6B07109 Robotic and smart systems
Educational Program Passport
Faculty of Engineering and Digital Technology (FEDT)
Department:
Energetic and radioelectronics (ER)
6B07
6B1
- Education area code and classification
- 6B07 Engineering, manufacturing and construction industries
- Code and classification of areas of training
- 6B071 Engineering and engineering
- Group of educational programs
- В063 Electrical engineering and automation
- Educational program name
- 6B07109 Robotic and smart systems
- Types of educational programs
- Main
- Level of education
- Undergraduate (Higher)
- Degree awarded
- bachelor of engineering and technology
- Language of instruction
- Kazakh, Russian
- Amount of credits/hours (at least)
- 249 / 7470
- Form of training
- full-time without the use of DЕT
- Period of training
- The term of study of undergraduate students with general secondary education is determined by the period of mastering at least 249 academic credits for the entire period of study and at least 60 academic credits for the academic year. The term may vary if an individual curriculum is formed with at least 60 credits per academic year.
- Objects of professional activity
- Enterprises and organizations of all sectors, including the military-industrial industry, transport and communications, agriculture and utilities, medicine, design organizations, firms of various forms of ownership.
1) Has professional skills in the development, design and operation of mechatronic and robotic systems for various purposes, including those with elements of artificial intelligence and technical vision, as well as applied neural networks and motivation to update them over time
2) Capable of constructive interaction, decision-making in the field of mechatronics and robotics to effectively achieve their goals
3) Demonstrates digital competence to solve problems in the field of robotics and applied electronics with the most effective use of information technology
4) Shows creativity, the ability to create and creative social activity to spread the acquired skills in society
5) Communicates in different linguistic environments, showing tolerance, respect for historical and cultural heritage in order to transfer the acquired knowledge and skills
(6) Participates in creating conditions for the self-realization of every citizen of the country
7) Is focused on the rational use of natural resources and the formation of ideas of sustainable development in accordance with the requirements of the digital revolution
2) Capable of constructive interaction, decision-making in the field of mechatronics and robotics to effectively achieve their goals
3) Demonstrates digital competence to solve problems in the field of robotics and applied electronics with the most effective use of information technology
4) Shows creativity, the ability to create and creative social activity to spread the acquired skills in society
5) Communicates in different linguistic environments, showing tolerance, respect for historical and cultural heritage in order to transfer the acquired knowledge and skills
(6) Participates in creating conditions for the self-realization of every citizen of the country
7) Is focused on the rational use of natural resources and the formation of ideas of sustainable development in accordance with the requirements of the digital revolution
Training of highly qualified, competitive and in-demand specialists in the labor market in the field of robotics, mechatronics and intelligent systems, capable of performing calculation and design, production, technical, organizational and other types of work in the course of professional activities.
List of professions: Engineer, Radio-electronic Equipment Engineer, Design engineer of household robots, Mechatronic Systems Design Engineer, Industrial Robotics Design Engineer
Objects: Enterprises and organizations of all sectors, including the military-industrial industry, transport and communications, agriculture and utilities, medicine, design organizations, firms of various forms of ownership.
