Educational programs

Goal: Training highly professional specialists for sectors of the economy with professional and social competencies in the field of modeling, design and operation of industrial robots.

Educational trajectories:

• Service of industrial robots;
• Design and construction of parts and assemblies of industrial robots.

Types of professional activities:

• service and operational activities;
• production and technological activities;
• organizational and managerial activities;
• design and engineering activities.

Goal: Training of highly qualified personnel who meet modern requirements in the field of automation of control systems for technological processes of food and processing enterprises, possessing professional and social competencies.

• development, installation, adjustment and operation of automation systems in various industries;
• operation of modern computer and microprocessor equipment, measuring instruments, actuators and other automation equipment;
• software development, both for the automation of technological processes in production, and for the automation of various business processes, banking operations, automated control and accounting systems, etc.

Goal: Training highly qualified personnel in the field of robotization of production processes capable of competently operating, maintaining and introducing robotic systems and complexes into production, and solving the problems of developing new robotic systems and complexes.

You will study the complex computer and electrical components on which innovative systems and machines are designed and built. Learn to create robots and systems that can replace human labor and automate complex technological processes, including:

• design robots and robotic systems for both industrial and non-industrial purposes;
• develop prototypes of computer-controlled machines, unmanned vehicles, modern office equipment, robots for industrial, aviation, space and others, household robots, etc.;

Goal: Training highly professional specialists for sectors of the economy with professional and social competencies in the field of modeling, design and operation of industrial robots.

Educational trajectories:

1. Service of industrial robots;
2. Design and construction of parts and assemblies of industrial robots.

Types of professional activities:

• service and operational activities;
• production and technological activities;
• organizational and managerial activities;
• design and engineering activities.

Goal: Preparation of highly qualified specialists for the energy industry, possessing professional skills in ICT, design, and management of energy systems, as well as social competencies ecessary for successful work in the modern technological and social context.

Educational Trajectories of the Program (OP):

1. Design of energy systems
2. Smart Grid (Intelligent Networks)

Types of Professional Activities:

• Energy Engineer
• Energy Systems Designer
• Automation Engineer (Automated Control Systems)
• Smart Grid Specialist
• Energy Manager
• Energy Equipment Maintenance Engineer
• Specialist in Digital Technologies in Energy
• Electrical Engineer or Designer
• Energy Consultant
• Scientific Researcher

Automation and control (scientific and pedagogical direction. Duration of study: 2 years).

Training of highly qualified masters in the field of automation and management for the food and processing industries of the agro-industrial complex, who have the skills of management, organization, design and development of modern technology.

Functions of professional activity (labor functions):

• develops and implements the latest progressive forms of management;
• organizes the production activities of the enterprise;
• monitors the performance of automated control system equipment, organizes work on the creation, reconstruction, and modernization of automated control system complexes;
• takes measures to provide the enterprise with qualified personnel, rational use and development of their professional knowledge and experience;
• conducts scientific research in the field of production automation;
• uses theoretical and practical knowledge to formulate and solve research problems.

Master's students undergo professional, research and teaching practice, and can study abroad for a semester under academic mobility programs.

Automation and control (specialized area. Duration of training: 1.5 years).

Training of highly qualified masters in the field of automation and management for the food and processing industries of the agro-industrial complex, who have the skills of management, organization, design and development of modern technology.

Functions of professional activity (labor functions):

• develops and implements the latest progressive forms of management;
• organizes the production activities of the enterprise;
• monitors the performance of automated control system equipment, organizes work on the creation, reconstruction, and modernization of automated control system complexes;
• takes measures to provide the enterprise with qualified personnel, rational use and development of their professional knowledge and experience;
• conducts scientific research in the field of production automation;
• uses theoretical and practical knowledge to formulate and solve research problems.

Program Objective:To train highly qualified scientific-pedagogical and engineering professionals in the field of robotics, capable of conducting independent scientific research, developing and implementing advanced solutions in the design, control, and operation of robotic systems across various industries and scientific domains.

Educational Pathways of the Program:

• Design and Automation of Robotic Systems
• Smart Technologies and Artificial Intelligence in Robotics
• Industrial Internet of Things (IIoT)
• Mechatronics and Nanotechnology in Robotic Systems

Types of Professional Activities for Graduates:

• Researcher in Robotics and Mechatronics
• Higher Education Instructor in Technical Disciplines
• Robotics Systems Research Engineer
• Developer of Intelligent and Adaptive Control Systems
• Design Engineer for Mechatronic and Mobile Robots
• Specialist in Industrial Automation and IoT
• Consultant in Digital and Intelligent Manufacturing Systems
• Project Manager in Innovative Robotic Developments

Goal: Preparation of highly qualified scientific and pedagogical personnel in the field of automation and control, capable of solving complex engineering and scientific-technical problems, developing innovative technologies, and implementing modern automation and control methods in production and educational processes, in demand on both domestic and international labor markets.

Types of Professional Activities:

• Organizational
• Managerial
• Production
• Technological
• Research
• Educational