Through the research centers and laboratory's facilities, our professors and teachers are working hard to possess a researching skill, to prepare engineers who will contribute to the development of Mongolia and to improve knowledge and innovation based "research-service". The department is running the training program through 1 institute, 3 research centers and 6 professional programs.
"Industrial ecologist" program prepares an engineer, who can research production technologies, evaluate negative impact on environment during manufacturing and are aware of reducing this impact, and be able to solve ecological problems independently in the development of clean production.
- Major basic courses: 10 credits
- Specialization courses: 15 credits
- Practicals: 4 credits
- Thesis: 5 credits
- Total credit: 34 credits
- Major basic courses: 10 credits
- Specialization courses: 21 credits
- Practicals: 5 credits
- Total credit: 36 credits
"Renewable energy" program prepares an engineer, who can provide customers with more effective energy using power energies of sun, wind, water, operate the devices and be able to test, oversee them.
- Major basic courses: 10 credits
- Specialization courses: 15 credits
- Practicals: 4 credits
- Thesis: 5 credits
- Total credit: 34 credits
- Major basic courses: 10 credits
- Specialization: 21 credits
- Practicals: 5 credits
- Total credit: 36 credits
"Thermal power plant" engineering program prepares an engineer, who is able to operate, use, configure the main devices, steam generator, steam boiler, water heating boiler, steam turbine of modern low, medium, high power thermal plant in thermal energy field.
- Major basic courses: 10 credits
- Specialization courses: 15 credits
- Practicals: 4 credits
- Thesis: 5 credits
- Total credit: 34 credits
- Major basic courses: 10 credits
- Specialization courses: 21 credits
- Practicals: 5 credits
- Total credit: 36 credits
"Thermal supply and industry" engineering program focuses on preparing engineers to be able to install, repair, test and adjust thermal power equipment, to determine the optimal solution for operation of thermal equipment, to calculate the machine efficiency of industrial heat supply or urban heat supply system.
- Major core courses: 10 credits
- Specialization: 5 credits
- Practicals: 4 credits
- Thesis: 5 credits
- Total credit: 34 credits
- Major core courses: 10 credits
- Specialization: 21 credits
- Practicals: 5 credits
- Total credit: 36 credits
"Thermal process automation" engineering program prepares an engineer, who is able to repair, adjust, provide sustainable operation of equipments of the thermal power plant and thermal process automation and, to execute technical drawings and control system design in industrial technology process automation.
- Major core courses: 10 credits
- Specialization: 15 credits
- Practicals: 4 credits
- Thesis: 5 credits
- Total credit: 34 credits
- Major core courses: 10 credits
- Specialization: 21 credits
- Practicals: 5 credits
- Total credit: 36 credits
"Cooling technology and conditioner system" engineering program prepares an engineer, who is able to control refrigeration equipment of food factories, refrigeration technique for commercial and public catering, refrigerated cellar system operation and its usage, construction, adjustment, and to operate, repair, design the conditioner system of public buildings.
- Major core courses: 10 credits
- Specialization: 15 credits
- Practicals: 4 credits
- Thesis: 5 credits
- Total credit: 34 credits
- Major core courses: 10 credits
- Specialization: 21 credits
- Practicals: 5 credits
- Total credit: 36 credits
"Renewable energy" program prepares an engineer, who can provide customers with more effective energy using power energies of sun, wind, water, operate the devices and be able to test, oversee them.
- Major core courses: 12 credits
- Specialization: 18 credits
- Research, seminar: 6 credits
- Thesis: 24 credits
- Total credit: 60 credits
"Thermal power plant" engineering program prepares an engineer, who is able to operate, use, configure the main devices, steam generator, steam boiler, water heating boiler, steam turbine of modern low, medium, high power thermal plant in thermal energy field.
- Major core courses: 12 credits
- Specialization: 18 credits
- Research, seminar: 6 credits
- Thesis: 24 credits
- Total credit: 60 credits
- Major core courses: 12 credits
- Specialization: 18 credits
- Research, seminar: 6 credits
- Thesis: 24 credits
- Total credit: 60 credits
"Thermal process automation" engineering program prepares an engineer, who is able to repair, adjust, provide sustainable operation of equipments of the thermal power plant and thermal process automation and, to execute technical drawings and control system design in industrial technology process automation.
- Major core courses: 12 credits
- Specialization: 18 credits
- Research, seminar: 6 credits
- Thesis: 24 credits
- Total credit: 60 credits
Through the research centers and laboratory's facilities, our professors and teachers are working hard to possess a researching skill, to prepare engineers who will contribute to the development of Mongolia and to improve knowledge and innovation based "research-service". The department is running the training program through 1 institute and 3 professional programs.
