Ⅰ.Overview
1.Programme description
This Program is built upon the discipline of Power Engineering and Engineering Thermophysics, which is designated as one of the key disciplines supported by both the "211 Project" and the "Innovative Platform for Competitive Disciplines" initiatives. The discipline was granted the first-class doctoral program in 2010. Its sub-discipline Process Mechanical Engineering was designated as a national key discipline in 2007. The faculty currently includes one academician of the Chinese Academy of Engineering, 30 professors and 28 doctoral supervisors.
This discipline has achieved internationally advanced standing in fault diagnosis and self-healing engineering for power and process equipment, with distinctive features and significant global impact in the research on performance enhancement and structural integrity of process equipment, fluid sealing technologies for critical petroleum and chemical equipment under extreme conditions, formation theory and equipment for polymer materials, intensification and optimization of heat and mass transfer processes, etc.
2.Tuition fees
PhD Students: CNY 35,000/year
3.Scholarships
Chinese Government Scholarship
Beijing University of Chemical Technology Presidential Scholarship
Beijing Government Scholarship
Ⅱ.Entry requirements
1.Have a minimum score of 90 in TOFEL or 6.5 overall band in IELTS (English native speakers are exempted ). Or to provide other language certificates recognized by BUCT.
2.Be an academically excellent holder of a master's degree or its equivalence under the age of 40.
Ⅲ.Programme details
1.Main Research Directions
Health Monitoring and Self-healing for Energy and Power Machinery
High-efficiency Fluid Separation, Sealing Technologies and Equipment
Principles and Equipment of Polymer Processing
Intensification and Optimization of Heat and Mass Transfer Processes
Ⅳ.Careers
This Program aims to cultivate high-level talents in scientific research and engineering application of Power Engineering and Engineering Thermophysics, who possess rigorous scientific attitude and exemplary academic integrity, as well as the capability to meet the demands and challenges of the new era. Students are expected to possess a global vision within their field, be capable of applying their expertise and skills in multinational environments and have the fundamental capabilities for international exchange and collaboration.
