Robotics and Radar Satellites being implemented to Solve Soil Degradation
Date
2-20-2025
Faculty Mentor
Sean Chenoweth, Chemistry & Geosciences
Files
Download Jamall James Presentation.pdf (4.3 MB)
Submission Type
Conference Proceeding
Location
8:45-8:55 am | Houston Cole Library, 11th Floor
Description
Robotics and remote sensing technology has been around for decades. Ranging from military and government applications to construction, agriculture, manufacturing, academia, environmental concerns, aerospace, and so on. The project with the corresponding build process is combining robotic systems with a radar satellite. The building process with this special piece of concept will involve combining a satellite onto a bipedal variable geometry (also known as transforming) mecha which change into a quadrupedal form. Purpose of this robotic and radar satellite system is to solve soil degradation by incorporating robotic systems with remote sensing technologies (i.e. satellites, radar). Soil degradation is a major concern since soil is important and crucial for survival of plants and planet. The implementation of advanced systems such as remote sensing and robotics is a major concept within the GIS field. Build methodology towards this project will involve the use of an Arduino as the brains and center of operations. Everyday items such as fiberglass, PLA, and more to come plus a ultrasonic sensor with satellite(handmade) for electronics. Finally, a robot being use as a base frame.
Keywords
student research, chemistry & geosciences
Rights
This content is the property of Jacksonville State University and is intended for non-commercial use. Video and images may be copied for personal use, research, teaching or any "fair use" as defined by copyright law. Users are asked to acknowledge Jacksonville State University. For more information, please contact digitalcommons@jsu.edu.
Disciplines
Geochemistry
Recommended Citation
James, Jamall J., "Robotics and Radar Satellites being implemented to Solve Soil Degradation" (2025). JSU Student Symposium 2025. 46.
https://digitalcommons.jsu.edu/ce_jsustudentsymp_2025/46
