Paper Key : IRJ************418
Author: Poonam Ternikar,Aayush Nalawade,Kirtan Patel,Sairaj Patil,Varad Gandhi
Date Published: 23 Mar 2025
Abstract
The implementation of an Asset Management System (AMS) for static and portable electromechanical machines involves integrating advanced tracking, monitoring, and maintenance mechanisms to enhance asset utilization and lifecycle management. The process begins with asset registration, where each machine is assigned a unique identifier for streamlined tracking. A centralized database is deployed to store real-time data, enabling automated condition monitoring and predictive maintenance scheduling. Role-based access control (RBAC) ensures secure data access, preventing unauthorized modifications. Furthermore, the system incorporates automated reporting and analytics for asset performance evaluation, depreciation calculation, and cost optimization. Integration with cloud platforms and IoT-enabled sensors (if applicable in future scope) enhances remote monitoring and data synchronization. The AMS ensures efficient resource allocation, reduced downtime, and optimized decision-making, leading to improved operational reliability and asset longevity.
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