University of North Dakota

What you'll study

Because the University of North Dakota does not run a named Bachelor's in Agricultural Engineering, students interested in this field typically follow a related engineering degree—such as mechanical, civil, environmental, or electrical engineering—and tailor their studies through elective courses, independent study or interdisciplinary projects to address agricultural applications.

• Core engineering fundamentals: mathematics (calculus, differential equations), physics, statics and dynamics, materials science and introductory engineering design.
• Systems and instrumentation: sensors, control systems, automation and instrumentation that are applicable to precision agriculture and farm machinery control.
• Fluids, thermodynamics and power: fluid mechanics, heat transfer and power systems relevant to irrigation systems, grain handling and machinery propulsion.
• Soils, water and environmental topics: hydrology, soil mechanics, water resources and environmental engineering principles used in drainage, irrigation and nutrient management.
• Design and hands-on projects: capstone design projects, laboratory work and fabrication courses where students apply engineering design to equipment, structures or process improvements for agricultural settings.
• Electives and interdisciplinary options: courses in remote sensing and GIS, robotics, bioresource engineering, food processing engineering, and agronomy or animal science offered through collaborations or electives.

Entry requirements

Entry to an engineering undergraduate programme at UND generally requires a strong secondary school record with emphasis on mathematics and science. Applicants should consult the specific departmental pages for up-to-date requirements, but typical expectations include:

• A solid background in algebra, geometry, trigonometry and calculus if available, plus physics and chemistry.
• Competitive grades in relevant subjects; some programmes consider a holistic review including personal statements and references.
• Evidence of problem-solving ability and interest in engineering, which can be shown through projects, extracurricular activities or relevant work experience.
• For international applicants, proof of English language proficiency and meeting UND admissions standards for undergraduate study.

Career prospects

Graduates with engineering training focused on agricultural applications find roles across a wide spectrum of industries. Typical career paths include:

• Design and development of agricultural machinery and equipment for manufacturers or OEMs.
• Precision agriculture and automation specialists working with robotics, sensors and control systems to optimise crop production and reduce inputs.
• Water resources and irrigation engineers designing drainage, irrigation systems and watershed management solutions.
• Processing and post-harvest engineering in food and beverage industries, working on storage, handling and processing systems.
• Consulting roles in farm systems engineering, environmental compliance, and renewable energy projects such as bioenergy and anaerobic digestion.
• Further study and research in agricultural engineering, biosystems engineering, or related graduate programmes leading to academic or R&D careers.

Why study at University of North Dakota

UND offers a strong foundation in engineering fundamentals through its accredited engineering programmes, hands-on laboratories and capstone design courses that prepare students to apply engineering skills in agricultural contexts. Students benefit from:

• Access to multidisciplinary engineering curricula where students can take electives or engage in projects focused on agricultural applications.
• Opportunities for practical learning in well-equipped labs, maker spaces and through industry-sponsored projects or internships in the region.
• Faculty with expertise in areas such as environmental systems, controls, power systems and instrumentation who can supervise applied projects relevant to agriculture.
• Proximity to North Dakota’s agricultural sector, allowing collaboration with farms, cooperatives and agribusinesses for real-world experience.
• Clear pathways to tailor an engineering degree toward agricultural engineering outcomes, or to transfer to or apply for specialised agricultural engineering programmes at other institutions if a dedicated degree is required.

If you specifically require a named Bachelor's in Agricultural or Agricultural and Biosystems Engineering, consider reviewing specialist programmes at institutions in the region that offer dedicated undergraduate degrees in that field, while using UND for strong foundational engineering preparation if you prefer its curriculum and campus environment.