News Summary
Students and faculty from Mississippi State University’s Agricultural Engineering program presented innovative robotics at Discovery Street, educating children on technology’s role in agriculture. The event featured GO-2, a robotic dog that engaged young audiences and illustrated how robotics assists in farming tasks like strawberry picking. The initiative aims to enhance community engagement and promote agricultural innovation while fostering interest in technology among the next generation.
Starkville, Mississippi – Students and faculty from Mississippi State University’s (MSU) Agricultural Engineering, Technology and Business (AETB) program showcased their innovative robotics at Discovery Street this week, highlighting the integration of technology in agriculture as part of an engaging educational experience for children enrolled in the Discovery Street Summer Childcare Program.
The visit featured GO-2, a robotic dog that captivated young audiences with its interactive demonstrations. Throughout the event, children learned how robotics can assist farmers in essential agricultural tasks, such as picking strawberries and harvesting eggs. Students interacted with GO-2, gaining hands-on experience operating its claws and observing its capabilities in fruit-picking tasks.
GO-2’s eye-catching movements, including walking and jumping, were accompanied by the opportunity for participants to view its activities in real-time from a mobile application connected to its camera. This interaction not only entertained children but also provided insight into the engineering behind robotics.
Educational Objectives and Community Engagement
The MSU AETB program is committed to demonstrating how technology can enhance agricultural productivity while fostering community engagement. Discovery Street, a fee-based program offering childcare for PreK to 5th grade students, is operated by the Discovery Center at Sudduth Elementary School in Starkville. This initiative reflects the Starkville Oktibbeha Consolidated School District’s mission to forge partnerships that expand career exploration opportunities, beginning as early as preschool.
Focus on Agricultural Innovation
MSU’s Agricultural Autonomy Institute stands as the nation’s premier research center dedicated to improving on-farm efficiency and precision through cutting-edge technologies such as robotics and artificial intelligence. The institute aims to connect researchers focused on advancing crop management and livestock monitoring through agricultural autonomy, further showcasing the university’s commitment to agricultural innovation.
With a state-of-the-art 4,800-square-foot laboratory and a five-acre testing ground known as “Autonomous Acres,” the institute conducts vital research on creating more efficient agricultural practices. Projects include robotic systems designed specifically for harvesting crops and understanding cattle behavior with the assistance of robotic herders.
Training the Workforce of Tomorrow
The Advancements in Manufacturing Upskilling Program (AiM UP) was launched to address the growing need for skilled workers capable of handling advanced automated manufacturing systems. Initiated in December 2023, AiM UP aims to develop skills among participants of all ages, enhancing their exposure to robotics through workshops and training sessions. Collaboration with technical colleges ensures that students acquire practical skills essential for success in the advanced manufacturing sector.
Since its launch, over 1,000 participants have engaged in the AiM UP program, highlighting its capacity to attract interest and provide valuable educational opportunities for the local workforce.
Expanding Educational Offerings at MSU
Mississippi State University continues to adapt to technological advancements by offering updated educational programs. Among these is an undergraduate degree in artificial intelligence (AI), which distinguishes MSU as one of the three U.S. institutions providing this degree. The program encompasses coursework across various relevant disciplines, including mathematics, computer science, cognitive science, and ethics.
Students enrolled in the AI program partake in a capstone project in collaboration with industry or government partners, tasked with developing innovative AI systems while incorporating ethical considerations into their studies. Similar to the recently introduced Cybersecurity major at MSU, the AI degree program is expected to expand significantly in response to rising interest among prospective students.
This concerted effort by MSU and its partners illustrates a strong commitment to advancing agricultural education and expanding technological capabilities within the community, ensuring that students are well-prepared to meet future industry demands.
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Additional Resources
- Starkville Schools News
- Wikipedia: Robotics
- Clarion Ledger News
- Google Search: Mississippi State University technological advancements
- Commercial Dispatch News
- Google Scholar: agricultural technology
- Magnolia Tribune News
- Encyclopedia Britannica: artificial intelligence
- Future Farming News
- Google News: robotics in agriculture
