PROGRAM OVERVIEW | Eligibility： 1）Abide by the laws of the People's Republic of China; have good behaviors and in good physical and mental health; have a rigorous academic attitude and qualified on cooperation. 2）Develop high-level ability of innovation, remarkable knowledge structure, and strong ability of analysis and problem solving. Master the basic theories and advanced technical methods in related areas; familiar with domestic and international latest theory development; qualified to comprehensively apply the theories to solve real problems independently. 3）Proficiency in Chinese, with skilled writing and capable of communicating in international academic communities. Cultivating mode: The training of doctoral students is implementing the doctoral supervisor responsibility system, and combines with the collective training method. School uses a method of combining courseware and scientific research, and emphasis on scientific research. The doctoral supervisor is responsible for formulating the personal research plan and implementing the plan during the study process.
Research directions: There are three research directions include urban survey engineering, urban remote sensing, and urban modeling and analysis. 1. Urban Survey engineering: research on urban surveying theories and methods, precision engineering survey technology and equipment, and its application on complex built environment in urban ground and underground. The research contents include: 1) Indoor and outdoor Integral locating and navigation. Integrate multiple locating technologies such as satellites, communications, inertial navigation, and vision to study the theories and methods of indoor mapping and integral locating and navigation in architectural spaces. 2) Urban underground engineering and pipeline survey. The technology and methods of study urban underground space, underground engineering and pipeline precision measurement and state perception. 3) Safety monitoring of urban buildings and infrastructure. Research on multi-sensor integrated measurement and monitoring, which based on study of platforms like unmanned aerial vehicles, unmanned vehicles, robots, backpacks, and capsules. 2. Urban Remote Sensing: explore the theories, technologies and methods of multi-source remote sensing technology in urban construction elements, natural resources, ecological environment monitoring, and disaster early warning. The research content includes: 1) Urban multi-source remote sensing data fusion and information extraction. Research theories, techniques and methods of optical, thermal infrared, SAR, LIDAR and other multi-source data fusion and information extraction. 2) Urban resource monitoring and environmental perception. Research on the monitoring and sensing technologies and methods of urban built elements (buildings, infrastructure, etc.) and its resources and environment (vegetation, soil, water, atmosphere, etc.). 3) Urban ecological environment assessment and disaster early warning. Based on remote sensing and spatial information technology, research on urban human settlement ecological environment assessment methods and urban disasters (floods, landslides, ground subsidence, etc.) early warning technologies. 3. Urban modelling and analysis: Research on theories evolution and methods of complex urban systems in time and space, and use space as a carrier to integrate urban multi-source information modeling and analysis methods. 1) Three-dimensional (3D) modeling and visualization of urban space. Research on theories and methods of 3D modeling and visualization of urban ground and underground spaces and buildings, which based on multi-source perception methods. 2) Big data analysis and discovering of urban spatial-temporal. Research on the theories and methods of spatial-temporal big data fusion, analysis and discovering for urban human settlements, social and cultural issues. 3) Urban space optimization and intelligent decision. Research on theories and methods of intelligent decision for urban land use arrangement, infrastructure optimization, function coordination, operational services and other urban spatial planning. |
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