Discover your passion
Work with the latest in technology to protect and conserve our natural resources while at the same time improving the productivity and profitability of the agricultural industry.
The production and processing of agricultural products into feed, fuel, food and fiber are becoming increasingly complex. The next generation of equipment coupled with GPS allows us to precisely place fertilizer and seed for maximum efficiency. Autonomous robots and off-road vehicles are the next wave in improving how we raise and harvest crops. Computer-controlled environments create conditions for maximum animal health and vegetable production. Advances in soil and water conservation engineering enable us to reduce soil erosion and prevent the transport of nutrients and other contaminants to our water bodies. Agricultural engineers are in the middle of all these technologies, turning ideas into reality.
Be greater than you imagine
Whatever your goals, your success is important to us! Our programs, labs, hands-on learning environments and facilities will give you a competitive advantage.
Personal attention: Our department is small enough for you to have personal attention from faculty, but large enough to choose a variety of educational opportunities. The student-to-faculty ratio is 25:1. Average class size is 15 to 30 students, and the average lab size is about 16 students working in teams of 2 to 4.
Learning communities: We have created a strong academic environment for new students with our living/learning community. Join a learning community and have a common schedule of classes, peer mentors, career exploration opportunities and the option of living on a floor with other students in your major.
Labs: In class, you will use the same equipment used in professional practice. In fact, several companies donate lab equipment to help you learn. Some of our unique labs include the Ag Leader Precision Agriculture Lab, Danfoss Fluid Power Lab, John Deere Diesel Engines Lab, Buss Hydrology Lab, Iowa Pork Producers Association and Air Dispersion Lab, Electricity and Electronics Lab, and Water Quality Lab.
Agricultural engineering’s core curriculum is designed to provide you with a foundation for any of our major areas so you can choose the best option. These include:
- Land and water resources engineering: Learn and analyze agricultural best management practices that protect and conserve soil and water resources
locally and globally.
- Power and machinery engineering: Create and improve the next generation of off-road vehicles, agricultural equipment and control systems.
- Animal production systems engineering: Ensure sustainable livestock and poultry industries by improving air quality, animal welfare, animal housing and environment, and animal manure and nutrient management.
Engineer Your Future
Many of our graduates have built successful careers not only as engineers, but also as managers, entrepreneurs, sales representatives and consultants.
- The average starting salary of agricultural engineering graduates is almost $58,000/year.
- Co-op and internship salaries for our students average $19/hour.
- Approximately 1,400 companies recruit our engineers every year.
- 99 percent of our agricultural engineering students have in-profession placement within six months of graduation.
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