Michigan State University

What you'll study

The programme combines core engineering fundamentals with specialised agricultural applications. Typical topics include soil and water engineering (irrigation, drainage and watershed hydrology), farm machinery and power systems, sensors and instrumentation, automation and control for field and post‑harvest operations, precision agriculture technologies (GNSS, remote sensing, GIS), modelling and data analytics for crop and resource management, and bioprocess or food engineering aspects where relevant.

Students choose between research (thesis) and coursework (non‑thesis) options, allowing pathways into research or professional practice. A typical programme includes advanced courses in fluid mechanics, transport processes, control systems and instrumentation alongside elective seminars and specialised courses in areas such as sensor networks, agricultural robotics, irrigation engineering, and environmental impact assessment. Hands‑on laboratory work, field experiments at university research farms, and project or thesis research with faculty supervision are central components.

Entry requirements

Applicants normally hold a bachelor’s degree in agricultural engineering, biosystems engineering, mechanical engineering, civil engineering, biological sciences or a closely related discipline. Successful applicants typically have coursework in mathematics (calculus, linear algebra), physics, basic engineering thermodynamics, and introductory engineering design or programming. A solid academic record at undergraduate level is expected.

Additional application materials usually include academic transcripts, a statement of purpose outlining research or professional goals, letters of recommendation, and a CV. International applicants must demonstrate English proficiency through an accepted test unless exempt. For candidates whose background lacks specific prerequisites, the department may recommend or require preparatory courses before or early in the programme. GRE requirements vary and should be checked with the department.

Career prospects

Graduates pursue careers across industry, government, and academia. Typical roles include precision agriculture specialist, irrigation and water resources engineer, farm machinery and equipment designer, automation and controls engineer for agri‑systems, environmental consultant focused on soil and water management, and technical specialist in food and bioprocessing firms. Many graduates work for agricultural equipment manufacturers, agribusiness companies, engineering consultancies, extension services, research institutes, and government agencies. The M.S. also provides a pathway into doctoral study and research careers.

Why study at Michigan State University

Michigan State is a land‑grant research university with a long history in agricultural sciences and engineering, offering access to multidisciplinary expertise across plant sciences, animal science, environmental science and data analytics. The programme is embedded in a department with active research in precision agriculture, water management and mechanisation, and students benefit from collaborations with faculty, graduate researchers and extension specialists.

Students gain practical experience through laboratory facilities and field research on university farms, interaction with regional agricultural industries in the US Midwest, and opportunities to participate in applied projects and internships. The university’s extension network and industry connections help translate research into practice and support student networking and career development.