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Jiang Qi
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Personal Information

Name:Qi Jiang

Gender:Male

People:Han

Date of Birth:12/1/1970

Education:Ph. D

Title:Professor

Tutor’ s Information:Doctoral Supervisor

Post:Institute of Detection Technology and Process Control

Party:Communist Party of China

Phone:0531-8839222

Fax:0531-88392225

Subject 1:Control Science and Engineering, Instrument Science and Technology

Subject 2:Detection Technology and Automation Device

E-mail:jiangqi@sdu.edu.cnorjiangqisd@126.com

Department:Department of Detection Technology and Automation Device

Research Direction:

  1. High-precision equipment (focusing on intelligent sensing and artificial intelligence)

  2. IOT perception (focusing on special, precise and novel)

  3. Optical Fiber Sensor and Test(High risk special industry, biomedicine, ocean)

  4. Nondestructive detection and intelligent diagnosis

    Address:Institute of Process Control, Academy of control science and Engineering, Shandong University, No. 17923 Jingshi Road, Jinan, Shandong Province, China.

    Social Part-time Jobs

  5. Deputy Chief of Zhangqiu District, Jinan (2018.9-now, Work on secondment)

  6. CIO of Thinktanks of Shandong Province,Vice chairman

  7. Online Detection Branch of Chinese Society for Measurement, Managing Director

  8. Shandong Society for Measurement Committee of Temperature Metrology, Director

  9. Machinery Dynamics Society of China, Director

  10. China Aviation Industries Technology Equipment Engineering Association, Director

  11. Chinese Society for Vibration Engineering-Dynamic Testing Professional Committee, Director

  12. Academic Committee of Tibet Key Laboratory of Optical Information Processing and Visualization Technology, Member

    Talent Title

    New Century Excellent Talents in Univeristy of Ministry of China; High Level Innovation and Entrepreneurship Talents of Jiangsu Province (Innovation); Jinan Quancheng Specially Engaged Expert; China Jinan High Level Talents at Home and Abroad; Foreign language experts of science and technology in Shandong Province;

    Communication review expert of NSFC; Accreditation Expert of Key R & D Plan Meeting of the Ministry of Science and Technology of the People's Republic of China; Accreditation Expert of International Cooperation Project Meeting of the Ministry of Science and Technology of the People's Republic of China; Accreditation Expert of Shandong Science and Technology Project; Editorial Bard of International Journal of Sensors and Sensor Networks, Journal of light & laser, Journal of information science and systems science; Reviewer of Sensor and actuators, Sensor Review,IEEE sensor journal,IEEE Photonics,Optics and Lasers in Engineering and Optical Engineering etc.

    Honorary Award

  13. Science and Technology Achievement Award of State Administration of Work Safety, 2015, 2nd Prize (1st Place)

  14. Shandong science and Technology Progress Award, 2014, 2nd Prize (1st Place)

  15. Outstanding Scientific Achievement Award of Shandong University, 2013, 1st Prize (1st Place)

  16. AMD Scholarship Award of Shandong University in 2010

    Main Learning and Working Experience

  17. Graduated from Tianjin University in March 2003 and got Ph. D of engineering. Postdoctoral of Shandong University. Lecturer of Shandong University in 2003. Associate professor of Shandong University in 2005. Professor of Shandong University in 2010.

  18. 2003.7-now, work in the academy of control science and engineering in Shandong University.

  19. 2004.12-2007.6, Postdoctoral research in Shengli Oilfield of Sinopec. Stand out excellently. Assessed as professor by the department of personnel of Shandong Province in September 2007.

  20. 2006.4-2006.6, Stevens Institute of Technology, USA. Brief visit.

  21. 2009.7-2010.7, Sent by NSFC and fully funded in 2007. One year overseas academic visit in Ottawa and Carlton University in Canada. Study from Professor J. Albert, a famous optoelectronic and sensing expert in the world (President of SPIE International Conference on optical fiber sensing technology in 2011).

