Date of Defense
4-21-2026
Date of Graduation
5-2026
Department
Computer Science
First Advisor
Steven Carr
Second Advisor
Guan Yue Hong
Third Advisor
Colin MacCreery
Abstract
The purpose of this project was to implement an effective inventory solution using Radio Frequency Identification (RFID) for use by a small business local to Kalamazoo, Michigan. The implementation of this project involved both the creation of a web based procurement and inventory management application and integration of this application with handheld RFID scanners. The resulting system has implemented the ability for users to request and track inventory orders from suppliers to deployment for customers. The system will benefit the business by both reducing the time spent manually taking and tracking inventory as well as by helping modernize the systems they use to record and track stock and product information allowing for real time audits and statistics. The implementation of this project was over three distinct phases: phase one where a the web application was designed and a basic RFID integration was designed and implemented; phase two where the web application was deployed on the business network and an application to connect hand held RFID scanners to the web app; and phase three which involves installing fixed RFID readers to continuously track and read inventory allowing for automated procurement and tracking flows. Through this project both phase one and two were delivered to the business giving them an effective application that can reduce time spent taking manual inventory and allow for greater control over the procurement of inventory. Lastly, the groundwork for the third phase of this project was laid out with the systems and design research for the third phase being documented. With this the business can expand on the system effectively and implement the third phase of the designed project.
Recommended Citation
Goliak, Benjamin, "Procurement and Inventory System for Gordon Water Systems using Radio Frequency Identification (RFID) and Web Technologies" (2026). Honors Theses. 4107.
https://scholarworks.wmich.edu/honors_theses/4107
Access Setting
Honors Thesis-Restricted
Comments
Co-authored with:
Khang Nguyen
Julio Cercado
Wyatt Young
Kai Watanabe