Master in Agricultural Engineering

1. semester Philosophy of Science, English for Master Students, Fundamentals of Logistics, Study of Patenting, Ergonomics and Industrial Design, Alternative Energetics, Energy Economics in Agriculture, Conformity and Certification of Electrical Equipment, Automatic Systems Simulation, Transport Management, Project Engineering, Transport Engineering Service and Automarket, Projecting in 3D CAM System, Theory of Agricultural Machinery and Motor Vehicles, Principles of Methodology of Design, Embedded Programming for Engineers, Theory of Agricultural Machinery, Specialized Technology, Potato and Vegetable Production, Forage Production
2. semester Modelling of System Dynamic, Computer Graphics for Energetics, Intelligent Technologies and Systems, Mobile Systems Electric Equipment, Reliability of Electrical Devices, Automation of Technological Processes, Power Supply for Rural Objects, Vehicle Diagnostics and Service, Testing and Calculating of Vehicles, Alternative Energy Vehicles, Technological Testing of Materials, Hydraulic and Pneumatic Drive of Machines, Machine Design, Animal Breeding Management, Design of Technologies, Conditioning of Crop Products,
3. semester Computer-aided Measuring Systems, Agricultural Engineering and the Environment, Energy Carriers and Energy Resources, Embedded Programming for Engineers, Research in Agricultural Engineering, Traffic Control and Modelling, Quality Assurance Systems, CNC Machine Tools, Computer Aided Design of Mechanisms, Production of Cutting Tools, Removal and Storage of Manure, Milking and Primary Milk Processing,
4. semester: Writing a Master Thesis

Examination procedure

Master's students' knowledge is tested in the study process at the end of the study courses in exams and tests according to the study plan. During the semester, knowledge is evaluated in laboratory works and tests. The studies end with the development of a master's thesis, in which the student receives an assessment in a 10-point system.

Knowledge

Extensive, in-depth theoretical and practical knowledge and understanding of research in the relevant field of science, the latest research technologies and equipment, their application, processing of research results and demonstration opportunities.

Skills - the ability to use the acquired knowledge in the development of a master's thesis: analytical analysis of the situation, evaluation and development of research methodology, creation of new knowledge based on the performed research, summarizing, evaluating and interpreting the results. Ability to defend and scientifically substantiate their decisions in solving engineering problems.

Competence - is able to work independently with engineering calculations and analysis of various complexity and scope, to perform experimental and analytical research in relation to the chosen topic.

Master's students in agricultural engineering occupy leading positions in transport and agricultural machinery operating and trading companies, energy and machine-building industry companies. Graduates of the program are in demand on the labor market and often combine work responsibilities with continuing education.