This accredited program prepares an engineer, who is responsible for operating industrial process automation and conducting new technology, adjustment, usage related to supply of effective power to various equipments for industrial, urban, residential and other purposes. The alumni can work in any field of electrical energy generation and consumption. The students will graduate with European accredited diploma.
- Major core courses: 10 credits
- Specialization: 15 credits
- Practicals: 4 credits
- Thesis: 5 credits
- Total credit: 34 credits
- Major core courses: 10 credits
- Specialization: 21 credits
- Practicals: 5 credits
- Total credit: 36 credits
The graduate will work as an engineer in power plant, electrical power-line communication company, dispatcher center, research center, electrical drawing company and will be able to solve its electrical problems.Also,the electrical system engineer will be responsible for providing safe operation of system, repair service, and test adjustment.
- Major core courses: 10 credits
- Specialization: 15 credits
- Practicals: 4 credits
- Thesis: 5 credits
- Total credit: 34 credits
- Major core courses: 10 credits
- Specialization: 21 credits
- Practicals: 5 credits
- Total credit: 36 credits
This accredited program prepares an engineer, who is responsible for operating industrial process automation and conducting new technology, adjustment, usage related to supply of effective power to various equipments for industrial, urban, residential and other purposes. The graduate can work in any field of electrical energy generation and consumption. The students will graduate with an European accredited diploma.
- Major core courses: 12 credits
- Specialization: 18 credits
- Research, seminar: 6 credits
- Doctorate thesis: 24 credits
- Total credit: 60 credits
The graduate will work as an engineer in power plant, electrical power-line communication company, dispatcher center, research center, electrical drawing company and will be able to solve its electrical problems.Also,the electrical system engineer will be responsible for providing safe operation of system, repair service, and test adjustment.
- Major core courses: 12 credits
- Specialization: 18 credits
- Research, seminar: 6 credits
- Thesis: 24 credits
- Total credit: 60 credits
The department offers bachelor's and master's degree programs in Electrical System Automation, Production Process Automation, Medical Equipment Operation, Electronics and Biomedical Engineering (2 + 2 program with Shanghai University of Science and Technology). The “Industrial Process Automation Center” has been operating in the team since 2001. The center specializes in the use of MP and PLC in the industrial process autoamtion and the design of electronic devices. In the past, 1 project was implemented in the state budget, and 6 projects were commissioned by organizations and companies.
Provides maintenance, adjustment, and quality assurance for medical and diagnostic equipment. 67.8% of the graduates are enrolled in the health sector and 25% in the master's and postgraduate programs.
- Major core courses: 10 credits
- Specialization: 15 credits
- Practicals: 4 credits
- Thesis: 5 credits
- Total credit: 34 credits
- Major core courses: 10 credits
- Specialization: 21 credits
- Practicals: 5 credits
- Total credit: 36 credits
The graduate will possess theoretical and practical knowledge in system automation, relay protection, use of digital technology of measurement and information technology, and analysis of the operation of a control microprocessor computer system.
- Major core courses: 10 credits
- Specialization: 15 credits
- Practicals: 4 credits
- Thesis: 5 credits
- Total credit: 34 credits
- Major core courses: 10 credits
- Specialization: 21 credits
- Practicals: 5 credits
- Total credit: 36 credits
- Major core courses: 10 credits
- Specialization: 15 credits
- Practicals: 4 credits
- Thesis: 5 credits
- Total credit: 34 credits
- Major core courses: 10 credits
- Specialization: 21 credits
- Practicals: 5 credits
- Total credit: 36 credits
- Major core courses: 10 credits
- Specialization: 15 credits
- Practicals: 4 credits
- Thesis: 5 credits
- Total credit: 34 credits
- Major core courses: 10 credits
- Specialization: 21 credits
- Practicals: 5 credits
- Total credit: 36 credits
The graduate will possess theoretical and practical knowledge in system automation, relay protection, use of digital technology of measurement and information technology, and analysis of the operation of a control microprocessor computer system.
- Major core courses: 12 credits
- Specialization: 18 credits
- Research, seminar: 6 credits
- Thesis: 24 credits
- Total credit: 60 credits
The graduate will possess a practical and theoretical knowledge on system automatic, relay protection, usage of digital measurement devices and analyzation of microprocessor computer system operation.
- Major core courses: 12 credits
- Specialization: 18 credits
- Research, seminar: 6 credits
- Thesis: 24 credits
- Total credit: 60 credits
- Major core courses: 12 credits
- Specialization: 18 credits
- Research, seminar: 6 credits
- Thesis: 24 credits
- Total credit: 60 credits
