John Fulton, associate professor of biosystems engineering, is developing intelligent planter technology through an in-depth understanding of how individual planter row units and soil characteristics affect crop emergence and development. His automated, on-the-go system combines the use of actuators with prototype sensors to regulate individual planter row units, and helps determine soil moisture. The actuators will place crop seed at a target depth regardless of soil conditions, as well as control the amount of down force applied to maintain good contact between the row unit and soil without disrupting other seedlings. The technology responds to the variability in soil conditions that growers face during planting, and will allow farmers to increase their crop production through improved planter performance based on in-field conditions.
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- Auburn Engineering team wins NASA's RASC-AL Competition June 18, 2025A team of aerospace engineering graduates took top honors in NASA’s 2025 Revolutionary Aerospace Systems – Academic Linkage (RASC-AL) Competition Forum, where undergraduate and graduate teams competed to develop new concepts for operating on the Moon, Mars and beyond.
- Auburn Engineering team wins back-to-back national championships in electric car competition June 17, 2025Mechanical engineering sophomore Eliana Floyd grew up watching racing with her dad. She's been into cars for as long as she can remember. So, for her, just standing in pit lane would have made the hours in the Makerspace designing, cutting and clamping panels, bleeding brakes and slapping duct tape on the frame worth it. But […]