Power Engineering and Engineering Thermophysics
School Name：School of Energy and Environmental Engineering Major Name：Power Engineering and Engineering Thermophysics
School Introduction |
The school of Energy and Environment Engineering originated from the Mechanical Department established in 1958. The school currently has 114 faculty and staff, including 29 senior professional titles, 41 associate senior professional titles, 41 PhD supervisors, 81 master's supervisors, and 95% of the faculty hold a PhD degree. There are 3 national professional talents, 13 provincial and ministerial professional talents, and 58 "Yuanguang Scholars" within the university. The school offers 5 undergraduate majors: Energy and Power Engineering, Environmental Engineering, Building Environment and Energy Application Engineering, Environmental Protection Equipment Engineering, and Environmental Engineering (Sino-German Cooperation). Energy and Power Engineering, Environmental Engineering, and Building Environment and Energy Application Engineering are national first-class majors. Environmental Protection Equipment Engineering is a new major launched in 2018, which is a major in urgent need in Hebei Province. Building Environment and Energy Application Engineering passed the professional assessment and certification of the Ministry of Housing and Urban-Rural Development in 2016 and was reviewed as excellent in 2021. Environmental Engineering passed the international engineering education professional certification of the Ministry of Education in 2022. The school has the right to grant first-level doctoral degrees in Power Engineering and Engineering Thermophysics. It has established 4 secondary doctoral degree authorization points, including Engineering Thermophysics, Thermal Energy Engineering, Chemical Process Machinery, and Energy and Environmental Engineering. Relying on the school, there is also a secondary doctoral degree authorization point for Heating, Gas Supply, Ventilation and Air Conditioning Engineering. |
Major Introduction |
The discipline of power engineering and engineering thermophysics with "emphasizing both engineering disciplines", focuses on the cutting-edge fields of clean and efficient development and utilization of energy to meet major strategic demands of the national and Beijing-Tianjin-Hebei region, especially industrial structural adjustment for energy conservation and emission reduction. It gives full play to the advantages of cooperation platforms jointly established by the province, city and ministry to cultivate a team of discipline teachers with reasonable structure and vitality. The university builds a high-level platform for scientific and technological innovation and talent cultivation in the fields of energy and environment. It comprehensively improves the quality of talent cultivation and strengthens the ability of scientific and technological innovation. It has made breakthroughs in a number of common core technologies for energy and environmental industries. It provides strong technical support and intellectual support for the social and economic development of the region. |
Educational System |
The basic study period for doctoral students is 4 years, and the maximum study period is 6 years. |
Training Objectives |
Facing the major strategic demands in the national energy field and the urgent needs for energy transformation in the Beijing-Tianjin-Hebei region, combined with the industrial background of power engineering and engineering thermophysics disciplines and Hebei Polytechnic University's overall orientation of running schools, adhering to the fundamental principle of cultivating morality and people, it cultivates high-quality and high-level research talents with all-round development in morality, intellect and physique. They are able to undertake scientific research, engineering design and product development as well as educational and teaching work related to power engineering and engineering thermophysics disciplines. The goal is to cultivate research talents who have both moral integrity and professional competence to serve the country's energy development and transformation needs in the Beijing-Tianjin-Hebei region. |
Curriculum Plan |
The doctoral program is in principle scheduled to be completed in 0.5 academic years. Public politics is 18 credit hours (1 credit), foreign language is 20 credit hours (1 credit), and other courses are 16 credit hours (1 credit). Each professional basic course, professional core course, professional technology course, and professional literacy course shall not exceed 48 credit hours (3 credits). Doctoral courses are divided into degree courses, non-degree courses, and other training links. Degree courses include compulsory courses and core courses, and non-degree courses include subject elective courses and interdisciplinary elective courses. |
Faculty Resources |
There are currently 78 teachers at the academic department. Among them, there are 19 professors and 31 associate professors. There is also 1 foreign academician, 4 national level talents, nearly 20 people such as experts who receive special allowances from the State Council, outstanding experts from Hebei Province, and teaching masters from Hebei Province. There are 3 labor models from Tianjin City, 3 winners of the May 1st Labor Medal from Tianjin City, 1 outstanding Communist Party member from the education system of Tianjin City, 2 provincial model teachers, and 1 person of the annual figure of tutors in universities of Hebei Province. There are 8 national and ministerial level scientific research and teaching platforms; it also has national-level honors such as advanced collectives of the national education system and advanced collectives of national professional and technical personnel, as well as honors such as demonstration courses on course thought and political education and excellent teaching teams in Hebei Province. |
Employment Prospects |
The Ph.D. program of Power Engineering and Engineering thermophysics is designed to cultivate the all-round development of morality, intelligence and body, solid basic theory, generous professional knowledge, outstanding scientific research and innovation ability, and strong learning ability. The Ph.D. will obtain independent scientific research ability, engaged in the field of energy and basic environmental research, technology development and application, engineering design and implementation. They will be high-end talents in energy management and energy-related technology research and applications. This discipline not only focuses on the training of scientific research students, but also focuses on the training of scientific and technical talents, and senior technical and management talents who meet the needs of the modernization construction of power engineering and engineering thermophysics and the requirements of the Beijing-Tianjin-Hebei integration construction. |
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