OLUWASEUN ADEYEYE

This research focuses on the design and implementation of a wireless resistivity meter using discrete components. The system addresses the limitations of traditional wired resistivity meters by integrating a wireless transmitter and receiver for efficient data acquisition and portability. The transmitter processes sinusoidal and square wave signals from a signal generator and wirelessly transmits the data to the receiver for analysis. The wireless resistivity meter was evaluated through experimental tests to validate its accuracy, reliability, and operational range. Results demonstrate that the system effectively captures and transmits geophysical data with high precision, making it a significant advancement over conventional wired systems. Key features of the system include real-time data storage and export capabilities, compatibility with modern software tools like LabVIEW Signal Express, and robust performance across varying field conditions.