Ixora apartment repair management system
The current repair request management of the Ixora Apartment managed by the administrator using the paper-based repair request form. This management is inconvenient for users and may result in data loss. For the above reasons, a web-based repair management system was proposed for Ixora Apartme...
| Main Authors: | , |
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| Format: | Other |
| Language: | English |
| Published: |
Penerbit UTHM
2021
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| Subjects: | |
| Online Access: | http://eprints.uthm.edu.my/6724/ http://eprints.uthm.edu.my/6724/1/P13643_609caa8468e362d52bd4d7548516f025.pdf |
| Summary: | The current repair request management of the Ixora Apartment managed
by the administrator using the paper-based repair request form. This management is
inconvenient for users and may result in data loss. For the above reasons, a web-based
repair management system was proposed for Ixora Apartment to manage their repair
management system. This proposed project implemented using the waterfall model.
The waterfall model consists of six phases which are requirement analysis, system
design, implementation, testing, deployment, and maintenance. In this project, four
phases will use to implement the Ixora Apartment Repair Management System. The
phases used in this project are the requirement analysis phase, system design phase,
implementation phase, and testing phase. This project target to help the requesters
and staffs create and manage the repair request conveniently and effectively. The
requesters can create a repair request anytime and anywhere without any
consideration. Besides, requesters able to get the latest status of the requested repair
request and provide feedback easily. Additionally, the administrator can manage the
repair request effectively by accept, reject, or update the repair request. The focus of
the Ixora Apartment Repair Management System project is to develop a web-based
repair management system for the requesters and staffs of the Ixora Apartment to
manage the repair request and to convert the paper-based repair management system
to an online repair management system. Thereby, minimize human factor and
limitation problems, and maximize convenience and working efficiency. Testing has
conducted and summarized after the implementation phase. The overall results of the
test case are in the pass state. All modules have presented and function according to
the expected outcomes. |
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