Qualification: Master of Informatics
Direction: Information Technologies
Program volume: 120 credits
Program fee: 2250 GEL
Program Status: Accredited
Financing: in case of obtaining a grant, it is state-financed
Teaching language - Georgian
The goal of the master's educational program is the theoretical and practical training of a highly qualified specialist in the field of creation, implementation and operation of information and communication technologies, as well as corporate information systems, meeting all the conditions that are characteristic of information technologies.
Qualification: Master of Engineering in Instrumentation, Automation and Control Systems
Direction: Engineering
Program volume: 120 credits
Program fee: 2250 GEL
Program Status: Accredited
Financing: in case of obtaining a grant, it is state-financed.
Teaching language - Georgian
The goal of the master's program is to prepare a qualified specialist in the field of control systems, automation and test engineering for professional creative work. The Master's program envisages the preparation of a researcher of the mentioned specialty, who will be able to independently plan and implement research.
Qualification: Master of Mathematics
Direction: Mathematics and Physics
Program volume: 120 credits
Program fee: 2250 GEL
Program Status: Accredited
Financing: in case of obtaining a grant, it is state-financed.
Teaching language - Georgian
The master's program will provide students with fundamental knowledge in the field of applied mathematics, pure mathematics, probability theory, and the use of modern methods of mathematical statistics; will develop the skills of using the acquired knowledge in fundamental, engineering, economic, and various scientific and research fields
Qualification: Master of Engineering Physics
Direction: Engineering
Program volume: 120 credits
Program fee: 2250 GEL
Program Status: Accredited
Financing: in case of obtaining a grant, it is state-financed
Teaching language - Georgian
The goal of the program is to prepare a master's degree in the fields of physical-technical expertise, microelectronics and optoelectronics, and nanotechnology, who will be able to independently use the methods of physical-technical expertise at a modern level, develop and research electronic devices, obtain new materials (including nanomaterials), study their properties and to determine the areas of use.
Qualification: Master of Science in Physics
Direction: Mathematics and Physics
Program volume: 120 credits
Program fee: 2250 GEL
Program Status: Accredited
Financing: in case of obtaining a grant, it is state-financed.
Teaching language - Georgian
The purpose of the program is to study physical research methods (magnetic resonance imaging, computer tomography, ultrasound diagnostics, positron emission tomography, and others) in medicine. The creation of the Medical Physics program in the field of physics was caused by the demand for this specialty, which is caused by the rapid development of modern medical and technical diagnostic technologies
Qualification: Master of Biomedical Engineering
Direction: engineering
Program volume: 120 credits
Program fee: 2250 GEL
Program Status: Accredited
Financing: in case of obtaining a grant, it is state-financed.
Teaching language - Georgian
The goal of the program is to prepare a master's student in the field of biomedical engineering within the framework of a combined engineering and life science program. Primary research areas include biomedical imaging, biomedical implants and devices, cardio, electrophysiology devices, multi-compartment modeling, tissue engineering, and regenerative medicine.
Qualification: Master of Engineering in Telecommunication
Direction: Engineering
Program volume: 120 credits
Program fee: 2250 GEL
Program Status: Accredited
Financing: in case of obtaining a grant, it is state-financed
Teaching language - Georgian
The goal of the program is to prepare a competitive specialist who will be able to introduce innovations in the field of telecommunications. In addition, taking into account the evaluation of the perspectives of digital technological development of telecommunication companies and based on the appropriate conclusion, to form the visions of the graduate for the implementation of activities in the field of digital telecommunications.
Qualification: Master of Information Technology
Direction: Information Technologies
Program volume: 120 credits
Program fee: 2250 GEL
Program Status: Accredited
Financing: in case of obtaining a grant, it is state-financed.
Teaching language - Georgian
The purpose of the program is to prepare a competitive and highly qualified specialist for practical and research activities in the labor market in the demanding direction of information technologies - computer systems and networks; to provide the graduate with in-depth knowledge of theoretical, practical and research issues of information technology; To train the graduate: in a multidisciplinary environment of object analysis and research; Computer system and network design, implementation, research, administration skills for the facility; To develop the innovative thinking skills of the graduate, which will contribute to his career advancement.
(A joint higher education program of Tsereteli State University, State Technical University of Georgia, State University of Georgia-Tbilisi Medical University)
Program Status: Accredited
Qualification: Master of Biomedical Engineering
Direction: Engineering
Program size: 120 credits
Program fee: 2250 GEL
Teaching language - Georgian
The goal of the program is to train competitive specialists who, in order to ensure the high quality of human health care, will have the appropriate knowledge and skills to manage the current processes and relevant changes in the health care field, will be able to improve and facilitate the management of the medical field in medical profile institutions and support organizational changes. The Master's program will promote the development of research skills using active research and student-centered teaching methods. The program allows the master's student to use interdisciplinary education for the career growth of biomedical engineers, providing the field knowledge to the degree necessary for the formation of an engineer-researcher.