Agricultural Engineering University of Nebraska-Lincoln

Overview

The Agricultural Engineering programme at the University of Nebraska-Lincoln provides a robust foundation in engineering principles applied to food, fuel, and fibre production. Students engage in a curriculum that balances theoretical mathematics and physics with practical applications in biological and mechanical systems.

This degree is accredited by the Engineering Accreditation Commission of ABET, ensuring that the curriculum meets high international standards. The department is housed in Chase Hall, where learners benefit from small class sizes and direct interaction with expert faculty members. Students often gain hands-on experience through the Nebraska Tractor Test Laboratory and various departmental research projects.

Why Agricultural Engineering at the University of Nebraska-Lincoln?

The university offers a unique learning environment where students utilise facilities across two distinct campuses. Basic engineering and science courses are held on the City Campus, while specialised technical modules take place on the East Campus. This structure provides access to a wide range of laboratories and interdisciplinary resources.

Distinctive teaching features include the opportunity to participate in competitive teams such as the Quarter-Scale Tractor Team and the Husker Robotics Team. These extracurricular activities complement formal instruction in fluid power, control systems, and ergonomics. The institution also maintains strong links with professional organisations like the American Society of Agricultural and Biological Engineers.

Tuition Fee Breakdown

• International fee: USD 30330 per year
• National fee: USD 30330 per year
• Local fee: USD 11100 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

Modules may include:

• Biological Engineering and Agricultural Engineering
• Computer-Aided Problem-Solving
• Engineering Properties of Biological Materials
• Instrumentation for Agricultural and Biological Systems Engineering
• Process Engineering
• Mechanics of Materials for Agricultural and Biological Systems Engineering
• Power Systems Design
• Biological and Environmental Transport Processes
• Machine Design in Agricultural Engineering
• Irrigation and Drainage Systems Engineering
• Instrumentation and Controls
• Design in Agricultural and Biological Systems Engineering

Careers with Agricultural Engineering

Graduates from this programme frequently secure roles as product engineers, design engineers, and water resource project engineers. Many alumni find employment with major global organisations such as John Deere, Kawasaki Motors Manufacturing, and Cargill. The skills acquired allow for diverse career paths in manufacturing, environmental consultancy, and public agencies.

Industries employing these professionals include agricultural machinery manufacturing, irrigation management, and grain terminal operations. Recent graduates have also transitioned into advanced research roles or pursued postgraduate studies in biological systems and electrical engineering. The programme's focus on professional development ensures readiness for leadership positions in the engineering sector.