National Research Projects
Division of Electronics Engineering
During 2012-2016, the overall funding received by the Electrical Engineering division in EECS at PKU was around 0.85 billion RMB. The annual funding is around 0.2 billion RMB during 2012-2015 (the last 4 years in the twelfth 5-year supporting period in China), while in 2016, the funding was slightly decreased as the funding policy in China had a significant change in the first year of the thirteenth 5-year supporting period and most grant openings were delayed. The average funding received annually by a faculty member in the Electrical Engineering division was around 1.03M RMB/year, which supported all research activities.
Selected major projects undertaken by the faculty in EE at PKU are listed below, which includes 5 National Basic Research Programs of China (National 973 Program), 2 National Key Scientific and Technological Projects, 1 Major Research plan of the National Natural Science Foundation of China (Integration Program) and 2 Creative Research Groups supported by NSFC. The project “process, device and circuit modeling and simulation for 16 nm or below node” is a main 973 program (total budget is more than 89M RMB) which was granted only to those have very important impacts on the technology development of the country. Meanwhile, the Creative Research Group from NSFC mainly supports a small group of scientists (usually 6) on a focused topic to carry out fundamental research at a more freedom mode. The large national funding received by the Electrical Engineering division in EECS at PKU indicated research groups here are the key intelligence tanks for the development of electrical engineering in China.
Funding Source |
Program |
Project Description |
Ministry of Science and Technology (MOST) |
National Basic Research Program of China (National 973 Program) |
Process, device and circuit modeling and simulation for 16 nm or below node (2011-2015) |
Fundamental study on Pbit/s level controllable opto-network (2010-2014) |
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Novel photonic-electronic nanodevice based on carbon, non-doped nanoelectronic device and circuit (2010-2015) |
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Novel quantum electronic device based on semiconductor nanowire (2012-2016) |
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MEMS-based 3D integration |
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National Key Scientific and Technological Projects |
Novel device structure and modeling (2009-2012) |
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TSV-based 3D integration (2009-2012) |
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National Natural Science Foundation of China |
the Major Research plan of the National Natural Science Foundation of China (Integration Program) |
Principle and methodology for multi-scale manufacture at nanoscale (2013-2017) |
Creative Research Group |
Novel device and process for nanoscale integrate circuit (2015-2020) |
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Theory and methodology for high performance electronic and quantum devices at nanoscale (2014-2016, 2017-2019) |
Division of Computer Science
During 2012-2016, the overall funding received by the faculty in Computer Science was around 0.54 billion RMB. Selected major projects undertaken by the Computer Science in EECS of PKU are listed below, which included 2 Creative Research Groups supported by NSFC and 2 projects from Enterprise. Figure 3-9 shows the breakdown of received funding according to funding agencies in 2012-2016 in the Computer Science, which indicates that about 1/3 grants of the Computer Science came from Natural Science Foundation of China, which support fundamental research; 1/3 from the Ministry of Science and Technology, which support research for national development, and 1/3 grants came from the Enterprise. Nearly every faculty member in Computer Science has received or is running at least one NSFC project, which further demonstrated the strong fundamental research capability of Computer Science. The average funding for a faculty member is around 800k RMB/year, which supports all research activities.
Funding Source |
Program |
Project Description |
National Natural Science Foundation of China |
Creative Research Group |
The theory and method of high fidelity audiovisual system(2012-2014, 2015-2017) |
Research on the Basic Theory, Method and Technology of Trusted Software (2012-2014, 2015-2017) |
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Ministary of Science and Technology |
Research on Video Coding Theory and Method Based on Visual Characteristics (2012-2014, 2015-2017) |
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Research on Cloud torage Service and Guarantee Mechanism (2011-2015) |
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Structural Analysis and Machine Learning of Visual Media(2013-2015) |
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Study on the Theory and Method of Whole Process Consistency of Product Design (2010-2014) |
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Enterprise |
Software - defined cloud management key technologies (2015-2030) |
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The Collaborative Innovation Center for Intelligent Video Technology (2013-2016) |