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The Agribotics Competition was a youth robotics event organized through the Texas 4-H program and hosted by Prairie View A&M University’s Cooperative Extension. The competition was designed around the overlap between STEM and agriculture; featuring ag-inspired challenges, blending STEM education with real-world problem solving.
Unlike FIRST and VEX competitions, Agribotics focused entirely on autonomous control. Teams not only designed and built their robots, but also had to program them to complete a series of tasks. The tasks and game board were designed as simulated agricultural processes and farm operations requiring both navigation and object manipulation.
The Agribotics Competition gave students early exposure to how robotics and automation can be applied to real-world systems, particularly in agriculture and food production. Through hands-on design and programming, students gained experience with autonomous technology while building teamwork, persistence, and technical confidence—foundational skills that support long-term success in STEM pathways and workforce development.
Robot design and mechanical construction
Programming and autonomous behavior
Problem solving under competition constraints
Team collaboration and communication
Connections between technology and agriculture
Our team participated in the Agribotics Competition during the Spring 2014 season, both in the Houston-area event in March at Lockhart Elementary in Houston ISD, and the state-level competition in May on the Prairie View A&M Campus.
The city-level competition was held in March at Lockhart Elementary in Houston ISD. During this event, teams received detailed information about the competition challenges and were provided with the official game boards, allowing students to begin testing and refining their designs.
The city event functioned both as a standalone competition and as preparation for the state-level event scheduled for May.
The competition focused on the Lego NXT robotics platform. While the programming is block-based it still requires planning, calibrating, adjusting, and considering variables to achieve a successful run.
In May, we competed in the state-level event, organized and hosted by Prairie View A&M University.
This included a tour of the campus, meeting university faculty and staff, and the final state-level competition for this year's Agribotics competition.