Key Highlights
- CEI hosted its inaugural Ag Tech Robotics Challenge, introducing students to precision agriculture through robotics, coding, GPS mapping, and drone-based problem-solving.
- Participants explored real-world applications of AI and automation in farming, including smart irrigation robots that sense plant water needs and respond automatically.
- The event highlighted growing career opportunities in ag-tech and promoted CEI’s upcoming agriculture technology program, set to launch this fall.
The future of agriculture was on full display as students from several eastern Idaho schools gathered at the College of Eastern Idaho for the institution’s first-ever Ag Tech Robotics Challenge.
Designed to combine agriculture with emerging technologies, the event provided students with hands-on experience in robotics, artificial intelligence, coding, and precision farming techniques.
Students from Aberdeen High School, Aberdeen Middle School, and Teton High School competed in seven agriculture-focused challenges that tested their technical and problem-solving skills. Teams had three hours to complete as many tasks as possible while judges evaluated their performance and awarded prizes.
Students Learn Real-World Precision Agriculture Skills
The competition focused on practical farming applications powered by modern technology. One challenge introduced students to GPS-based field surveying, demonstrating how digital mapping can improve land management and crop planning.
Another task involved analyzing drone data collected during crop-dusting operations to identify agricultural issues and recommend solutions.
A major highlight of the event was the use of AgXRP robots, which were designed specifically for agricultural learning.
Students programmed the robots to monitor soil conditions and automatically water plants when moisture levels dropped below target thresholds. The exercise showcased how automation and AI can help farmers improve efficiency while conserving valuable resources.
According to Heidi Codling, the event was created to expose students to careers emerging within the fast-growing ag-tech sector. The challenge aimed to show that modern farming increasingly depends on advanced technologies rather than solely traditional labor-intensive practices.
Robotics Innovation Meets Classroom Learning
The AgXRP robots were developed by Tom Jacobsen, who has spent years refining the educational robotics kits. During the event, Jacobsen demonstrated how the robots operate and explained plans to further improve future versions with enhanced functionality and usability.
Codling emphasized that while some fear AI could replace jobs, agriculture is one industry where automation may help address labor shortages and improve productivity. She pointed to tasks like early-morning dairy operations as examples of repetitive work that robotic systems could help manage.
CEI’s New Ag-Tech Program Takes Shape
Beyond the competition itself, the event also served as an introduction to CEI’s new agriculture technology program, which will officially launch this fall. The program is expected to eventually move into the new Battelle Energy Alliance Future Tech Building, currently scheduled for completion in 2027.
Encouraged by strong participation and student enthusiasm, CEI plans to continue expanding opportunities in smart farming education and hopes to make the Ag Tech Robotics Challenge an annual event.
