在中国科技大学先后获得学士和博士学位， IEEE  高级会员 (Senior Member)  

研究方向主要为光电探测技术及相关科学仪器，物理电子学，集成电路设计及计算机应用技术，包括光电探测器低噪声读出和低温封装，高精度拼接和测量，高速光脉冲信号发射和探测，高速信号处理和实时控制，数据获取系统，数据的高速数字  化及高速传输，实验物理控制系统，图像信息处理，及相关的 ASIC 设计技术，计算机应用和软件设计技术。  

历任中国科技大学博士后，讲师，副教授及教授/研究员，并多次到日本 KEK, 美国Fermi Lab, APO, UCSC，SMU，BNL，CERN, AAO 等国际著名实验室和高校进行访问学习。 

1. 2018年安徽省科技进步一等奖

2. 2015年十大天文科技进展

3. 2014年中国十大科技进展新闻 

1. 大视场巡天望远镜拼接式大相机的研制，2018-2023，中国科技大学双一流学科建设科学大装置项目

2. LAMOST CMOS照相检测相机的研制，2020.9-2022.6

3. CSTAR2相机及远程自主控制系统，2018-2019，紫金山天文台

4. 面向南极大型天文望远镜的自主观测和自主控制关键技术的研究，2018-2021，自然科学基金项目

5. 中国科学院“空间科学（二期）”战略性先导科技专项空间科学背景型号项目，地球2.0—ET凌星巡天子课题，基于CCD 探测器相机样机的研制和测光性能的表征 2020-2022 

6. 中国科学院战略性先导科技专项-高精度电磁测量核心技术装备-高端电测量芯片与装备（项目）-精准电子学控制和读出技术装备（课题）--任意波形发生器的研制，2020.1-2020.12

7. FAST河外HI数据自动化处理软件V0，2019.9-2020.6

8. 用于高能物理实验的高精度时间数字转换芯片的研究, 自然科学基金项目海外及港澳学者合作研究基金，2018-2019

9. CCD低温测试装置，中科院仪器设备升级改造，2017-2019

10. 多波段近红外天光测量系统中关键技术的研究，2016-2017，核探测与核电子学国家重点实验室自主研究课题

11. 红外天光光谱仪及控制系统　2015.06-2016.10　中国极地研究中心　　

12. 科学级成像系统中高速数字化方法及系统高性能技术的研究 2013.01-2016.12 自然科学基金

13. 微弱信号探测器低噪声高精度读出系统的研究 2015.07-2017.06 . 安徽省自然科学基金委 . 安徽省自然科学基金

14. 南极亮星巡天望远镜CCD相机和远程控制系统 2013.12-2014.12 中国极地研究中心

15. FAST望远镜总控构架设计与模型试验 2011.04-2012.03 国家大科学工程 

[1]  Cheng Chen, Jun Zhang, Hong-fei Zhang, Jian Wang, Qi-jie Tang, Hui Wang, Zhi-yue Wang , Yi-hao Zhang, Wei-jie Jiang, Jin-ting Chen, Qi Feng, Feng Zeng,Qian Zhang, Jie Zhuc, Han-fei Zhu ,   Design of CCD Test Platform of Scientific Imaging for Wide Field Survey Telescope, Journal of Astronomical Telescopes, Instruments, and Systems, 8(1), 016005 (2022).

[2]  Jin-ting Chen; Qi-Jie Tang; Jian Wang ;   Hong-fei Zhang; Jie Chen; Shu-cheng Dong; Yi-hao Zhang; Jun Zhang; Feng-xin Jiang; Zi-hao Li; Qing-feng Zhu, Design of a continuous-scanning sky brightness monitor in the 2.5- to 5-μm band,   J. of Astronomical Telescopes, Instruments, and Systems, 6(3), 036001 (2020),

[3]  Yi Feng, Hong-fei Zhang, Jian Wang*, Yi-ling Xu, Jin-ting Chen, Dong-xu Yang, Yi Zhang, Cheng Chen, Guang-yu Zhang, Jian-min Wang, Jie Chen， Design of a Non-vacuum-cooling Compact CCD Camera for Scientific Detection  ,   IEEE Transactions on Nuclear Science, IEEE Transactions on Nuclear Science, 66(10):2286-2292(2019).

[4]  Hong-fei Zhang, Cheng Chen, Jian Wang *, Ya-qi Chen, YI Zhang, Yi Feng , Qi-jie Tang, Dong-xu Yang, Guang-yu Zhang, Jie Chen,  A Scientific CCD camera for CSTAR2 telescope in Antarctica, Journal of Astronomical Telescopes, Instruments, and Systems ,   5(3), 036002 (2019)..   https://doi.org/10.1117/1.JATIS.5.3.036002

[5]  Jian Wang, Yi Feng, Hong-fei Zhang , Qi-jie Tang, Yi Zhang, Ya-qi Chen, Cheng Chen, Ming-hao Jia, Guang-yu Zhang, Jie Chen, Design of a scientific CCD camera with a large focal plane of 4k x 4k pixels for BSST telescope in Antarctica, JOURNAL OF INSTRUMENTATION, JINST Volume 14 C05014(May 2019).

