurnawati, Erna Kumalasari (Unknown)
Ath-Thaariq, Muhammad Rizqy (Unknown)
Wahyudi, Putu Widi (Unknown)



Article Info

Publish Date
20 Dec 2023

Abstract

Studying types of animals is one way to expand knowledge about living creatures on earth. By introducing types of animals, especially children, it will help increase emotional intelligence, creativity and imagination of living creatures as a basis for understanding the diversity of creatures on earth. Every child certainly has different abilities and development, in general children will experience significant progress between the ages of 3 and 6 years, so at this age it is very appropriate to introduce types of animals packaged in interactive multimedia as a medium for learning. Providing knowledge about types of animals will expand knowledge about nature, build emotional intelligence and cognitive abilities which are important in their growth. In this research, an application for recognizing animals for children will be created that implements the User Centered Design (UCD) method with a kanban board, which is an alternative development approach that focuses on the needs and preferences of users at each stage of development, so that it is hoped that the application being developed will meet their desires and needs. user. The final result of this research is an animal recognition application, which implements the UCD method in UI/UX development and the Kanban framework in team work processes.

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Journal Info

Abbrev

joscex

Publisher

Subject

Computer Science & IT

Description

Journal of Soft Computing Exploration is a journal that publishes manuscripts of scientific research papers related to soft computing. The scope of research can be from the theory and scientific applications as well as the novelty of related knowledge insights. Soft Computing: Artificial ...