Education levelBachelor
Passing score (paid education)70
Facultyof Physics and Technology
ID1432
About the program
To provide high-quality training of specialists in the field of cyberphysics, focused on solving interdisciplinary tasks requiring an integrated and systematic approach in multidisciplinary fields, with knowledge and competencies in demand for work at enterprises and manufacturing companies with a high level of innovation implementation in companies providing innovative consulting services and in research organizations capable of creating high-tech developments based on the junction of the latest achievements of physics and cybernetics.
Graduate model
ON 1. Conduct a comprehensive analysis of processes and phenomena, based on a deep understanding of the fundamental laws of physics and their applicability;
ON 2. Select and build the computer models of physical processes and systems, as well as use the visualization tools for the obtained results;
ON 3. Perform the analytical calculations within the framework of existing fundamental physical principles and laws, as well as apply them professionally to solve the non-standard problems;
ON 4. Conduct the market analysis of hardware and software complexes and architecture models of modern computing systems and networks;
ON 5. Use the modern mathematical tools and high-level programming languages to solve the standard and research problems in the field of cyberphysics;
ON 6. Competently integrate the computing resources into systems of varying degrees of complexity, based on an understanding of the physical processes, occurring in them;
ON 7. Perform the laboratory works and experimental research, based on the knowledge of modern tools in the field of physics, process the obtained data, analyze the results and make the conclusions;
ON 8. Follow the professional, ethical and environmental standards, based on a critical understanding of the laws of the functioning of the humanitarian and social spheres, taking into account their significance in human life;
ON 9. Develop and debug the software code at the level of software modules, modify existing modules and packages to solve the application problems;
ON 10. Organize the collection, processing, analysis and systematization of scientific and technical information in the framework of the concept of lifelong learning;
ON 11. Organize the high-performance calculations, apply modern hardware and artificial intelligence methods to solve non-standard physical problems;
ON 12. Develop strategies for developing of usage of databases for automation and control of physical systems, as well as the real-time decision-making;
ON 2. Select and build the computer models of physical processes and systems, as well as use the visualization tools for the obtained results;
ON 3. Perform the analytical calculations within the framework of existing fundamental physical principles and laws, as well as apply them professionally to solve the non-standard problems;
ON 4. Conduct the market analysis of hardware and software complexes and architecture models of modern computing systems and networks;
ON 5. Use the modern mathematical tools and high-level programming languages to solve the standard and research problems in the field of cyberphysics;
ON 6. Competently integrate the computing resources into systems of varying degrees of complexity, based on an understanding of the physical processes, occurring in them;
ON 7. Perform the laboratory works and experimental research, based on the knowledge of modern tools in the field of physics, process the obtained data, analyze the results and make the conclusions;
ON 8. Follow the professional, ethical and environmental standards, based on a critical understanding of the laws of the functioning of the humanitarian and social spheres, taking into account their significance in human life;
ON 9. Develop and debug the software code at the level of software modules, modify existing modules and packages to solve the application problems;
ON 10. Organize the collection, processing, analysis and systematization of scientific and technical information in the framework of the concept of lifelong learning;
ON 11. Organize the high-performance calculations, apply modern hardware and artificial intelligence methods to solve non-standard physical problems;
ON 12. Develop strategies for developing of usage of databases for automation and control of physical systems, as well as the real-time decision-making;
Contacts
Plasma Physics, Nanotechnology and Computer Physics Department
Almaty, Al-Farabi ave, 71, Faculty of Physics and Technology, room 310.
Head of Department - Kodanova Sandugash Kulmagambetovna
tel: +7(727)221-15-53
e-mail: sandugash.kodanova@kaznu.kz
Admission
1) Certificate / diploma + applications (original)
2) ID card
3) UNT certificate
4) Certificates confirming benefits and quotas
5) Photo 3x4: 6 pcs.
6) Medical certificate form 063/y
7) Medical certificate in form 075 / y
🎯If the medical certificate, form 0/75 y does not contain evidence of psycho-drug registration data, then please download it on the Egov website