Li Xia, a native of Liaocheng, Shandong Province, graduated from the School of Information and Electronic Engineering of Zhejiang University in 2016 with a doctorate degree in electronic science and technology, and has been teaching at the School of Information and Electronic Engineering of Zhejiang Gongshang University since September. He taught undergraduate courses such as Fundamentals of Complex Functions, Experiments in Digital Electronic Technology, Fundamentals of Artificial Intelligence Mathematics and Data Mining, and undergraduate courses such as Digital Systems and Microprocessing Design of the School of Artificial Intelligence and postgraduate courses such as Stochastic Process and Queuing Theory. His research interests include optoelectronic devices, artificial intelligence and financial technology. As the project leader, presided over 1 project of the university's Qingrui Plan and 1 school-level quality course; Participated in 1 national 973 project, 1 National 863 project and 2 other National Natural Science Foundation projects; Participated in two provincial curriculum ideological and political construction projects, published more than 10 SCI and EI retrieval papers, and applied for 1 patent.

Silicon based photonic integrated circuits: optical filter, optical switch, isolator, hybrid silicon lasers etc. Combined with the principle of PN junction, PIN, MOSFET and FLASH in microelectronics. Design, manufacture and test devices for optical interconnection applications.

 Hybrid integrated tunable silicon light sources

Silicon on Insulator (SOI) has the high refractive index difference, and can be utilized to fabricate the compact photonic devices by CMOS-compatible process. And the thermo-optic (TO) effect and plasma dispersion effect of silicon can be used to control the SOI-based photonic devices such as the microring resonators.

Bandwidth tunable filter based on ring resonator

Taking the huge advantages of microring resonators such as compact structure, high Q-factor and compatible with mature silicon microelectronics, a bandwidth tunable filter was made on a silicon based planar optical waveguide platform compatible with CMOS process. Potential applications are integrated optical signal processing such as reconfigurable filtering and channel selecting in wavelength division multiplexer.

Artificial intelligence and financial technology

This is my new research direction and I will devote myself to it in the future.

v    2011-2016    Zhejiang University, Microelectronic and Solid Electronics, Ph. D

v    2007-2011      Yantai University, Electronic Science and Technology, Bachelor

 2016-present  Zhejiang Gongshang University, Information and Electronic Engineering, Assistant Professor

• Stochastic processes and queuing theory,graduate,2023,the first semester,48

• Stochastic processes and queuing theory,graduate,2022,the first semester,48

• Stochastic processes and queuing theory,graduate,2021,the first semester,48

• Stochastic processes and queuing theory,graduate,2020,the first semester,48

• Fundamentals of complex functions

• Optoelectronics and optical communication

• Experiments of digital electronic technique

• Fundamentals of Mono-Chip Computers & Applications

• Digital systems and microprocessing design

• Mathematical foundations of artificial intelligence

• Data Mining Techniques

  
  

Chaired the project Research on bandwidth-adjustable Filter based on Microring Resonator Qingrui Project of Zhejiang Gongshang University

Participated in the project A new micro-nano fiber optic temperature sensing system for oil and gas Wells, Zhejiang Provincial Natural Science Foundation Project

Participated in the project Silicon-based micro-nano optical waveguide transmission and monolithic photoelectric integration technology, National Major Basic Research and Development Program project, during the doctoral period

Participated in the project Silicon/compound semiconductor hybrid laser and on-chip integration, National Major Basic Research Development Program project, PhD

Mathematical foundations of artificial intelligence

A 4×4 non-blocking wavelength selection router based on a series double ring resonator

Participated in one of the Ideological and political teaching projects of colleges and universities in Zhejiang Province: exploration and practice of the ideological and political implementation path of electronic information professional courses

Participated in the higher education reform project of Zhejiang Province: Training exploration of talents with characteristics of Seiko and Financial quotient in artificial intelligence major

Hosted the school-level quality demonstration course of Zhejiang Gongshang University: Stochastic Process and Queuing Theory

Participated in one of the Ideological and political teaching projects of colleges and universities in Zhejiang Province: construction and practice of the implementation system of ideological and political curriculum in Chinese-foreign cooperative educational institutions