Priority programme
Programme capacity - 240 credits
Qualification to be granted - Bachelor of Chemical and Biological Engineering
Teaching language - Georgian
The aim of the program is to train a specialist focused on engineering activities. To give the student basic knowledge in the field of chemical and biological engineering for understanding technological processes, for understanding the issues and tasks that arise and their practical realisation.
Third obligatory subject for admission to the programme - Mathematics, Physics, Chemistry or Biology
Foreign language: French, English, German, Russian
Priority programme
Programme capacity - 240 credits
Qualification to be granted - Bachelor of Chemistry
Teaching language - Georgian
The undergraduate educational programme aims to teach students the fundamental concepts, laws, and regularities of chemistry, such as the physicochemical properties of elements and chemical compounds, simple and complex substances, the assessment of chemical process conditions, and the prediction/planning of their direction.
Third obligatory subject for admission to the programme - Mathematics, Chemistry or Biology Foreign language: French, English, German, Russian
Priority programme
Programme capacity - 240 credits
Qualification to be granted - Bachelor of Engineering in Metallurgy
Teaching language - Georgian
The purpose of the Bachelor's degree programme in metallurgy is to provide students with knowledge in metallurgy: ferrous metals, alloys, namely: cast iron, steels (ordinary carbonaceous, high-quality, alloyed, stainless and other types of special steels), ferroalloys-ferromanganese, ferrosilicon, ferrochrome - ferrovanadium; non-ferrous metals and materials, in particular: heavy, light, noble, rare metals and their alloys in metallurgy; secondary metals in metallurgy - processing and disposal of scrap and industrial waste; calculation and design of thermal characteristics and design of metallurgical furnaces.
Third obligatory subject for admission to the programme - Mathematics, Physics or Chemistry
Foreign language: French, English, German, Russian
Priority programme
Programme capacity - 240 credits
Qualification to be granted - Bachelor of Engineering in Materials Science
Teaching language - Georgian
The purpose of the educational programme is to prepare a competitive bachelors in the field of materials science and materials processing with the fundamentals of engineering education and a focus on practical activities.
To teach the basics of materials science, the structure of metallic and non-metallic materials, physicochemical properties and the relationship between chemical composition, structure and properties.
Third obligatory subject for admission to the programme - Mathematics, Physics or Chemistry
Foreign language: French, English, German, Russian
Priority programme
Programme capacity - 240 credits
Qualification to be granted - Bachelor of Environmental Engineering
Teaching language - Georgian
The purpose of the bachelor's programme is to provide the student with the necessary abilities and professional competencies for the field; to teach the norms of the quality of environmental objects, the disruption of the balance of the biosphere caused by the effect of harmful substances, along with natural and anthropogenic factors, and climatic changes;
Third obligatory subject for admission to the programme - Mathematics, Physics, Chemistry or Geography
Foreign language: French, English, German, Russian
Paid programme
Tuition fee - 2250 GEL
Programme capacity - 240 credits
Qualification to be granted - Bachelor of Pharmacy
Teaching language - Georgian
The purpose of the programme is to train those bachelors who will be able to produce raw materials, substances, and therapeutic and preventive products, control quality, standardise, and provide the population with safe, high-quality, affordable medicines.
Third obligatory subject for admission to the programme - Mathematics, Physics or Chemistry
Foreign language: French, English, German, Russian
Programme capacity - 240 credits
Qualification to be granted - Bachelor of Science in Food Technology
Direction - Chemical and Biological Engineering
Tuition fee - 2250 GEL
Third obligatory subject for admission to the programme - Mathematics, Physics, Chemistry or Biology
Foreign language: French, English, German, Russian
Teaching language - Georgian
The aim of the programme is to provide graduates with accurate, fundamental theories and principles of natural sciences, food sciences, extensive knowledge of technology, skills and professional competencies relevant to the modern requirements of the labour market, which will be oriented on practical activities and continuation of studies at the next levels of higher education.
To teach students:
Scientific foundations of the processes of the food industry, the range of products, the concept of food safety and quality, the changes taking place during the processing of raw materials, the peculiarities of technological operations, the issues of labour protection and safety provided for by environmental and food legislation, toxic compounds and metabolism in the surrounding environment and food, safe working conditions.
Help in developing the ability to characterise food components using physicochemical analytical methods; assess the impact of economic factors; analyse innovations in food science and technology; and develop and implement food technology projects.
Programme capacity - 240 credits
Qualification to be granted - Bachelor of Science in Materials Engineering Technology
Directions -
Tuition fee - 2250 GEL
Third obligatory subject for admission to the programme - Mathematics, Physics, Chemistry or Biology
Foreign language: French, English, German, Russian
Teaching language - Georgian
The aim of the programme is to provide graduates with wide theoretical and practical knowledge in the field of materials engineering technology, as well as the skills required for the field that corresponds to the present labour market requirements.
To teach students the fundamentals of materials engineering technology, the structure of bio-nano ceramic and polymer composite materials, physical-mechanical properties and chemical composition, the relationship between structure and characteristics, the secure control of technological processes of production and the use of technical and technological tools in compliance with environmental protection demands, and the approach of product quality expertise and expertise in conducting skills;
To teach the qualities of the most common and novel composite materials utilised in technology, as well as their applications, equipment principles, and technological modes of operation.