Education levelBachelor
Passing score (paid education)70
FacultyMechanics and Mathematics
ID1693
About the program
Qualitative training of highly qualified specialists in the field of mechanics with a fundamental basis of mathematics and a good knowledge of the basics of programming, able to independently and creatively solve tasks, make reasonable conclusions and report them, able to work in a team, as well as determine the direction of their further professional growth and demonstrate a desire for continuous education.
Graduate model
1.Demonstrate fundamental knowledge of the fundamentals of mechanics, namely theoretical mechanics, solid state dynamics, continuum mechanics, deformable solid mechanics, material mechanics, fluid and gas mechanics, mechanics of mechanisms, machines, and robotic systems;
2.Analyze information relevant to professional activities using linguistic and intercultural knowledge, information and communication technologies, and form reasoned judgments based on social, ethical, and scientific considerations.
3.Apply appropriate theoretical, numerical, and experimental methods for effective problem solving in mechanics, taking into account complex interrelations between processes and phenomena.
4.Apply research methods and academic writing skills to logically present, format, and communicate the results of scientific research in both oral and written forms.
5.Use practical skills and competencies for maintaining health, personal development, applying knowledge of philosophical traditions in professional practice, fostering societal unity, engaging in lawful entrepreneurial activity, combating corruption, adhering to academic integrity, improving financial literacy, and promoting the principles of ecology, sustainable development, and inclusion, and the conscious use of artificial intelligence technologies in addUse practical skills and competencies for maintaining health, personal development, applying knowledge of philosophical traditions in professional practice, fostering societal unity, engaging in lawful entrepreneurial activity, combating corruption, adhering to academic integrity, improving financial literacy, and promoting the principles of ecology, sustainable development, and inclusion, and the conscious use of artificial intelligence technologies in addressing social and professional challenges.
6.Demonstrate knowledge of basic mathematical disciplines, namely, mathematical and tensor analysis, linear algebra and analytical geometry, differential equations, probability theory and mathematical statistics, variational calculus, calculation methods;
7.Solve problems in hydrostatics, hydrodynamics, and incompressible fluid filtration in porous media using experimental and computational fluid dynamics methods, as well as the fundamentals of turbulence theory and statistical modeling of turbulent flows.
8.Apply methods of theoretical mechanics, rigid body dynamics, celestial and orbital mechanics, bifurcation theory, perturbation theory, and canonical transformations to solve problems in the dynamics of mechanical systems.
9.Apply fundamental laws of physics, the basics of chemistry, thermodynamics, and heat transfer to conduct laboratory and numerical experiments, solve problems in mechanics and renewable energy, and assess the accuracy and reliability of modeling results.
10.Solve problems related to vibration, motion control, and dynamics of mechanical and robotic systems by applying modeling, design, and experimental research methods.
11.Analyze the stress–strain state of structural elements to assess their strength, stiffness, stability, and failure conditions, considering the laws of deformable solid mechanics, plasticity theory, and the strength of polymer materials.
12.Apply fundamental knowledge of computer literacy, programming, and modeling to develop programs and solve mechanical problems using modern programming languages and software packages.
2.Analyze information relevant to professional activities using linguistic and intercultural knowledge, information and communication technologies, and form reasoned judgments based on social, ethical, and scientific considerations.
3.Apply appropriate theoretical, numerical, and experimental methods for effective problem solving in mechanics, taking into account complex interrelations between processes and phenomena.
4.Apply research methods and academic writing skills to logically present, format, and communicate the results of scientific research in both oral and written forms.
5.Use practical skills and competencies for maintaining health, personal development, applying knowledge of philosophical traditions in professional practice, fostering societal unity, engaging in lawful entrepreneurial activity, combating corruption, adhering to academic integrity, improving financial literacy, and promoting the principles of ecology, sustainable development, and inclusion, and the conscious use of artificial intelligence technologies in addUse practical skills and competencies for maintaining health, personal development, applying knowledge of philosophical traditions in professional practice, fostering societal unity, engaging in lawful entrepreneurial activity, combating corruption, adhering to academic integrity, improving financial literacy, and promoting the principles of ecology, sustainable development, and inclusion, and the conscious use of artificial intelligence technologies in addressing social and professional challenges.
6.Demonstrate knowledge of basic mathematical disciplines, namely, mathematical and tensor analysis, linear algebra and analytical geometry, differential equations, probability theory and mathematical statistics, variational calculus, calculation methods;
7.Solve problems in hydrostatics, hydrodynamics, and incompressible fluid filtration in porous media using experimental and computational fluid dynamics methods, as well as the fundamentals of turbulence theory and statistical modeling of turbulent flows.
8.Apply methods of theoretical mechanics, rigid body dynamics, celestial and orbital mechanics, bifurcation theory, perturbation theory, and canonical transformations to solve problems in the dynamics of mechanical systems.
9.Apply fundamental laws of physics, the basics of chemistry, thermodynamics, and heat transfer to conduct laboratory and numerical experiments, solve problems in mechanics and renewable energy, and assess the accuracy and reliability of modeling results.
10.Solve problems related to vibration, motion control, and dynamics of mechanical and robotic systems by applying modeling, design, and experimental research methods.
11.Analyze the stress–strain state of structural elements to assess their strength, stiffness, stability, and failure conditions, considering the laws of deformable solid mechanics, plasticity theory, and the strength of polymer materials.
12.Apply fundamental knowledge of computer literacy, programming, and modeling to develop programs and solve mechanical problems using modern programming languages and software packages.
Contacts
Address: 71/23 al-Farabi Ave, Almaty, Faculty of Mechanics and Mathematics, room 112
Phone: 8 (727) 377-33-33, (15-63), Assel Ismailova
Admission
1) Certificate/diploma+appendices(original)
2) Identity card(original and 2 copies)
3) UNT certificate(certificate.testcenter.kz)
4) Documents confirming benefits/quotas(original and copy)
5) 3x4 photos 6pcs.
6) Medical certificate 063/y(copy), 075/y
7) Language Certificate
8) Extract from the statement of the creative/ special exam(if available)
9) Grant award certificate(grant.testcenter.kz )
10) Receipt confirming payment of 50% of tuition fees(for paid tuition)