  22. 2014.8-2014.9, King's college, University of London, UK. Brief visit.

  23. 2016.3-2017.3, (City central district, Jinan) Deputy director of National University Science Park Service Center (Work on secondment)

    Patents and Awards

    In recent years, more than 30 national patents have been authorized (including 22 invention patents, 19 of them are in the first place, 6 of them are licensed and transformed), mainly including:

  24. QiJiang, Tianpeng Zhang, Real-time monitoring system and method of retarder unit based on electromagnetic induction, 2019. Certificate number: ZL201810224576.4

  25. Longchao Li,QiJiang, A measuring device and method for optical fiber micro vibration, 2019. Certificate number: ZL201811488141.7

  26. QiJiang, Fuxiang Liu, Fengming Li, An online inspection method, device and system for assembly quality, 2019. Certificate number: ZL201811408859.0

  27. QiJiang, Yuanyang Huang, Yibin Li, A lattice pressure measuring system and method based on flexible piezoresistive material, 2018. Certificate number: ZL201610204235.1

  28. Chenlu Zhao,QiJiang, et al., Optical fiber embedded glove posture sensing device and its manufacturing method, 2018, Certificate number: ZL201610247152.0

  29. QiJiang, Jinxue Song, et al., An implementation method of array FBG sensor for mapping data to pseudo color cloud image, 2016, Certificate number: ZL 201410211254.8

  30. QiJiang, Xin Zhou, et al., Material level measuring device and method based on magnetoelectric effect, 2017, Certificate number: ZL201410339510.1

  31. QiJiang, Xin Zhou, Tao Xu, et al., A kind of acoustic ash remover based on cam movement for air cutting, 2016, Certificate number: ZL201510011945.8

  32. Qi Jiang, Xin Zhou, A load measurement method and system for inland port ships, 2016, Certificate number: ZL201410186247.7

  33. Qi Jiang, Jinxue Song, Yibin Li, Rui Song, et al., A new optical fiber tactile array sensor and its fabrication method, 2016, Certificate number: ZL201410213244.8

  34. Qi Jiang, Minghao Yu, High sensitivity fiber optic vibrating string microseismic sensor and its fabrication method, 2015, Certificate number: ZL201310168852.7

  35. Qi Jiang, Xin Zhou, Yibin Li, et al., Material level measuring device based on magnetoelectric effect, 2015, Certificate number: ZL201420394303.1

  36. Jinxue Song,Qi Jiang, Yibin Li, et al., A new optical fiber tactile array sensor, 2014, Certificate number: ZL201420257625.1

  37. Qi Jiang,Yan Wang, A kind of double FBG sensor for anchor bolt quality detection, 2014年, Certificate number: ZL201420332978.3

  38. Qi Jiang, Guoxiang Li, Yuping Hu, et al., Measuring instrument and method of engine cylinder cover parameters based on optical fiber probe, 2014, Certificate number: ZL201210347940.9

  39. Qi Jiang, Meng Yang, Differential pressure flowmeter, 2014, Certificate number: ZL201210043012.3

  40. Qi Jiang, et al., A new type of microseismic sensor with high sensitivity, 2013, Certificate number: ZL201320248508.4

  41. Qi Jiang, et al., Measuring instrument of engine cylinder cover parameters based on optical fiber probe, 2013, Certificate number: ZL201220477972.6

  42. Qi Jiang, Depth and curvature measuring instrument for medium depth drilling, 2013, Certificate number: ZL201220461907.4

  43. Qi Jiang, Optical fiber micro sensor instrument for measuring surface topography and roughness, 2012, Certificate number: ZL201220061119.6

