个人简历

主讲本科课程：
机械设计、液压与气压传动、机电一体化系统设计
主讲研究生课程：
系统动力学、液压控制系统
教育背景：
1998–2002，吉林大学，机械工程学院，博士学位；
1995–1998，吉林工业大学工程机械系，硕士学位；
1988–1992，上海交通大学机械工程系，学士学位。
工作履历：
2008至今，深圳大学，机电学院，副教授；
2002–2008，吉林大学，机械工程学院，副教授；
1998–2002，吉林工业大学，工程机械系，副教授；
1995-1998，吉林工业大学，工程机械系，讲师；
1992-1995，吉林工业大学，工程机械系，助教。

研究领域

微细加工技术与应用，机电系统优化设计，液压系统故障诊断与状态监控"主持项目：
深圳市科创委基础研究项目《面向5G通讯的高多层高速印制板微孔 创成机制研究》，在研，42万
深圳市科创委基础研究项目《精密微孔超高转速钻削若干关键问题研究》，已结题，10万"

近期论文

代表期刊论文：
(1) Hongyan Shi, Xiaoke Lin, Yun Wang, Characterization of drill bit breakage in PCB drilling process based on high-speed video analysis, Circuit World, 2017， 43 (3)：89-96
(2) Hongyan Shi, Qiuxin Yan, Shengzhi Chen ,Movement characteristics of micro drill bit during entry period in PCB high speed drilling, Circuit World,2016, 42( 3 ): 110 – 116
(3) Hongyan Shi, Ning, Jiali,Yan, Qiuxin The influencing mechanism of drilling parameters on micro drilling temperature on the basis of calibration of surface emissivity of micro drill bit, Circuit World,2015, 42( 2 ): 110 – 116
(4) Hongyan Shi , Hui Li ,Shengzhi Chen， Temperature simulation and its application in on-line temperature measurement of a micro drill bit, Circuit World(2015), Vol. 41 ( 1): 1 – 6
(5) Hongyan Shi, Jiali Ning , Hui Li , Performance analysis of micro drill bit with asymmetric helix groove, Circuit World (2015), 41( 1 ):7 – 13
(6) Hongyan Shi, Hui Li, Challenges and developments of micro drill bit for printed circuit board: a review. Circuit World( 2013), 39(2): 75-81
(7) Chuji Chen, Hongyan Shi, Fuming Song. Analysis of structure characteristics of a flying probe tester (2013). Circuit World, 39: 31-41.
(8) Hongyan Shi, Fuming Song, Lianyu Fu. Experimental study on drilling force in printed circuit board micro drilling process (2011). Circuit World, 37: 24-29.
代表会议论文：
1）Shi Hongyan ,Hu hong，Novel On-line Monitoring Method of Cutting Chatter Based on Neural Network Pattern Recognition Technique ,ICICIC2007, Kumamoto, Japan
2）Shi Hongyan ,Hu hong, Novel solution of Direction Finding and Polarization Estimation of Multipath Cyclostationary Signals，ICICIC2007, Kumamoto, Japan
3)Shi Hongyan ,Hu hong, Neural Network Based Sensorless Diagnosis of Leakage Fault in a Hydraulic Pump，ISPF2007，Qinhuangdao, China
《Circuit World》编委