Precision Agricultural Engineering, BSc

Faculty: Agricultural and Food Sciences and Environmental Management

Academic discipline: Agricultural Science

Qualification: Precision Agricultural Engineer

Starting date: September

Language requirements: English language proficiency (TOEFL 513/IELTS 5.5/oral examination)

Academic requirements: high school certificate; entrance examination in mathematics, chemistry or biology (written and oral)

Duration: 7 semesters
ECTS: 180+30

Tuition fee: 6,500 USD/year

Other fees: application fee 150 USD, entrance procedure fee 350 USD

Short description:

Unique in Hungary and Europe, the training includes, in addition to the basic agricultural knowledge, the knowledge of precision agriculture, agricultural digitalisation, the application and operation of precision agricultural equipment, info-communication tools, geoinformatics, data collection and data management, knowledge of the use of software in agriculture, knowledge of agricultural robotics, the basics of operating agricultural drones, knowledge of precision farming technology, the principles, structure, and operation of precision farming advisory systems.

Lecture, seminar: 37,6%

Practice: 62,4%

Main subjects typically include (this list is indicative and may change):

Year	Main subjects
1	Mathematics, Informatics, Mechanical knowledge, Inorganic and organic chemistry, Agro-chemistry, Botany, Physics, Plant physiology, Microbiology, Soil science, Agricultural basics, Horticulture, Plant pathology, Environmental management, Animal physiology
2	Statistics, Agrometeorology, Water management, Crop production, Animal husbandry, Land use, Integrated crop protection, Agricultural marketing and prices, Principles of microeconomics, Global food system, Agricultural computer application, Geospatial data analysis, Agricultural mechanics and robotics, Intro to Precision Agricultura and Lab, Farm machinery system management
3	Hydraulics, pneumatics, Technical writing in engineering, Quality management systems, Management and organisation knowledge, Technical consulting in precision farming, Organisation and economics of precision farming, Precision feeding and animal husbandry, Precision agr data mapping, Use of soil and plant sensors in crop production, Climate risk management and precision agriculture, Crop management with precision farming, Electrical diagnostics for farm machinery, Project work

Internship, practice: Students should complete a 12-week professional practice in the last semester

Career prospects: Undergraduates may find employment in small, medium and large agricultural enterprises, in agricultural integrators, service and trading companies, in consultancy networks, in professional organisations, in educational institutions and research institutes.

For further information please visit this website.