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Engineering Students Revolutionize Cattle Farming With Award-Winning Drone Technology

A drone-powered system built by five University of Tulsa seniors may help revolutionize how America’s small cattle farmers track and care for their herds. The solution won second place in a National Aeronautics and Space Administration (NASA) 2025 AgAir Aviation Solutions competition in Palmdale, California. The team’s solution, the CattleLog Cattle Management System, was one of the finalists selected to present at the NASA 2025 Gateways to Blue Skies Competition.

Other finalists selected were: Auburn University, Boston University, Columbia University, Embry-Riddle Aeronautical University, Houston Community College, South Dakota State University, and University of California Davis.

Sponsored by NASA’s Aeronautics Research Mission Directorate, the competition asked for a solution that would create a new or improved aviation project to support agriculture by 2035. The end goal was to create different solutions from each university that would enhance sustainability, resources, and production in the agriculture industry.

The CattleLog team started by determining what specific problem they wanted to solve. It was by chance that a team member’s family are local cattle farmers in Oklahoma.

Source : utulsa.edu

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2026 T.K. Cheung Lecture in Animal Science - Dan Weary

Video: 2026 T.K. Cheung Lecture in Animal Science - Dan Weary

T.K. Cheung Lecture in Animal Science: "Using science to assess and improve the welfare of dairy cattle"

Dan Weary is a Professor at the University of British Columbia. Dan did his BSc and MSc at McGill and Doctorate at Oxford before co-founding UBC’s Animal Welfare Program where he now co-directs this active research group. His research focuses on understanding the perspectives of animals and applying these insights to develop methods of assessing animal welfare and improving the lives of animals. His work has helped drive changes in practices (including the adoption of higher milk rations for calves and pain management for disbudding) and housing methods (including the adoption of social housing for pre-weaned calves). He also studies cow comfort and lameness, social interactions among cows, and interactions between cows, human handlers and technologies like automated millking systems that are increasingly used on farms. His presentation will outline key questions in cattle welfare, highlight recent UBC research addressing them, and showcase innovative methods for improving the lives of cattle and their caretakers.