Javascript must be enabled to continue!
Development Of A Centralized Vehicle Maintenance Information System
View through CrossRef
Motor vehicle maintenance is important for safety, performance, efficiency, and economy. Well-maintained vehicles have optimally functioning systems, reducing the risk of major damage and repair costs. For transportation businesses, routine maintenance ensures that vehicles are always ready for operation, maintaining profitability. Monitoring service history and predicting maintenance needs are necessary to avoid operational disruptions. Well-maintained vehicles are also more attractive to potential buyers, increasing their resale value in the market. Consistent maintenance not only extends the life of the vehicle, but also improves fuel efficiency and reduces emissions. To facilitate the process of monitoring and maintaining these vehicles, a system is needed that can be accessed on a computer or smartphone, both online and offline. This research is an R&D study that will develop a centralized vehicle maintenance information system. This research will analyse the requirements for monitoring and maintaining vehicles. Subsequently, the Centralized Vehicle Maintenance Information System (SIPEKAT) will be developed based on the results of the requirements analysis to serve as a system capable of monitoring and maintaining vehicles. Based on the results of the needs analysis, there is some information that needs to be displayed on this vehicle maintenance information system, including: 1) Information on the number of active vehicles. 2) Information on the number of vehicles that are running and also stopped. 3) Information on the number of vehicles undergoing maintenance/repairs. 4) Information on when owned vehicles will undergo maintenance/repairs. 5) Information on who is performing maintenance/repairs on the vehicle and the estimated completion time for maintenance/repairs. The Centralized Vehicle Maintenance Information System (SIPEKAT) has been developed and tested for functionality. The next step in the development of this information system is to make it accessible online.
Universitas Negeri Yogyakarta
Title: Development Of A Centralized Vehicle Maintenance Information System
Description:
Motor vehicle maintenance is important for safety, performance, efficiency, and economy.
Well-maintained vehicles have optimally functioning systems, reducing the risk of major damage and repair costs.
For transportation businesses, routine maintenance ensures that vehicles are always ready for operation, maintaining profitability.
Monitoring service history and predicting maintenance needs are necessary to avoid operational disruptions.
Well-maintained vehicles are also more attractive to potential buyers, increasing their resale value in the market.
Consistent maintenance not only extends the life of the vehicle, but also improves fuel efficiency and reduces emissions.
To facilitate the process of monitoring and maintaining these vehicles, a system is needed that can be accessed on a computer or smartphone, both online and offline.
This research is an R&D study that will develop a centralized vehicle maintenance information system.
This research will analyse the requirements for monitoring and maintaining vehicles.
Subsequently, the Centralized Vehicle Maintenance Information System (SIPEKAT) will be developed based on the results of the requirements analysis to serve as a system capable of monitoring and maintaining vehicles.
Based on the results of the needs analysis, there is some information that needs to be displayed on this vehicle maintenance information system, including: 1) Information on the number of active vehicles.
2) Information on the number of vehicles that are running and also stopped.
3) Information on the number of vehicles undergoing maintenance/repairs.
4) Information on when owned vehicles will undergo maintenance/repairs.
5) Information on who is performing maintenance/repairs on the vehicle and the estimated completion time for maintenance/repairs.
The Centralized Vehicle Maintenance Information System (SIPEKAT) has been developed and tested for functionality.
The next step in the development of this information system is to make it accessible online.
Related Results
Maintenance optimization for marine mechanical systems
Maintenance optimization for marine mechanical systems
This article proposes a stochastic technique for determining the optimal maintenance policy for marine mechanical systems. The optimal maintenance policy output includes the averag...
An Investigation in Implementation of Maintenance Models in Higher Learning Institutions in Gaborone
An Investigation in Implementation of Maintenance Models in Higher Learning Institutions in Gaborone
ABSTRACT
Purpose :
To investigate on the implementation of maintenance models and techniques used when executing facilities main...
Vehicle Theft Detection and Locking System using GSM and GPS
Vehicle Theft Detection and Locking System using GSM and GPS
A vehicle tracking system is very useful for tracking the movement of a vehicle from any location at any time. An efficient vehicle tracking system is designed and implemented for ...
Modeling and simulation on interaction between pedestrians and a vehicle in a channel
Modeling and simulation on interaction between pedestrians and a vehicle in a channel
The mixed traffic flow composed of pedestrians and vehicles shows distinct features that a single kind of traffic flow does not have. In this paper, the motion of a vehicle is desc...
Optimizing maintenance logistics on offshore platforms with AI: Current strategies and future innovations
Optimizing maintenance logistics on offshore platforms with AI: Current strategies and future innovations
Offshore platforms are vital assets for the oil and gas industry, serving as the primary facilities for exploration, extraction, and processing. Maintenance logistics plays a cruci...
Smart Maintenance: Enhancing Maintenance Effectiveness at Pace with Artificial Intelligence
Smart Maintenance: Enhancing Maintenance Effectiveness at Pace with Artificial Intelligence
Abstract
Objectives/Scope
The integration of Artificial Intelligence (AI) in production operations within the oil and gas indust...
Maintenance strategies and energy efficiency: a review
Maintenance strategies and energy efficiency: a review
PurposeThis paper reviews the literature on maintenance strategies for energy efficiency as a potential maintenance approach. The purpose of this paper is to identify the main conc...
THEORETICAL FRAMEWORKS OF ECOPFM PREDICTIVE MAINTENANCE (ECOPFM) PREDICTIVE MAINTENANCE SYSTEM
THEORETICAL FRAMEWORKS OF ECOPFM PREDICTIVE MAINTENANCE (ECOPFM) PREDICTIVE MAINTENANCE SYSTEM
The Frameworks of EcoPFM Predictive Maintenance (PM) System presents a novel approach to maintenance optimization within eco-friendly power facilities, addressing the critical need...

