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Tomsk State University invites you to the international English-language bacheror's science program.
Studying at TISP will allow you to work in the best scientific teams at TSU, implement ambitious projects, and learn how to get world-class results in science.
More information about TISP in our Telegram bot.
Studying at TISP will allow you to work in the best scientific teams at TSU, implement ambitious projects, and learn how to get world-class results in science.
More information about TISP in our Telegram bot.
Tomsk State University invites you to the international English-language bacheror's science program.
Studying at TISP will allow you to work in the best scientific teams at TSU, implement ambitious projects, and learn how to get world-class results in science.
More information about TISP in our Telegram bot.
Studying at TISP will allow you to work in the best scientific teams at TSU, implement ambitious projects, and learn how to get world-class results in science.
More information about TISP in our Telegram bot.
Molecular engineering is an emerging field of science and industry, sometimes referred to as nanotechnology. This field is concerned with the design of functional systems at the molecular level to create better materials and devices for scientific and industrial applications.
A core element of the programme is the chemical-biological sciences, which helps students develop scientific thinking, data manipulation skills and the ability to solve complex problems in an information-deficient environment.
In addition to studying biology, chemistry, physics, mathematics and computer science, the programme also offers comprehensive courses in business disciplines, from project management and entrepreneurship to the commercialisation of science and technology.
A core element of the programme is the chemical-biological sciences, which helps students develop scientific thinking, data manipulation skills and the ability to solve complex problems in an information-deficient environment.
In addition to studying biology, chemistry, physics, mathematics and computer science, the programme also offers comprehensive courses in business disciplines, from project management and entrepreneurship to the commercialisation of science and technology.
Molecular engineering is an emerging field of science and industry, sometimes referred to as nanotechnology. This field is concerned with the design of functional systems at the molecular level to create better materials and devices for scientific and industrial applications.
A core element of the programme is the chemical-biological sciences, which helps students develop scientific thinking, data manipulation skills and the ability to solve complex problems in an information-deficient environment.
In addition to studying biology, chemistry, physics, mathematics and computer science, the programme also offers comprehensive courses in business disciplines, from project management and entrepreneurship to the commercialisation of science and technology.
A core element of the programme is the chemical-biological sciences, which helps students develop scientific thinking, data manipulation skills and the ability to solve complex problems in an information-deficient environment.
In addition to studying biology, chemistry, physics, mathematics and computer science, the programme also offers comprehensive courses in business disciplines, from project management and entrepreneurship to the commercialisation of science and technology.
Unique program
The program includes a wide range of disciplines in biology, physics, chemistry, biomedicine, etc.
International academic community
We have a lively academic community with students and staff from all over the world. The diversity of cultural backgrounds and perspectives enlivens the small-group discussions and enriches your academic experience.
Language
The program is taught
entirely in English.
entirely in English.
Academic advising
Our academic advisors understand both the academic environment of the program and your future professional environment in the natural sciences.
Skills training
At TISP a lot of attention is paid to the development of your academic skills. At the end of every semester, you'll put your acquired knowledge and skills into practice during a four-week project.
Active learning methods
Students actively acquire the knowledge and skills necessary for their career prospects, solve complex interdisciplinary and real-world academic problems.
Research
Enroll for research work at TISP
Preparation and conduct of a case study on biofeedback for schoolchildren
0 руб.
Study of physico-chemical properties of composite materials for regenerative medicine after plasma exposure
0 руб.
Investigation of properties and creation of functional materials for bone treatment
0 руб.
Development of polymer-based targeted drug delivery systems
0 руб.
Review of brood parasitism in birds and other organisms
0 руб.
Review of biomagnetism in pigeons and other organisms
0 руб.
Ethology and nesting of magpies and other corvid species
0 руб.
Interspecific competition between different species of Tits in Tomsk
0 руб.
Dynamics of cohabitation in House Sparrow and Great Tit
0 руб.
Study of avifaunal population and dynamics in urban and rural Tomsk
0 руб.
Review of microbes and extremophiles in Earth and beyond
0 руб.
Review of the parameters for habitability in exoplanets
0 руб.
Modification of equations for finding extraterrestrial life
0 руб.
Weather prediction models
0 руб.
Internet of things and AI
0 руб.
Image recognition tasks
0 руб.
Depression prediction using facial features
0 руб.
Malware detection using AI
0 руб.
Disease prediction using a supervised learning model
0 руб.
Application of System Analysis technique in solving the economical cases
0 руб.
Net premium calculation in non-life insurance based on censored data
0 руб.
Economic order quantity based on censored demand data
0 руб.
Demand driven pricing
0 руб.
