Episode 1: CAAI4SA Research Updates and Applications Join us for the inaugural session of the CAAI4SA virtual webinar series. Discover how our team is pioneering agricultural technology through current research […]
Center for Applied AI for Sustainable Agriculture (CAAI4SA) Webinar Series EP1 Read More »
Join SCSU’s Center of Applied AI for Sustainable Agriculture (CAAI4SA) and Pee Dee Research, Extension & Education Center on Monday, Oct. 12, 2026 to learn about the applications of drones
AgTech Field Demonstrations Read More »
On August 8, 2026, downtown Williston, South Carolina, transformed into an interactive hub of scientific discovery for the annual DIG STEM Festival. This free, outdoor community event successfully brought together
The Center of Applied Artificial Intelligence for Sustainable Agriculture, also known as CAAI4SA, proudly celebrates the achievement of Tuhina Sambhus, who earned first place in the Agriculture and Technology category
CAAI4SA Celebrates Research Success at the 2026 ARD Symposium Read More »
CAAI4SA provides training programs in UAV operations, FAA Part 107 certification, precision agriculture, and emerging agricultural technologies to support workforce development across South Carolina.
Drone Training and Workforce Development Read More »
The Center is developing robotic harvesting and precision defoliation technologies for cotton production systems. Research includes autonomous platforms, machine vision, and intelligent decision-support systems.
Cotton Robotics Research Program Read More »
Researchers at CAAI4SA are developing RFID-enabled inventory and logistics systems for agricultural and nursery applications. The project aims to improve efficiency, traceability, and data-driven decision making.
RFID Smart Agriculture Research Read More »
CAAI4SA is collaborating with researchers in Japan to advance agricultural robotics, UAV systems, artificial intelligence, and smart agriculture technologies. The collaboration focuses on research exchange, workforce development, and innovation in
US–Japan Agricultural Robotics Collaboration Read More »
