UNIVERSITY PARK, Pa. — Penn State students looking to turn their passion for sustainable agriculture into a profession soon will have a new opportunity to learn by doing.
In spring 2026, the College of Agricultural Sciences’ Department of Agricultural and Biological Engineering will launch ABSM 497: Conservation Management, a course designed to help students understand natural resource concerns across Pennsylvania’s landscape, with an emphasis on soil and water conservation.
Taught by Weiyun Hua, assistant teaching professor of agricultural and biological engineering, the course is supported by Penn State Extension’s Center for Agricultural Conservation Assistance Training and administered by the Department of Agricultural and Biological Engineering’s teaching program and mission. The course is aimed at addressing a growing demand for professionals trained in best management practices that are both productive and environmentally sustainable.
Students will analyze how agricultural activities such as tillage, fertilization and irrigation affect soil health, water quality and overall environmental sustainability.
“I would like to create a course that moves beyond theory and equips students with practical tools,” Hua said. “It’s about empowering the next generation of agricultural professionals to see conservation and profitability as two sides of the same coin, not competing interests.”
Hua emphasized that healthy resources are the foundation of a resilient and profitable agricultural industry. Degraded soil can lead to lower yields, higher input costs, and less resilience to weather extremes such as droughts and floods.
“Likewise, water quality is not just an environmental issue; it’s a matter of social license and regulation,” she said. “By proactively managing nutrients and sediment, ag professionals can ensure the long-term viability of farm operations and the industry as a whole.”
In the course, students will explore nonstructural best management practices, such as cover crops, no-till, grassed waterways and nutrient management. Field trips will offer opportunities to see these practices in action.
Through hands-on work, students will learn to inventory natural resource concerns using geographic information systems and aerial imagery, delineate a watershed, create a comprehensive nutrient management plan, and plan for various best management practices.