Design of Energy‑Efficient Power Supply Systems

One of the main tasks of contemporary manufacturing enterprises is enhancing the efficiency of energy resource utilization. The “Enterprise Energy Resource Management” track prepares specialists in energy management who ensure proper servicing of electrical installations. You will learn to forecast electricity consumption and develop energy-saving and efficiency improvement strategies. The track combines both technical and social dimensions of enterprise energy resource management.

Duration of the program: 4 years

This full-time track enables mastery of advanced technologies in designing and operating electrical power facilities for the mining industry. Students acquire in-depth knowledge and practical skills necessary to ensure uninterrupted power supply and optimization of energy systems. Graduates become qualified professionals ready for key roles within energy and industrial firms.

Duration of the program: 5 years

This track trains specialists to solve unique challenges related to designing and maintaining electrical power facilities in developing urban underground spaces. Full-time learning provides mastery in modeling, analysis, and experimental methods required to design and service complex electrical systems. Graduates will be equipped for leadership roles in electrical supply and equipment operation for underground infrastructure.

Duration of the program: 5 years. Full-time education in Russian.

The Energy Efficiency of Industrial Enterprises track helps you develop skills for effective energy resource management in industrial companies. You will learn to assess energy efficiency at both the process and enterprise levels, design energy management systems, and forecast electricity and power consumption. Your expertise will be crucial for companies aiming for reliable, economical, and eco-friendly operations.

Duration of the program: 5 years. Full-time education in Russian.

This track focuses on training specialists capable of designing and implementing advanced resource- and energy-saving electric drives. You will learn to create efficient and economical electric drive systems. The “Design of Resource‑ and Energy‑Saving Electric Drives” program fosters professional-level competence in research, management, and design. After graduation, you’ll be a highly qualified expert in implementing innovative electric drive solutions for technological processes across industries.

Duration of the program: 6 years. Full-time education in Russian.