Six-Day Drone Bootcamp on Drone and Allied Technologies Successfully Concludes at Bihar Agricultural University
A six-day Drone Bootcamp focusing on drone technology, artificial intelligence, and modern agricultural applications concluded successfully at Bihar Agricultural University on Saturday, May 23, 2026. The bootcamp was organized from May 18 to May 23 by the Centre for Agricultural Informatics and AI Research (CAIR), the technology advancement wing of the university, in collaboration with Centre for Development of Advanced Computing (CDAC). The programme was conducted with the objective of introducing students to emerging technologies in precision agriculture and providing them with practical exposure to drone systems and intelligent farming solutions. A total of 43 students participated in the intensive training programme and received hands-on training on drone operations, drone components, aerial surveying, mapping technologies, and agricultural applications of unmanned aerial systems.
The successful organization of the bootcamp was made possible under the visionary leadership and continuous support of the Hon’ble Vice Chancellor, Dr. D.R. Singh, whose dedicated efforts and guidance played a crucial role in securing approval for the programme and ensuring its smooth execution. His encouragement towards integrating advanced technologies such as Artificial Intelligence (AI), Machine Learning (ML), and drone systems into agricultural education has been instrumental in promoting innovation-driven learning at the university. The programme was conducted under the project leadership of Project Director Dr. Anshuman Kohli, while Dr. C.K. Panda served as the Project Coordinator. The training sessions were delivered by experts and scientists from CDAC including Rahul Kumar (Project Manager & centre head CAIR), along with Siddhant, Pradeep Nandan, and Nandan Kumar, who provided detailed technical guidance and practical demonstrations throughout the bootcamp.
During the six-day programme, the trainers conducted extensive sessions covering drone architecture, flight control systems, sensors, payload mechanisms, aerial imaging, mapping technologies, and precision agriculture applications. Students were provided with practical exposure to drone flight operations, maintenance procedures, and safety protocols, enabling them to gain a comprehensive understanding of drone technology and its field applications. The trainers also highlighted the implementation of Artificial Intelligence and Machine Learning in combination with drone technology for advanced agricultural solutions. Special sessions focused on the use of AI/ML-based analytics for crop health monitoring, disease detection, nutrient deficiency analysis, yield prediction, weed identification, and precision farming practices. Students developed a deeper understanding of how drone-generated data can be integrated with intelligent systems to support data-driven agricultural decision-making and sustainable farming practices. Interactive demonstrations and hands-on learning sessions enabled participants to understand the transformative potential of drones and AI in modern agriculture. Students expressed enthusiasm and appreciation for the programme, stating that the bootcamp significantly enhanced their practical knowledge, technical skills, and awareness of emerging opportunities in agri-tech and smart farming technologies.
The successful completion of the bootcamp marks another significant milestone for Bihar Agricultural University and CAIR in promoting technology-driven education and strengthening innovation in agricultural research and development. The initiative reflects the university’s commitment towards preparing students for the future of digital and intelligent agriculture.