Gender: Male
Title: Associate Professor
Education: Doctoral student
Discipline: Optical Engineering
Research interests: Ultraviolet technology and application, Imaging spectrometer technology, white light illumination Communication, Ionospheric Remote sensing and Application, Laser 3D Imaging
E-mail: tangyi4510@bit.edu.cn Office phone: 010-68912575
Tang Yi, male, was born in Baishan City, Jilin Province in November 1977. His research interests include optical loading technology, ultraviolet technology and application, imaging spectrometer technology and three-dimensional laser imaging. Presided over a series of national scientific research projects, the direction of ultraviolet communication research to maintain the domestic dominant position, to achieve from the principle to the installation, and the development of national standards. In the field of space remote sensing, the far-ultraviolet hyperspectral remote sensor and parameter inversion technology for ionospheric detection were first proposed in China, which was supported by the 863 program, the National Natural Science Foundation and the load preresearch Fund, and the first far-ultraviolet imaging spectrometer engineering prototype was completed in China. From 2019 to 2021, he presided over and participated in the completion of four space payload product development missions, including: the conversion ultraviolet camera on Tauri star in 2019 and Apocalypse Star 06 star in 2020; Launched in September 2020, the ultraviolet astronomical camera on the August 1 03 satellite is the only large-field ultraviolet survey payload in orbit in the world. With the support of the "863 Plan" and the "National Torch Plan", to carry out key technical research, the development of the first set of industrial high-frequency line-driven scanning laser three-dimensional imaging products, has been applied in 29 provincial units across the country, the Ministry of Education expert group that "the main technical indicators reached the domestic leading similar products, the international advanced level." His achievements won the third prize of Beijing Science and Technology (1) and the second prize of Science and Technology of China Electronics Technology Group Co., LTD. (2). He taught the undergraduate courses "Optoelectronic Display Technology" and "Electronic Experiments of Modern Optoelectronic Instruments", the graduate course "New display Technology and Application", and participated in the compilation of "Modern Optical Application Technology Manual". In recent years, he has guided and assisted 7 doctoral students and more than 50 master students. The master students under my guidance won the excellent master's degree thesis of Beijing Institute of Technology successively in 2012 and 2014. Achievements won 2 first prizes of Beijing Teaching Achievements, 3 first prizes of Beijing Institute of Technology teaching achievements, funded by Beijing Institute of Technology Outstanding Young Teachers Support Plan, Beijing Institute of Technology outstanding Communist Party members.

Tang Yi, male, was born in Baishan City, Jilin Province in November 1977. His research interests include optical loading technology, ultraviolet technology and application, imaging spectrometer technology and three-dimensional laser imaging. Presided over a series of national scientific research projects, the direction of ultraviolet communication research to maintain the domestic dominant position, to achieve from the principle to the installation, and the development of national standards. In the field of space remote sensing, the far-ultraviolet hyperspectral remote sensor and parameter inversion technology for ionospheric detection were first proposed in China, which was supported by the 863 program, the National Natural Science Foundation and the load preresearch Fund, and the first far-ultraviolet imaging spectrometer engineering prototype was completed in China. From 2019 to 2021, he presided over and participated in the completion of four space payload product development missions, including: the conversion ultraviolet camera on Tauri star in 2019 and Apocalypse Star 06 star in 2020; Launched in September 2020, the ultraviolet astronomical camera on the August 1 03 satellite is the only large-field ultraviolet survey payload in orbit in the world. With the support of the "863 Plan" and the "National Torch Plan", to carry out key technical research, the development of the first set of industrial high-frequency line-driven scanning laser three-dimensional imaging products, has been applied in 29 provincial units across the country, the Ministry of Education expert group that "the main technical indicators reached the domestic leading similar products, the international advanced level." His achievements won the third prize of Beijing Science and Technology (1) and the second prize of Science and Technology of China Electronics Technology Group Co., LTD. (2). He taught the undergraduate courses "Optoelectronic Display Technology" and "Electronic Experiments of Modern Optoelectronic Instruments", the graduate course "New display Technology and Application", and participated in the compilation of "Modern Optical Application Technology Manual". In recent years, he has guided and assisted 7 doctoral students and more than 50 master students. The master students under my guidance won the excellent master's degree thesis of Beijing Institute of Technology successively in 2012 and 2014. Achievements won 2 first prizes of Beijing Teaching Achievements, 3 first prizes of Beijing Institute of Technology teaching achievements, funded by Beijing Institute of Technology Outstanding Young Teachers Support Plan, Beijing Institute of Technology outstanding Communist Party members.

His research interests include optical loading technology, ultraviolet technology and application, imaging spectrometer technology and three-dimensional laser imaging.

1997.09-2001.07 Beijing Institute of Technology, Department of Optical Engineering, Bachelor;
2001.09-2006.08 Beijing Institute of Technology, School of Opto-Electronics, PhD in Optical engineering;

2006.9-present, School of Optoelectronics, Beijing Institute of Technology;
2014.1-2015.1 Visiting Scholar at University of Texas at Dallas, USA.