Olympiad
Chemistry of Biotechnology
Chemistry of Biotechnology
Take the test in English and get extra points
when applying to TISP
when applying to TISP
DISCOUNTS
For applicants outside of CIS countries
For applicants outside of Russia
For students
TRANSFER TO TISP
For students of Universities in Russia
For students of TSU
For students of another Russian University
Contact us via Telegram bot.
We will help to fill the application.
We will help to fill the application.
TRANSFER TO TISP
For students of Universities in Russia
For students of TSU
For students of another Russian University
Contact us via Telegram bot.
We will help to fill the application.
We will help to fill the application.
STUDENT REVIEWS
The most important thing that has changed for me is my perspectives and my view on the future. I understand more clearly what I would like to do in the future in scientific and professional terms.
Professors from Belgium, the Netherlands, the United States, and the United Kingdom are invited to the TISP program. This is a great opportunity to get an international education in Tomsk.
Professors from Belgium, the Netherlands, the United States, and the United Kingdom are invited to the TISP program. This is a great opportunity to get an international education in Tomsk.
What I like most about the TISP program is the relationship that develops between professors and students. They help us identify our research interests. We jointly solve scientific cases, conduct research, and implement projects.
I would recommend TISP to ambitious people who are not afraid to learn. Studying on the program allows us first to study different areas in the field of natural sciences, and then choose our own training track. This makes the program unique!
I would recommend TISP to ambitious people who are not afraid to learn. Studying on the program allows us first to study different areas in the field of natural sciences, and then choose our own training track. This makes the program unique!
Before enrolling here, I knew I wanted to pursue a carrier in science and research, but I needed to figure out what field. That was why I chose TISP. TISP allows me to try out a variety of different courses. This opportunity broadens the scope of my research from various perspectives. After studying neuroscience in the first year, I found myself in it, and I decided to focus on research related to neuroscience and psychology to explore various mental health issues.
In TISP, we are taught by the problem-based learning method, which I like the most. This method allows us to discuss more than just listen to the lecture. My favorite part of TISP is always the project period. During the project periods, we can design our scientific research.
In TISP, we are taught by the problem-based learning method, which I like the most. This method allows us to discuss more than just listen to the lecture. My favorite part of TISP is always the project period. During the project periods, we can design our scientific research.
TISP is a place which empowers the students' innovative ideas and gives a broad range of opportunities to identify their specific interests in the scientific world. Also, the unique educational friendly environment based on the PBL system has given students the opportunity to get more practical knowledge and engage in real scientific works even from the start of education in TISP. So, I believe TISP is the best place for the ambitious students to achieve their scientific dreams.
International admission
Contact us for more information
CONTACTS
Office 20, 2 Herzen Street, Tomsk 634050
+7 (382) 278 56 71 ; +7 (953) 918 78 97 – for applicants, students and educators
+7 (382) 278 53 41 – for partners and counterparties
Postal address:
Russia, 634050, Tomsk Oblast, Tomsk, Lenin pr., 36
To: Institute “Smart Materials and Technologies”
Russia, 634050, Tomsk Oblast, Tomsk, Lenin pr., 36
To: Institute “Smart Materials and Technologies”
CONTACTS
Office 20, 2 Herzen Street, Tomsk 634050
+7 (382) 278 56 71 ; +7 (953) 918 78 97 – for applicants, students and educators
+7 (382) 278 53 41 – for partners and counterparties
Postal address:
Russia, 634050, Tomsk Oblast, Tomsk, Lenin pr., 36
To: Institute “Smart Materials and Technologies”
Russia, 634050, Tomsk Oblast, Tomsk, Lenin pr., 36
To: Institute “Smart Materials and Technologies”
WhatsApp
WeChat
Telegram
VK
FaceELook: registration algorithm
To visit the 12th building of the Research Institute of Tomsk State University (at Herzen 2), where the Department of Tomsk International Science Program is located, you must first register in the FaceELook face recognition system.
Registration takes 2-3 minutes.
Registration algorithm:
1) Follow the link https://uface.su/;
2) Click on "Register";
3) Fill out the form;
4) Select the status "Guest" at the end of the questionnaire;
5) Check the box of consent to the processing of your personal data;
6) Upload your photo to verify your identity (photo must be clear!);
7) Verify your email.
Registration takes 2-3 minutes.
Registration algorithm:
1) Follow the link https://uface.su/;
2) Click on "Register";
3) Fill out the form;
4) Select the status "Guest" at the end of the questionnaire;
5) Check the box of consent to the processing of your personal data;
6) Upload your photo to verify your identity (photo must be clear!);
7) Verify your email.
