Digitalizing Time Registration For Construction Worker : development of a mobile application
Vandevenne, Gitte (2025)
2025
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-202505069299
https://urn.fi/URN:NBN:fi:amk-202505069299
Tiivistelmä
The purpose of this thesis was to develop a mobile application for digitalizing time registration for construction workers, addressing the inefficiencies and inaccuracies associated with manual timekeeping systems.
The thesis sought to analyse the design principles and usability standards necessary for creating an intuitive user interface, as well as to explore the integration of Flutter and PostgreSQL for a scalable time registration system.
The research questions focused on the application of UI/UX design principles, the technical integration of mobile app development with a database, and the regulatory compliance challenges, particularly concerning GDPR and Checkinatwork requirements.
The methodology employed was practical, utilizing the Scrum framework for iterative development, which included designing, implementing, and testing the application.
The findings indicate that the application successfully facilitates time registration while ensuring compliance with relevant regulations. The analysis suggests that future enhancements could include payroll integration and further accessibility improvements.
It is recommended that the company consider user feedback for ongoing development and ensure adherence to accessibility standards to enhance usability for all users.
The thesis sought to analyse the design principles and usability standards necessary for creating an intuitive user interface, as well as to explore the integration of Flutter and PostgreSQL for a scalable time registration system.
The research questions focused on the application of UI/UX design principles, the technical integration of mobile app development with a database, and the regulatory compliance challenges, particularly concerning GDPR and Checkinatwork requirements.
The methodology employed was practical, utilizing the Scrum framework for iterative development, which included designing, implementing, and testing the application.
The findings indicate that the application successfully facilitates time registration while ensuring compliance with relevant regulations. The analysis suggests that future enhancements could include payroll integration and further accessibility improvements.
It is recommended that the company consider user feedback for ongoing development and ensure adherence to accessibility standards to enhance usability for all users.