Abstract
The laboratory equipment inventory tracking system expedited and enhanced laboratory resource management. Numerous laboratories relied significantly on an assortment of expensive and delicate apparatus. However, the manual inventory tracking methods that were previously employed in several laboratories frequently resulted in inefficiency, errors, and mismanagement of valuable resources. This study implemented a robust and automated tracking system employing modern technologies such as RFID (Radio-Frequency Identification) and RFID Tags to resolve these challenges. Microsoft Visual Studio was used to develop the system. The system permitted real-time monitoring and recording of the location, status, and movement of equipment. By integrating with a centralized database, laboratory personnel had access to accurate and current data, allowing for efficient equipment allocation and inventory replenishment. In addition, the system included features such as user authentication, further optimizing laboratory resource utilization and availability. The research entailed the design and development of a tracking system, the testing of its functionality and usability, and the evaluation of its impact on laboratory operations through experimental design methodology. The study extensively tested the system's equipment tracking and report-generating capabilities. The system's effective RFID integration and user feedback demonstrate its potential to reduce financial losses from equipment misplacement, loss, and damage and save time in inventory. This study contributes to laboratory management by demonstrating how innovative tracking systems improve efficiency and accuracy.