NEWS
Tomsk International Science Program
2023
2023
Tomsk International Science Program
2023
2023
General Information:
- For international applicants: Mathematics
Admissions website:
https://admissions.tsu.ru/
Program codename: Innovation technologies. Tomsk International Science Program
The undergraduate programme Molecular Engineering is implemented in cooperation with the Research and Education Centre of the Advanced Engineering School Agrobiotech. The cooperation with the Advanced Engineering School at TISP has resulted in new industrial and scientific partners, free further education programmes for students and new equipment in the laboratories. Education at Agrobiotech is focused on the practical training of unique, marketable professionals.
TISP students' research work has been carried out in the Cell Technology and Prokaryote Bioengineering laboratories by the Agrobiotec Research and Education Centre of the Advanced Engineering School since 2022.
Objective of the program:
Training of a specialist in the field of molecular engineering, capable of conducting applied research focused on development for a specific task of the enterprise. The program is aimed at training specialists with good mathematical, chemical, biological and IT fundamental background.
Basic disciplines:
Chemistry, biology, bioinformatics, biochemistry, mathematics, computer science and basic programming, metabolomics, organic synthesis, biomaterials science, applied medical biotechnology, large workshop on medical biotechnology.
The areas of professional activity:
Healthcare, food industry, chemical, chemical-technological production, cross-cutting professional activities in industry.
The field of activity of graduates extends from the creation of artificial organs using technical means or the search for ways to grow organs and tissues using regenerative medicine methods to compensate for reduced or lost physiological functions (biomedical engineering) and to the development of genetically modified organisms, for example, agricultural plants and animals (genetic engineering), as well as molecular design of compounds with desired properties (chemoinformatics, protein engineering, engineering enzymology).
The objects of professional activity: Microorganisms, cellular structures of animals and plants, viruses, enzymes, biologically active chemicals; devices and equipment for studying the properties of used microorganisms, cellular structures and substances obtained with their help in laboratory and industrial conditions; plants and equipment for biotechnological processes; means of quality control of raw materials, semi-finished products and finished products.
Places for internships for students and subsequent employment of graduates:
Graduates of the undergraduate program can continue their studies at the master's program at TSU or other universities. From the 4th year there is a selection for the «Translational chemical and biomedical technologies» program of the master's level.
Graduates can work at pharmaceutical companies, biotechnology companies, Research Medical Centers, scientific laboratories.
- Full-time education
- Duration of study: 4 years
- Study language: English
- Tuition fees: 317,000 rubles a year
- Number of state-funded places: 14
- Admission exams: 2 exams, including mathematics (mandatory) and chemistry, physics or computer science (optionally). Taking exams online from January to August 2024.
- Program Application Deadline: August, 2024.
Admission exams:
- For international applicants: Mathematics
Admissions website:
https://admissions.tsu.ru/
Program codename: Innovation technologies. Tomsk International Science Program
The undergraduate programme Molecular Engineering is implemented in cooperation with the Research and Education Centre of the Advanced Engineering School Agrobiotech. The cooperation with the Advanced Engineering School at TISP has resulted in new industrial and scientific partners, free further education programmes for students and new equipment in the laboratories. Education at Agrobiotech is focused on the practical training of unique, marketable professionals.
TISP students' research work has been carried out in the Cell Technology and Prokaryote Bioengineering laboratories by the Agrobiotec Research and Education Centre of the Advanced Engineering School since 2022.
Objective of the program:
Training of a specialist in the field of molecular engineering, capable of conducting applied research focused on development for a specific task of the enterprise. The program is aimed at training specialists with good mathematical, chemical, biological and IT fundamental background.
Basic disciplines:
Chemistry, biology, bioinformatics, biochemistry, mathematics, computer science and basic programming, metabolomics, organic synthesis, biomaterials science, applied medical biotechnology, large workshop on medical biotechnology.
The areas of professional activity:
Healthcare, food industry, chemical, chemical-technological production, cross-cutting professional activities in industry.
The field of activity of graduates extends from the creation of artificial organs using technical means or the search for ways to grow organs and tissues using regenerative medicine methods to compensate for reduced or lost physiological functions (biomedical engineering) and to the development of genetically modified organisms, for example, agricultural plants and animals (genetic engineering), as well as molecular design of compounds with desired properties (chemoinformatics, protein engineering, engineering enzymology).
The objects of professional activity: Microorganisms, cellular structures of animals and plants, viruses, enzymes, biologically active chemicals; devices and equipment for studying the properties of used microorganisms, cellular structures and substances obtained with their help in laboratory and industrial conditions; plants and equipment for biotechnological processes; means of quality control of raw materials, semi-finished products and finished products.
Places for internships for students and subsequent employment of graduates:
Graduates of the undergraduate program can continue their studies at the master's program at TSU or other universities. From the 4th year there is a selection for the «Translational chemical and biomedical technologies» program of the master's level.
Graduates can work at pharmaceutical companies, biotechnology companies, Research Medical Centers, scientific laboratories.
