The educational program covers the tasks of designing, programming, testing and operating modern computer-integrated, cyber-physical, robotic and information systems:
– all areas of IT technologies, in particular in high-tech production;
– robotics and mechatronics (manipulation and mobile systems);
– modern design tools: CAD / CAM / CAE and SCADA systems;
– development of cyber-physical systems, in particular digital twins, of production and non-production objects;
– software development technologies and Internet technologies;
– automated production control systems and robotic complexes;
– cybersecurity technologies of modern production;
– architecture of industrial controllers and their programming.
Skills and competencies that a bachelor in the Robotics and Cyber-Physical Systems educational program will possess:
- Skills in designing, modeling, developing and maintaining robotic and cyber-physical systems intended for controlling technological processes, technical objects and business systems;
- Skills in software development, in particular automated control systems based on modern information technologies, control and decision-making theory, the most popular languages (Python, JavaScript, C/C++, C#, MatLab) and programming technologies and artificial intelligence methods.
- Skills in hardware and software development for cyber-physical and robotic systems, in particular based on modern microcontrollers;
- Skills in designing, developing and maintaining cybersecurity tools for industrial and other systems.
A graduate of the Robotics and Cyber-Physical Systems educational program can work as:
- Software Engineer, QA Engineer, etc.;
- Systems analyst, including cyber-physical and robotic;
- CAD / CAM / CAE and SCADA systems engineer;
- Administrator of information, cyber-physical, robotic and computer systems and networks (Systems Engineer / Administrator, etc.);
- Specialist in control and automation systems;
- Coordinator and manager of IT projects.