Agricultural engineering and technology
Educational program code


Language of instruction

Kazakh, Russian

Learning level


Duration of study

2 years

Objectives of the educational program

The aim of this training is to equip agricultural professionals with theoretical knowledge and practical skills in engineering design, development, and implementation of technical means and technology. The training will be tailored to meet the specific regional requirements of the Republic of Kazakhstan.



The educational program has been designed to meet the requirements of the labour market for 'Agrarian engineering and technology' graduates. It incorporates modern elements of the training system and has been approved by leading agro-firms in the Akmola region.

Areas of activity and professions

engineer of technical service companies and representative offices

technical inspection engineer

engineer of services of district and regional agricultural departments

technologists and managers of technical service enterprises

project organisation engineer

electrification and automation specialists

environmental protection inspector;

training master of secondary and vocational educational institutions;

laboratory technician in research institutes, teacher at primary andSecondary vocational and higher education institutions

  • History and philosophy of science
  • Professionally Foreign Language
  • Higher School Pedagogy
  • Psychology of management
  • Research Culture and Scientific Ethics
  • Metodika teaching engineering disciplines
  • Engineering and technology in crop production
  • Energeticheskie installation in agriculture
  • Processes and equipment of processing industries
  • Technological and technical services in agriculture

  • Design and basis of the commercialization for scientific research
  • Modeling agroengineering systems
  • Theoretical foundations of CAD
  • Fundamentals of control theory
  • Engineering Design
  • Technological design in the agricultural sector
  • Patenting and protection of intellectual property
  • Information technology in engineering service scientific research
  • Modern information technologies in social work
  • Global navigation satellite systems
  • Theoretical Foundations of Machine Reliability
  • Application of GIS-technologies in agriculture
  • Management and decision-making in precision agriculture
  • Machines and devices processing industries
  • Machines and devices in livestock

Learning outcomes and competencies