7М07104 Robots and robotic systems (scientific and pedagogical direction)

7M07 Engineering, manufacturing and construction industries (Field of education)

7M071 Engineering and engineering (Direction of training)

М102 Robotics and mechatronics (Group of Educational Programs)

Goal:

Training of highly qualified scientific and pedagogical personnel in the field of robotic systems, capable of independently identifying and solving current scientific problems of designing and controlling robotic systems in various industries.

Formable learning outcomes:

• Introduces innovative and interactive teaching methods into the educational process, demonstrates the learning skills necessary to independently continue further education in a professional field.
• Able to improve and develop intellectual and analytical abilities, form a culture of scientific thinking, use literary, business written and oral speech in the state and foreign languages.
• Conducts scientific research, complex experiments and observations using analytical and numerical methods, interprets research data to solve scientific and practical problems in the field of automation.
• Collects and interprets information to form judgments, taking into account social, ethical and scientific considerations, is capable of generalization, analysis, critical reflection, systematization, and forecasting when setting goals in the field of professional activity.
• Applies modern software products and the latest technologies for the design and construction of parts and assemblies of robots and robotic systems.
• Uses methods of research and modeling of mechatronic and robotic systems for various purposes, including those with elements of artificial intelligence and technical vision, developing promising algorithms and methods for controlling mechatronic and robotic systems.
• Conducts independent research in the field of robotics and mechatronics, modernization of existing robotic and mechatronic systems with the introduction of new methods of digital signal processing with elements of artificial intelligence.
• Develops kinematic and structural diagrams of robots and robotic systems, design calculations and feasibility studies of technical solutions, using innovative methods of processing materials in accordance with the technical specifications.