About the Department of Energy and Electrical Technology

The Department originated in 1979, having separated from the “General Education Subjects” Department at the Jizzakh branch of the Tashkent Polytechnic Institute. Initially, it operated under the name “Department of Physics.” In 1992, with the establishment of the “Electrical Power Engineering” specialty, the department was renamed “Department of Physics and Electrical Power Engineering.” In 2002, the “Electrical Power Engineering” Department was established as a separate unit.

In 2005, the Departments of Physics and Electrical Power Engineering were merged to form the “Department of Electrical Power Engineering and Physics.” In 2012, the “Electrical Power Engineering” Department again began operating independently. In 2020, the department was renamed the “Department of Energy,” and since 2024, it has been operating under the name “Department of Energy and Electrical Technology.”

Currently, the department comprises 27 academic staff members, including 1 Professor, 5 PhD holders (Candidates of Science), 7 Senior Lecturers, and 14 Assistants. They provide instruction in 53 subjects related to electrical power engineering and energy, in accordance with the state educational standards.

At present, Assistants M. Hasanov, A. Suyarov, A. Boliyev, A. Jumanov, and U. Sarimsoqov are conducting independent research.

Since 2023, faculty members and students of the department have been producing silicon-based solar panels at the Scientific and Practical Center for Research on Alternative Energy of the Jizzakh Polytechnic Institute.

Additionally, the department has established procedures for conducting energy audits in organizations, with relevant contracts being concluded with consumers.

THE DEPARTMENT TRAINS SPECIALISTS IN THE FOLLOWING FIELDS OF STUDY.
70710410 – Energy Efficiency and Energy Audit (Master’s Degree)
General Description
Master’s students are trained in a full-time mode based on the credit-module system. Duration of study — 2 years.
Professional Activity
This specialty belongs to the field of “Engineering” and covers the following areas:
• educational and research institutions;
• public administration and economic management bodies;
• industrial enterprises and energy systems.
Professional Responsibilities
• conducting scientific research and analyzing results;
• designing energy-efficient technologies;
• carrying out energy audits;
• assessing the efficiency of energy systems;
• performing teaching and pedagogical activities.
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70710411 – Alternative Energy Sources (Master’s Degree)
General Description
Master’s students are trained in a full-time mode. Duration of study — 2 years.
Professional Activity
• systems based on solar, wind, and other alternative energy sources;
• research and teaching activities;
• design and operation of energy equipment.
Professional Responsibilities
• designing alternative energy systems;
• managing and analyzing energy systems;
• improving energy efficiency;
• conducting scientific research.
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60710400 – Power Engineering (Bachelor’s Degree)
General Description
Education is provided in full-time and part-time modes. Duration of full-time study — 4 years.
Professional Activity
• energy generation, transmission, and distribution systems;
• improving energy efficiency;
• implementation of modern technologies.
Professional Responsibilities
• participation in research activities;
• analysis of technological processes;
• design and management of energy systems.
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60710500 – Electrical Engineering (Bachelor’s Degree)
General Description
Education is provided in full-time (4 years), evening (4.5 years), and part-time (5 years) modes.
Professional Activity
• design and operation of electrical equipment;
• transmission and distribution of electrical energy;
• control and diagnostics of electrical systems.
Professional Responsibilities
• analysis and design of electrical systems;
• maintenance services;
• improving energy efficiency.
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60712100 – Renewable Energy Sources (Bachelor’s Degree)
About the Programme
This programme is aimed at studying renewable energy sources (solar, wind, hydro, and others), their efficient utilization, and the implementation of modern energy technologies.
Objects of Professional Activity
• solar and wind power plants;
• renewable energy systems;
• energy storage and distribution devices;
• energy efficiency systems.
Types of Professional Activity
• design of renewable energy systems;
• installation and operation works;
• analysis of energy efficiency;
• research and innovation activities.