1. Theory of automated control systems, including those with excessive control vector length;
2. Mathematical formulation, fundamental properties, and simulation of controlled objects and systems;
3. Controlling mobile objects (space equipment, robotics, mechatronics);
4. Business process modeling and reengineering.

Laboratory facilities

1. Training laboratories: "Discrete and Microprocessor systems"
2. "Industrial controllers and automation systems"
3. "Robotics and flexible computer-aided manufacturing"
4. "Electromechanical and mechatronic systems"
5. "Automated control"
6. "Computer-aided design"

Contact information

A.M. Malyshenko, DSc, Professor

e-mail: mam@tpu.ru