# Press Release Body Auburn Robotics Institute has been awarded a $3.4 million grant from the National Science Foundation (NSF) to advance autonomous robotics technology for agricultural applications across Alabama farms. The five-year grant will fund development of intelligent systems designed to optimize crop management, reduce labor costs, and improve sustainability practices in the state's agricultural sector. The initiative focuses on creating autonomous robots capable of performing critical farming tasks including selective harvesting, precision irrigation monitoring, and pest detection using advanced computer vision and artificial intelligence. Researchers will collaborate with regional agricultural partners to ensure technologies address real-world farming challenges while remaining accessible to operations of varying sizes. "This significant investment represents tremendous confidence in our team's vision to transform Alabama agriculture through intelligent automation," said Dr. Jennifer Mitchell, Executive Director of Auburn Robotics Institute. "We're committed to developing practical solutions that empower farmers with cutting-edge technology while maintaining the human expertise that sustains our agricultural communities." The project will engage Auburn University's engineering, computer science, and agricultural departments, along with industry partners and local farming operations serving as testing grounds. Anticipated outcomes include prototype deployment on pilot farms within three years and commercialization pathways for viable technologies. Auburn Robotics Institute anticipates this research will create new employment opportunities in robotics development, technical support, and farm operations while positioning Alabama as a leader in agricultural technology innovation. **About Auburn Robotics Institute** Auburn Robotics Institute, based in Auburn, Alabama, is a leading research and development organization advancing robotic and autonomous systems across multiple industries. The institute partners with university researchers, private sector leaders, and agricultural stakeholders to create innovative solutions addressing contemporary challenges in farming, manufacturing, and beyond.