Avila, Nathaniel L. <br/><br/>
Lidar equipped low voltage electromagnetic field radiation tester/ 
Nathaniel L. Avila,  Jairus Roy M. Barral,  Mikaela T. Eugenio,  Robert Jr. E. Gonzales,   Frances Ann G. Guerra, and  Yuri L. Sura.-- 
 - Manila:  Technological University of the Philippines,  2025. 
 - x, 110pages:  29cm. 
<br/><br/> Bachelor's thesis 
<br/><br/>College of Engineering.-- 
<br/><br/>Includes bibliographic references and index. 
<br/><br/> In today’s technology-driven world, we are constantly surrounded by<br/>electromagnetic fields (EMFs) generated by various electronic devices and power systems.<br/>These invisible forces may influence our environment and well-being, yet they often go<br/>unnoticed. This research introduces a user-friendly, portable device designed to detect and<br/>spatially visualize Extremely Low Frequency (ELF) EMFs. Utilizing a Raspberry Pi Pico<br/>as the core processor, along with a magnetometer and LiDAR sensor, the developed<br/>radiation tester not only measures EMF strength but also maps its distribution in space.<br/>Although testing was conducted in controlled environments using transformers and<br/>toroidal cores rather than real-world power infrastructure, the device effectively identified<br/>variations in EMF levels. While not intended for health diagnostics, this tool presents a<br/>practical solution for contractors, researchers, and communities seeking to better<br/>understand EMF exposure. The project contributes to making invisible environmental<br/>factors more tangible, enabling safer, more informed decision-making regarding EMF<br/>exposure in everyday settings. 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Spatial visualization<br/>Electromagnetic fields (EMFs)<br/>ELF EMF detection
<br/><br/><label>LC Class. No.: </label>BTH TK 146   / A95 2025