The program was designed for training qualified specialists in the area of power and electrical engineering.

The program content meets the international requirements and regulations of power and electrical industry, thereby allowing the program graduates to obtain valuable knowledge and skills in the fields of research, design, organizational, management, and production activities. It is worth noting, that the University maintains close collaboration with various production units and factories. It allows giving real practical skills and field experience, necessary for young specialists.

• Relay Protection and Automation of Power Systems
  
• Power Stations and Substations
  
• High-Voltage Equipment
  
• Electric Power Systems and Grids
  
• Hydrogen Energy Technologies
  
• Industrial and Municipal Power Supply and Operation
  
• Electromechanical and Electrotechnical Systems of Autonomous Objects
  
• Electrical Insulation Systems and Cable Engineering
• Electric Drive and Automation of Electrical Systems
• High-Voltage Physics and Engineering and High-Current Electronics.

The program is used a special facility to increase the quality of training:

• international research centers of Danfoss A/S и Moeller Holding GmbH
• the Center for Training Professional Elite in the field of energy saving and energy efficiency
• advanced research and academic laboratories
• special computer-classes with excellent engineering software for modeling and designing of grid systems and power-and-electrical devices

International Admission Office (preferably)

E-mail: omrs@tpu.ru

Tel: +7 (3822) 60-64-76

Online Application

Program contacts:

Learning output

After graduation, the students will be able to:

• apply various technologies for designing power and electrical systems and equipment
• conduct energy audit and production management of enterprises
• conduct research and analytical activities using appropriate technologies  
• use software and hardware systems for managing power systems modes
• apply automated control systems in power grids

The program curriculum includes:

• Software and Hardware Complexes for Control of Modes and Control of Electric power Systems
• Tools of Dispatching and Technological Management
• Emergency Control in Power Systems
• Automated Control Systems in Power Systems
• Long-Term Planning of Energy Regimes and Development of Energy Systems
• Regulatory Framework for EPS Management and Operation

• Advanced Mathematics
• Professional English
• Computer, Network and Information Technologies
• Microprocessors Systems
• Current Problems of Electrical Engineering
• Current Problems of Power Engineering
• Modern Technologies for Designing Power and Electrical System
• Modern Technologies for Designing Power and Electrical Devices and Equipment
• Energy Efficient Police and Energy Audit of Enterprises
• Production Management

• and others

The program graduates will be able to work as engineers, experts, managers at enterprises of production and distribution of electricity, engineering and energy service companies, as researchers and designers at research organizations, and as teachers at universities.