Doctoral Program
Description | Time Period | Person in Charge | Supervisor List | |||
Degree category | major | Professional direction | ||||
0818J6|Marine resources and information engineering | Research new microwave remote sensing mechanism, develop marine target and marine environment synthetic aperture radar and over-the-horizon radar detection technology, construct small satellite networking and monitoring application technology system; study optical remote sensing mechanism and computational light field imaging technology, develop marine disasters and maritime Multi-dimensional optical remote sensing monitoring technology for emergencies; develop light, small and multi-load integrated active and passive remote sensing detection equipment; develop small sample intelligent remote sensing monitoring technology driven by data and knowledge. | 4-8 years | LI Lianghai*, MENG Junmin*, MA Yi*, YANG Yuanxi*, ZHOU Chenghu*, ZHANG Xi*, LI Tiegang*, ZHANG Qingjun* | |||
Unmanned observation system and networking technology | Research on intelligent control and autonomous coordination technology of unmanned systems, develop real-time monitoring system for moving targets of unmanned ships, pollution traceability system of unmanned ships, ecological inspection system of unmanned aerial vehicles; study multi-method collaborative monitoring technology system of sky, air, ground and sea networking, Focus on breakthroughs in water/underwater cross-media adaptive networking, manned and unmanned mixed networking and communication, and voluntary ship network monitoring technology that serves forecasting; develop GNSS sea surface real-time high-precision navigation and positioning technology and equipment, and deep sea precision positioning technology with equipment. | |||||
Intelligent Forecasting and Decision Support | Research new mechanisms for ocean forecasting supported by big data, cloud computing, and artificial intelligence, develop high-efficiency and refined autonomous ocean numerical forecasting models driven by big data and high-performance computing, and marine big data assimilation technology; integrated remote sensing, navigation and positioning, and geographic information systems and intelligent forecasting technology, research data fusion and information mining, space-time intelligent decision-making and intelligent analysis theory and methods, and develop decision-making support systems for maritime emergency monitoring and search and rescue. | |||||
Marine Resources and Exploration | Research on geophysical detection theory, information processing, and data interpretation methods of marine geological resources; research on exploration, evaluation and geological characterization methods of marine oil and gas and natural gas hydrate resources, and develop information technology for hydrate reservoir transformation and efficient mining; research on ocean engineering Marine resource development support technologies such as equipment pose, intelligent detection and safety guarantee, and information remote measurement and control. | |||||
Professional degree | 085704|Geomatics Engineering | 01 technology in space informatics 02 Space navigation and positioning 03 hydrographic surveying-charting and remote sensing | The graduate from doctor degree program of Geomatics Engineering should have knowledge of broad basic theory and systematic technology, can solve complex geomatics problems, have the ability to innovate in engineering practice, can be an extent and senior engineering technicians or managers，can keenly grasp the strategic development direction of surveying and mapping engineering, and have high-level good professionalism and international vision. | 4-8 years | ||
Notice
1. * refers to part-time supervisor hired from outside of the university.
Secretary: CHENG Xiaofang Email：chengxiaofang@upc.edu.cn CHEN Haixiang Email：chenhaixiang@upc.edu.cn
