Education levelBachelor
Passing score (paid education)70
FacultyMechanics and Mathematics
ID1709
About the program
High-quality training of qualified competitive specialists in the field of robotic systems, with fundamental knowledge in the field of mathematics, natural sciences, engineering, information technology and able to apply them to the analysis, design and control of mechanical, electrical and electronic components of mechatronic and robotic systems for educational and research institutions and various automated and robotic productions.
Graduate model
1.Carry out a comprehensive analysis of scientific and technical information of domestic and foreign experience in the development and research of robots, mechatronic and robotic systems in order to research and develop new models and improve existing robots and robotic systems;
2. Possess a physical and mathematical instrumental and scientific apparatus necessary to describe the technical characteristics of robots, mechatronic and robotic systems;
3.Substantiate the structure and main stages of the design of robotic systems for the formation of design and technological documentation of mechanical, electrical and electronic components of mechatronic and robotic systems;
4.Manufacture and assemble the designed modules of robots and robotic systems observing the technological process and schedule ;
5.Perform the necessary calculations of the electrical circuits of analog and digital electronic devices and design devices of robots and robotic systems in accordance with the technical specifications;
6.Perform kinematic and strength calculations of the mechanical units of robots and robotic systems for designing new or upgrading existing robotic systems;
7.Use modern computer-aided design systems when modeling and designing manipulator modules and robots; apply artificial intelligence methods in the design of control systems for mechatronic and robotic systems for solving problems of planning, decision-making and pattern recognition;
8.Critical to assess trends in the use of modern software packages in a robotic system for robot control and information processing;
9.Use the basics of philosophical knowledge to form a worldview position; analyze the main stages and patterns of the historical development of society for the formation of a civic position; use the basics of economic and legal knowledge in various fields of activity; to conduct a reasonable assessment of the economic efficiency of the implementation of the designed robotic systems; use the main methods of protecting production personnel and the population from the possible consequences of accidents, catastrophes, natural disasters; ensure the environmental safety of the designed automation devices and their production.
10.Participate in conducting preliminary tests of components of a prototype of a robot or robotic system according to programs and techniques;
11.Analyze the source data for the specific technical specifications received; perform laboratory and numerical experiments, evaluate the accuracy and reliability of the results of designing and modeling robots and robotic systems; control the quality of work performed by industrial robots;
12.Participate in the implementation of research and development results in the production of robots and robotic systems, work in a team, tolerantly perceiving social, ethnic, confessional and cultural differences; be able to communicate verbally and in writing in Kazakh, Russian and foreign languages for solving problems of interpersonal and intercultural interaction and have systems thinking.
2. Possess a physical and mathematical instrumental and scientific apparatus necessary to describe the technical characteristics of robots, mechatronic and robotic systems;
3.Substantiate the structure and main stages of the design of robotic systems for the formation of design and technological documentation of mechanical, electrical and electronic components of mechatronic and robotic systems;
4.Manufacture and assemble the designed modules of robots and robotic systems observing the technological process and schedule ;
5.Perform the necessary calculations of the electrical circuits of analog and digital electronic devices and design devices of robots and robotic systems in accordance with the technical specifications;
6.Perform kinematic and strength calculations of the mechanical units of robots and robotic systems for designing new or upgrading existing robotic systems;
7.Use modern computer-aided design systems when modeling and designing manipulator modules and robots; apply artificial intelligence methods in the design of control systems for mechatronic and robotic systems for solving problems of planning, decision-making and pattern recognition;
8.Critical to assess trends in the use of modern software packages in a robotic system for robot control and information processing;
9.Use the basics of philosophical knowledge to form a worldview position; analyze the main stages and patterns of the historical development of society for the formation of a civic position; use the basics of economic and legal knowledge in various fields of activity; to conduct a reasonable assessment of the economic efficiency of the implementation of the designed robotic systems; use the main methods of protecting production personnel and the population from the possible consequences of accidents, catastrophes, natural disasters; ensure the environmental safety of the designed automation devices and their production.
10.Participate in conducting preliminary tests of components of a prototype of a robot or robotic system according to programs and techniques;
11.Analyze the source data for the specific technical specifications received; perform laboratory and numerical experiments, evaluate the accuracy and reliability of the results of designing and modeling robots and robotic systems; control the quality of work performed by industrial robots;
12.Participate in the implementation of research and development results in the production of robots and robotic systems, work in a team, tolerantly perceiving social, ethnic, confessional and cultural differences; be able to communicate verbally and in writing in Kazakh, Russian and foreign languages for solving problems of interpersonal and intercultural interaction and have systems thinking.
Contacts
Address: 71/23 al-Farabi Ave, Almaty, Faculty of Mechanics and Mathematics, room 112
Phone: 8 (727) 377-33-33, (15-80).
+7 777 824 23 68, Аlua.
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