By Scout Nelson
A group of talented students from North Dakota State University (NDSU) will represent their school in the international Farm Robotics Challenge. This team, including undergraduates and graduates from various engineering backgrounds, has been selected to participate based on their innovative project proposal.
The NDSU Robotics Team comprises students from agricultural and biosystems engineering and electrical and computer engineering programs. Their project focuses on developing a mechanical, site-specific weed control system. This system will utilize Farm-NG's AMIGA’s wheeled unmanned ground vehicle, demonstrating cutting-edge technology in precision agriculture.
Sulaymon Eshkabilov, assistant professor of agricultural and biosystems engineering at NDSU, serves as the team's main advisor. Under his guidance, the team aims to create a robot that not only competes effectively but also addresses real agricultural challenges. The robot's design aims to increase efficiency and reduce the environmental impact of weed control practices.
“We are proud to represent NDSU and be the first team from the state of North Dakota in this prestigious international competition in the Farm Robotics Challenge,” said Eshkabilov. His statement reflects the pride and commitment of the team to showcase their skills and NDSU's contributions to agricultural technology on a global stage.
In addition to faculty support, the team benefits from the collaboration with industry partners and local agricultural experts. These collaborations provide practical insights and support, enhancing the project's relevance to current farming needs.
The participation of the NDSU team in such a prominent competition highlights the university's dedication to advancing agricultural technology and education. It also emphasizes the importance of practical experience and industry partnerships in preparing students for future challenges in agriculture and technology sectors.
Photo Credits:north-dakota-state-university
Categories: North Dakota, Education