Design & Implementation of Remote Radiation Surveillance Unit

Abstract

This project report presents the design and development of a "Remote Radiation Surveillance Unit", which is a cost-effective solution for remotely monitoring radiation levels in hazardous environments. Continuous radiation monitoring is essential in various sectors, including nuclear power plants, industry, and healthcare. While many radiation measurement devices are available, most require manual operation by the user and are costly. This project aims to address the need for remote monitoring while keeping the costs to a minimum. The device is designed to detect radiation levels, transmit real-time data, and navigate difficult terrains for remote monitoring, minimizing human exposure risk. The system consists of a remote-controlled vehicle that carries the radiation detector to hazardous areas. The radiation detector module is based on a GM Tube. The device accurately measures ionizing radiation and records GPS coordinates. It then transmits this data to the user via wireless communication and a server, allowing anyone to monitor from anywhere in the world. This project successfully achieves its goal of developing a low-cost and efficient radiation monitoring system. Additionally, it provides a foundation for future enhancements, such as better radiation detection capabilities, greater range, and improved durability. This innovation has considerable potential for use in Bangladesh and other areas that need affordable radiation monitoring solutions.