Vehicle repair and maintenance management system/
Gozun, Anna Michaela P.
Vehicle repair and maintenance management system/ Anna Michaela P. Gozun, Antoniel D. Malicdem, Chaiska R. Nangcas, Kemjhon C. Ponce, and Catherine J. Ramales .-- - Manila: Technological University of the Philippines, 2024. - ix, 136pages: 29cm. +1 CD-ROM (4 3/4in.)
Thesis (undergraduate)
College of Science .--
Includes bibliography.
The study focused on the development of web-based booking system for vehicle
repair and maintenance management, highlighting the importance of VRMMS in reducing
downtime, controlling maintenance expenses, and ensuring uninterrupted operations in
transportation, logistics, public services, and commercial fleets. An all-inclusive software-
based system called a VRMMS is made to automate every step of car maintenance and
repairs. It includes functions including maintenance history recording, repair scheduling
and tracking, and billing reports that provide an overview of the costs associated with
maintenance and repairs. Additionally, the goal of this study is to improve the effectiveness
of the whole car repair and maintenance lifecycle for administrators and clients, from
making appointments to handling maintenance and repairs. Nevertheless, the intended
study will not include the purchasing of car parts or the inventory control of car parts. The
study's findings indicate that, in terms of functionality, usability, security, and reliability,
the ISO 25010 is highly accepted. The thirty respondents who participated in the study
include; seven car owners, five students, five professors, five IT professionals, two owners
of auto repair shops, and six mechanics. The indicators were measured using a 4 – point
Likert Scale. The study concludes that the vehicle repair and maintenance management
system was designed effectively, performing its intended duties such as record keeping,
scheduling, service history viewing, mechanic job allocation, and report generation. It is
also proven to be functional and usable according to ISO 25010. The research recommends
a hybrid strategy framework for vehicle repair and maintenance management systems,
including an SMS reminder service, pre and post diagnosis features, custom portals, AI
chat, updated inventory, promotional materials, and image upload capabilities.
Computer programming languages
Management system
BTH HF 5548.2 / G69 2024
Vehicle repair and maintenance management system/ Anna Michaela P. Gozun, Antoniel D. Malicdem, Chaiska R. Nangcas, Kemjhon C. Ponce, and Catherine J. Ramales .-- - Manila: Technological University of the Philippines, 2024. - ix, 136pages: 29cm. +1 CD-ROM (4 3/4in.)
Thesis (undergraduate)
College of Science .--
Includes bibliography.
The study focused on the development of web-based booking system for vehicle
repair and maintenance management, highlighting the importance of VRMMS in reducing
downtime, controlling maintenance expenses, and ensuring uninterrupted operations in
transportation, logistics, public services, and commercial fleets. An all-inclusive software-
based system called a VRMMS is made to automate every step of car maintenance and
repairs. It includes functions including maintenance history recording, repair scheduling
and tracking, and billing reports that provide an overview of the costs associated with
maintenance and repairs. Additionally, the goal of this study is to improve the effectiveness
of the whole car repair and maintenance lifecycle for administrators and clients, from
making appointments to handling maintenance and repairs. Nevertheless, the intended
study will not include the purchasing of car parts or the inventory control of car parts. The
study's findings indicate that, in terms of functionality, usability, security, and reliability,
the ISO 25010 is highly accepted. The thirty respondents who participated in the study
include; seven car owners, five students, five professors, five IT professionals, two owners
of auto repair shops, and six mechanics. The indicators were measured using a 4 – point
Likert Scale. The study concludes that the vehicle repair and maintenance management
system was designed effectively, performing its intended duties such as record keeping,
scheduling, service history viewing, mechanic job allocation, and report generation. It is
also proven to be functional and usable according to ISO 25010. The research recommends
a hybrid strategy framework for vehicle repair and maintenance management systems,
including an SMS reminder service, pre and post diagnosis features, custom portals, AI
chat, updated inventory, promotional materials, and image upload capabilities.
Computer programming languages
Management system
BTH HF 5548.2 / G69 2024