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Studies & Degrees in Agricultural Mechanization

Agricultural mechanization is the use of tools, machines and power in farming, and the field of study concerned with choosing, operating, maintaining and designing that equipment. The Food and Agriculture Organization of the United Nations (FAO) uses a broad definition: mechanization covers all levels of farming and processing technologies, from simple hand tools to sophisticated motorised equipment. According to FAO, it reduces hard labour, relieves labour shortages and improves the productivity and timeliness of agricultural operations.

Students learn how tractors, harvesters, planters, sprayers and irrigation systems work. That means diesel engines, power trains, hydraulics, electrical and electronic systems, and increasingly the computer-controlled systems and satellite guidance used in precision farming. Programmes with an agricultural focus add crop and soil science and farm management, so that graduates can match machinery to the work of a particular farm.

Qualifications and levels

There are two main routes, and they lead to different jobs.

  • Engineering degrees. Machinery design is taught within agricultural and biological engineering, the discipline that applies engineering principles and biology to agricultural systems and tools, in the definition of the American Society of Agricultural and Biological Engineers. In the United States, agricultural engineers typically need a bachelor's degree in an engineering field, according to the Bureau of Labor Statistics (BLS). In Europe a bachelor's degree has 180 or 240 ECTS credits, at 60 credits per year.
  • Technician programmes. Two-year colleges train the technicians who service and repair farm machinery. Kirkwood Community College in Cedar Rapids, Iowa, describes its Diesel Technologies course as a two-year hands-on programme that prepares students for maintenance and repair of agricultural equipment, heavy trucks and trailers or heavy equipment. Williston State College in North Dakota offers Diesel Technology as an Associate in Applied Science of at least 62 credits, and also as a shorter programme certificate or certificate of completion; it covers engines, electrical systems, fuel systems, hydraulics, brakes, steering, drive trains and welding.
  • Agriculture programmes. General agriculture degrees at two-year colleges include machinery and technology alongside farm management. The Agriculture associate degree at Williston State College also requires at least 62 credits, and its course work includes areas such as farm management, ranch management and unmanned aerial systems.
  • Vocational training in Spain. The nearest qualification is the Técnico en Electromecánica de Maquinaria, an intermediate vocational training (FP) programme of 2,000 hours; its listed occupations include electromechanic of agricultural machinery.

Where to study it

SpainExchange lists 4 active schools for agricultural mechanization: 2 in the United States, 1 in Iraq and 1 in Canada. The two US schools, Kirkwood Community College and Williston State College, are public two-year colleges in farming regions of the Midwest and the northern plains. The University of Mosul is the listed school in Iraq, and in Canada the directory lists the English Language Centre of Lethbridge College, in Alberta.

Few programmes use the exact name. In the United States look for diesel technology, agricultural equipment technology, agricultural systems technology or precision agriculture at colleges, and for agricultural or biological engineering at universities. Teaching in the United States and Canada is in English. Because technician programmes are practical, ask each college about its workshops, the brands of equipment it trains on and its links with local dealers; Kirkwood, for example, states that more than 50 Midwestern businesses employ graduates of its diesel programme.

Careers

Technician graduates work as farm equipment mechanics and service technicians, who service and repair tractors, harvesters and other farm equipment. Most work for dealer repair shops, according to the BLS, and the work is seasonal: during planting and harvest, mechanics often work six or seven 12-hour days a week. Other graduates work in machinery sales, parts and service management, as machinery operators and farm managers, or as precision agriculture technicians.

The BLS counted 41,900 farm equipment mechanics and service technicians in the United States in 2025. They belong to the wider group of heavy vehicle and mobile equipment service technicians, whose employment is projected to grow 7 percent from 2025 to 2035, with about 20,300 openings a year. The typical entry-level education for this group is a high school diploma, followed by long on-the-job training; a college programme is a structured way to learn these systems before starting in a workshop. Agricultural engineering is a small profession: the BLS also projects 7 percent growth from 2025 to 2035, but only about 100 openings a year.

Frequently asked questions

Is agricultural mechanization an engineering degree?

It can be, but often it is not. Designing machinery is part of agricultural or biological engineering, a bachelor's-level degree. Maintaining and repairing machinery is taught in two-year technician programmes such as diesel technology.

How long do the programmes take?

Technician programmes at US colleges usually take two years; the associate degrees at Williston State College require at least 62 credits. Shorter certificates exist. In Spain, the FP programme in machinery electromechanics has 2,000 hours.

Do I need a farming background?

The programme pages consulted for this guide do not list one as a requirement. The courses centre on engines, hydraulics and electronics. Check the admission requirements of each college.

What are the job prospects?

In the United States, the BLS projects 7 percent employment growth from 2025 to 2035 for heavy vehicle and mobile equipment service technicians, the group that includes farm equipment mechanics.