[6]  Jie Gao , Dong-xu Yang , Jian Wang* , Yi Feng , Guang-yu Zhang , Wen-qing Qu , Jia-geng Liu , Yi Zhang, Ya-qi Chen, Hong-fei Zhang, Design and test of driver and readout ASICs for scientific CCD detectors, JOURNAL OF INSTRUMENTATION, Volume 14 C06002, Published 4 June 2019.

[7]  Guangyu Zhang, Chi-Ting Chiang, Chris Sheehy, Anže Slosar, Jian Wang*, Predicting CMB dust foreground using galactic 21 cm data, Journal of Cosmology and Astroparticle Physics(JCAP),12, December 2019.

[8]  Jian Wang, Yi Zhang, Hong-fei Zhang, Yi Feng, Cheng Chen, Zi-ang Wang, Qi-jie Tang, Guang-yu Zhang, Ya-qi Chen, Design of a simulation and test system for CCD controller,  IEEE   Transactions on Nuclear Science ,  

[9]  Qi-Jie Tang , Jian Wang*, Yi-hao Zhang , Shu-cheng Dong , Jin-ting Chen , Feng-xin Jiang , Zhi-yue Wang , Ya-qi Chen , Yi-wu Tang, Jie Chen, Hong-fei Zhang, Detection of a Weak Near-Infrared Signal Using a Digital Orthogonal-Vector Lock-in Amplifier, JOURNAL OF INSTRUMENTATION, Volume 14, P05011, May 2019.

[10]  Zhi-yue Wang,  Jian Wang* , Ya-qi Chen, Ming-hao Jia, Guang-yu Zhang, Qi-jie Tang, Jin-ting Chen, Yi-hao Zhang, Jun Zhang, Hong-fei Zhang, Jie Chen, Design of EPICS and Web based Remote Control Software of Near-Infrared Sky Brightness Monitor in Antarctica,  IEEE   Transactions on Nuclear Science

[11]  Guangyu Zhang, Quan Sun, Tiankuan Liu, Datao Gong, Bihui You, Le Xiao, Xiangming Sun, Jingbo Ye, Dongxu Yang, Yi Feng, Jian Wang * ,   Study of Full Parallel RS(31,27) Encoder for a 3.2 Gbps    Serial Transmitter in 0.18 um CMOS Technology, JOURNAL OF INSTRUMENTATION, Volume 14, February 2019.  

[12]  Qi-Jie Tang,  Jian Wang† , Shu-cheng Dong, Jin-ting Chen, Yi-hao Zhang, Feng-xin Jiang, Zhi-yue Wang, Ya-qi Chen, Jie Chen, Hong-fei Zhang, Qing-feng Zhu, Peng Jiang*, Tuo Ji , Shao-hua Zhang ,   Yong-qiang Yao, Yun-he Zhou, Hong-shuai Wang, Peng Tang ,   Design of a near-infrared sky brightness monitor and field measurement at the Ngari observatory, Tibet ,   Journal of Astronomical Telescopes, Instruments, a nd Systems ,   4(4), 046002 (2018)

[13]  Shu-cheng Dong, Jian Wang,†, Qi-Jie Tang, Feng-xin Jiang , Jin-ting Chen, Yi-hao Zhang, Zhi-yue Wang, Jie Chen,Hong-fei Zhang, Hai-jiao Jiang, Qing-feng Zhu*, Peng Jiang, Tuo Ji ， Design of a Multiband Near-infrared Sky Brightness Monitor Using an InSb Detector , Review of Scientific Instruments, 89  (2):3107 , 2018  .  

[14]  Ming-hao Jia, Ya-qi Chen, Guang-yu Zhang, Peng Jiang, Hongfei Zhang, Jian WANG*, A Web Service Framework for Astronomical Remote Observation in Antarctica using Satellite Link, Astronomy and Computing, Volume 24, July 2018, Pages 17-24

[15]  Guang-yu Zhang,   Jian WANG* , Peng-yi Tang, Ming-hao   Jia ,   Jie Chen, Shu-cheng Dong, Fengxin Jiang,  Wen-qing WU, Jia-jing Liu  ,    Hong-fei Zhang ,   An Autonomous Observation and Control System Based on EPICS and RTS2 for Antarctic Telescopes ,   Monthly Notices of the Royal Astronomical Society ,   MNRAS (January 11, 2016) 455 (2): 1654-1664.