Education levelMaster's degree
Passing score (paid education)75
FacultyMechanics and Mathematics
ID1706
About the program
The goal of the educational program is to train competitive specialists with sufficient knowledge in the field of mathematical modeling and information and communication technologies, as well as scientific and pedagogical competencies, capable of setting problems, developing mathematical models, using information technologies to solve applied problems in mechanics, physics, ecology, biology, economics and other areas of natural science.
Graduate model
1.To оrganize and to conduct training sessions taking into account the principles of student-centered learning and assessment in the field of study, as well as develop educational and methodological materials in the taught disciplines, taking into account the integration of education, science and innovation (in the area of higher and postgraduate education).
2.To develop the field of information and communication technologies by conducting theoretical and experimental research, through the integration of knowledge from existing areas of information and communication technologies, new or interdisciplinary areas.
3.To use methods and tools of information technology and data mining to obtain knowledge necessary for decision-making and improvement of various physical processes.
4.To conduct educational and extracurricular activities for students, support and develop the educational environment and organizational culture, as well as observe the principles of academic honesty and integrity, extrapolate innovations in the profession (in the area of higher and postgraduate education) into the educational process.
5.To conduct applied and fundamental research in the chosen subject area, conduct in-depth analysis of problems, substantiate physical problems, and identify their natural scientific essence in the course of scientific and research activities.
6.To solve applied problems using mathematical apparatus and numerical algorithms, systems analysis, computational experiments using high-performance computing tools.
7.To analyze, design and conduct numerical experiments of constructed mathematical models of industrial, physical and technological, nonlinear non-stationary physical, chemical, biomedical and other processes, reproduce numerical solutions of engineering problems on high-performance systems.
8.To visualize the obtained numerical results using modern ICT tools and be able to interpret them to predict the processes under study.
9.To research and develop new mathematical models and numerical methods for solving various applied problems using computing environments based on information technologies for heat and mass transfer phenomena, continuous medium dynamics, thermophysical and complex processes, mechanical processes, thermodynamic processes in gas dynamics, thermodynamic processes in solids, as well as stability theory in economics and engineering.
10.To implement a projects in the professional sphere based on a systems approach and develop recommendations for the implementation of research results and numerical experiments using mathematical and computer modeling methods in the manufacturing and financial sectors.
11.To participate and present research results at scientific seminars and conferences, be able to write scientific articles and projects.
12.To work in a team, tolerantly perceiving social, ethnic, confessional and cultural differences, critically evaluate own and team activities, outline ways and choose means for self-development, improvement of skills.
2.To develop the field of information and communication technologies by conducting theoretical and experimental research, through the integration of knowledge from existing areas of information and communication technologies, new or interdisciplinary areas.
3.To use methods and tools of information technology and data mining to obtain knowledge necessary for decision-making and improvement of various physical processes.
4.To conduct educational and extracurricular activities for students, support and develop the educational environment and organizational culture, as well as observe the principles of academic honesty and integrity, extrapolate innovations in the profession (in the area of higher and postgraduate education) into the educational process.
5.To conduct applied and fundamental research in the chosen subject area, conduct in-depth analysis of problems, substantiate physical problems, and identify their natural scientific essence in the course of scientific and research activities.
6.To solve applied problems using mathematical apparatus and numerical algorithms, systems analysis, computational experiments using high-performance computing tools.
7.To analyze, design and conduct numerical experiments of constructed mathematical models of industrial, physical and technological, nonlinear non-stationary physical, chemical, biomedical and other processes, reproduce numerical solutions of engineering problems on high-performance systems.
8.To visualize the obtained numerical results using modern ICT tools and be able to interpret them to predict the processes under study.
9.To research and develop new mathematical models and numerical methods for solving various applied problems using computing environments based on information technologies for heat and mass transfer phenomena, continuous medium dynamics, thermophysical and complex processes, mechanical processes, thermodynamic processes in gas dynamics, thermodynamic processes in solids, as well as stability theory in economics and engineering.
10.To implement a projects in the professional sphere based on a systems approach and develop recommendations for the implementation of research results and numerical experiments using mathematical and computer modeling methods in the manufacturing and financial sectors.
11.To participate and present research results at scientific seminars and conferences, be able to write scientific articles and projects.
12.To work in a team, tolerantly perceiving social, ethnic, confessional and cultural differences, critically evaluate own and team activities, outline ways and choose means for self-development, improvement of skills.
Contacts
Address: 71/23 al-Farabi Ave, Almaty, Faculty of Mechanics and Mathematics, 3rd floor, room 318
Phone: 8 (727) 221-15-89
Admission
Persons entering the master’s degree or residency:
when applying to organizations of university and postgraduate education:
1) an application addressed to the head of the organization of higher and postgraduate education in any form;
2) document on higher education (original);
3) certificate of completion of the internship (for admission to residency);
4) identity document (required for personal identification);
5) six photographs 3x4 centimeters in size;
6) a medical certificate in the f