Agriculture with AI-Driven Biopolymers and Smart Sensors

To provide participants with the knowledge and hands-on experience in integrating AI, biopolymers, and smart sensors to optimize agricultural practices, enhance soil health, and promote sustainable farming.

• Understand the role of biopolymers and smart sensors in sustainable agriculture.
• Learn the integration of AI with biopolymers and smart sensors to enhance precision farming.
• Explore case studies showcasing successful AI-powered agricultural technologies.
• Develop AI models to predict soil health and monitor crop growth using biopolymer-based sensors.
• Gain practical skills in implementing these technologies for real-world agricultural practices.

• Agricultural researchers, sustainability experts, engineers, and technology professionals.
• Participants with an interest in AI applications in agriculture, biopolymers, or smart sensor technologies.
• Basic understanding of AI or machine learning is helpful but not required.

• Explain the significance of biopolymers and smart sensors in agriculture.
• Integrate AI into biopolymer applications for soil health and crop sustainability.
• Apply AI-powered smart sensors for precision farming.
• Build AI models to predict soil health and optimize biopolymer use in agriculture.
• Implement AI-driven systems to monitor and optimize crop growth and farming practices.