I. Talent Cultivation Orientation and Goals
The talent cultivation orientation of the discipline of Electronic Science and Technology at Shenzhen University is to meet the major strategic needs of the country, base on the construction of the "dual - zones", focus on the fundamental task of fostering virtue through education, adhere to the "Four - for" principle, and cultivate high - quality and high - level innovative talents in the field of Electronic Science and Technology. The talent cultivation goal is to train high - level innovative and international - oriented talents in the field of Electronic Science and Technology with excellent political literacy, solid professional knowledge, outstanding scientific research capabilities, and broad international vision.
II. Disciplinary Research Characteristics and Contributions
This discipline has distinct research characteristics. Based on the construction of the "dual - zones" and relying on the National Key Laboratory of Radio - Frequency Heterogeneous Integration, it conducts scientific research and has made key breakthroughs in areas such as three - dimensional heterogeneous integration, single - bit radar micro - systems, and terahertz high - power amplification. It has provided an important scientific and technological platform for China's semiconductor chip industry, important technical support for the development of national defense weaponry and equipment, and important solutions for the development of low - altitude economy in Shenzhen.
This discipline has four secondary disciplines, and their research directions and disciplinary advantages are as follows:
(A) Electromagnetic Field and Microwave Technology
1. Research Direction: Focus on areas such as radio - frequency integrated circuit systems, intelligent sensing, intelligent antenna design, electron beams, terahertz electronics, and new microwave components, and carry out applied basic research and core technology research. 2. Disciplinary Advantage: Led by Professor Mao Junfa, an academician of the Chinese Academy of Sciences and the president of Shenzhen University, there is the National Key Laboratory of Radio - Frequency Heterogeneous Integration. It undertakes dozens of major national scientific and technological tasks in the field of radio - frequency integrated circuits and electronic packaging integration, overcomes key problems in the field of radio - frequency heterogeneous integration, and develops a series of microwave and millimeter - wave components, integrated circuits and systems for major national needs, making important contributions to the implementation of many major national projects and the development of national defense equipment.
(B) Circuits and Systems
1. Research Direction: Conduct applied basic research and core technology research around the field of intelligent sensing integrated circuits and systems for unmanned platforms, supporting the development of Shenzhen's low - altitude economy. 2. Disciplinary Advantage: There are platforms such as the Guangdong Intelligent Unmanned Systems and Autonomous Environment Sensing Engineering Technology (Joint) Research Center and the Guangdong Integrated Circuit Talent Training Base. In response to the resource - limited problem of unmanned systems, it breaks through technical bottlenecks such as massive data sensing, processing, transmission, and storage, and forms a series of innovative results with international influence, such as single - bit radar micro - systems, intelligent image sensing chips, intelligent embedded systems, and high - speed single - bit ADC chips.
(C) Microelectronics and Solid - State Electronics
1. Research Direction: Focus on new semiconductor storage devices, functional thin - film and devices, and surface - acoustic - wave devices, achieving many results in functional material preparation, device processing, and application research. 2. Disciplinary Advantage: Led by Professor Wang Guoping, a national outstanding youth winner, there are platforms such as the Guangdong Flexible Wearable Energy and Device Engineering Technology Research Center. It has won a second - class National Science and Technology Progress Award in the research field of high - generation surface - acoustic - wave materials and filter industrialization technology. The results in the directions of new nano - devices and artificial micro - structure materials and devices have been highlighted and covered by international top - level scientists such as Nobel Prize winners in academic journals such as Science, Nature, and Reviews of Modern Physics.
(D) Physical Electronics
1. Research Direction: Conduct high - level and frontier theoretical and applied research around cold - atom physics, quantum precision measurement, laser technology, and nanophotonics. 2. Disciplinary Advantage: There are platforms such as the Key Laboratory of Optoelectronic Devices and Systems of the Ministry of Education. It has achieved systematic innovative results in aspects such as quantum correlation and phase transition of optical - lattice cold - atom systems and universal characteristic characterization of quantum phase - transition dynamics of Bose - condensed atom systems. It has proposed a high - precision phase - measurement theory based on adiabatic quantum phase transition, established an effective plan for quantum precision measurement and sensing based on cold atoms, and produced a batch of results with important international influence.
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