  44. Qi Jiang, Stress field tester for rock interior, 2012, Certificate number: ZL2012200609868

  45. Qi Jiang, Double fiber grating differential pressure flowmeter, 2012, Certificate number: ZL2012200631734

  46. Qi Jiang, Fiber Bragg grating positive pressure sensor for mine, 2012, Certificate number: ZL201010293568.9

  47. Qi Jiang, A new type of pick, 2011, Certificate number: ZL201120156440.8

  48. Qi Jiang, Fiber Bragg grating sensor with adjustable large displacement, 2011, Certificate number: ZL 201120155207.8

  49. Qi Jiang, et al., Fiber Bragg grating negative pressure sensor for mine, 2011, Certificate number: ZL 201010293571.0

  50. Qi Jiang, et al., 3D dynamic testing system of rock fracture based on optical fiber strain sensor, 2011, Certificate number: ZL 200910020313.2

  51. Qi Jiang,et al., No electricity optical fiber vibration call system for mine disaster,2008, Certificate number: ZL 200810015877.2

  52. Qi Jiang, et al., Simulation test device for water damage of asphalt concrete pavement, 2008, Certificate number: ZL 200820017375.9

  53. Qi Jiang, et al., Fiber Bragg grating dynamic pore water pressure sensor, 2008, Certificate number: ZL200820017374.4

  54. Qi Jiang, et al., Cardiovascular wave image monitoring and health diagnosis device based on fiber Bragg grating sensor, 2009, Certificate number: ZL 200920020484.0

  55. Qi Jiang, et al., A minimally invasive probe instrument for cardiovascular drug therapy based on optical fiber sensor, 2008, Certificate number: ZL 200820022114.6

  56. Qi Jiang, et al., Three component fiber grating vibration sensor, 2007, Certificate number: ZL200720021749.X

  57. Qi Jiang, et al., Water sensing device for tunnel excavation face ahead, 2007, Certificate number: ZL200710114063.X

  58. Qi Jiang, et al., FBG pressure sensor for geotechnical engineering, 2007, Certificate number: ZL200720021750.2

  59. Qi Jiang, et al., Optical fiber bolt sensor based dynamometer, 2007, Certificate number: ZL200710014418.8

  60. Qi Jiang, et al., Fiber grating osmometer, 2007, Certificate number: ZL200720020682.8

  61. Qi Jiang, et al., Surface mounted or welded stress-strain test sensing device, 2007, Certificate number: ZL200710114064.4

  62. Qi Jiang, et al., Weighing and selling coal control system of mine weighbridge based on remote network, 2005, Certificate number: ZL200510044871.4

    Software copyright

  63. Jiang Qi, et al., Remote detection of engine temperature based on fiber optic sensor, National Copyright Administration, 2014.4

  64. Jiang Qi, et al., Remote hydrological monitoring and analysis system, National Copyright Administration, 2014.4

  65. Jiang Qi, et al., Hydrological monitoring and analysis system based on mobile phone and GIS, National Copyright Administration, 2014.3

  66. Jiang Qi, et al., Three-dimensional intelligent monitoring platform system for coal mine safety production, National Copyright Administration, 2014.3

  67. Jiang Qi, et al., (Railway) Acceptance management system for official vehicles, National Copyright Administration, 2013.4

  68. Jiang Qi, Xue Hao yuan, DongLiang et al. Three-dimensional information monitoring and visualization interactive system for mines, National Copyright Administration, 2012.3

  69. Jiang Qi, et al., Two-dimensional visual hydrological monitoring and analysis system, Transferred to enterprise, National Copyright Administration, July 2012

  70. Jiang Qi, Dong Liang et al., Safety warning training network visualization system, National Copyright Administration, 2012.4

  71. Jiang Qi, et al., Closed loop control equipment management system based on B/S framework, National Copyright Administration, 2011.5

  72. Jiang Qi, et al., Remote teaching, approval, monitoring and management system, National Copyright Administration, 2011.5

  73. Jiang Qi, et al., Coal mine safety information management system, National Copyright Administration, 2009,7

    Research projects being presided over and completed in rencent years

    Presided over 4 general programs of National Natural Science Foundation of China, a subproject of National Key Research and Development Project, two subprojects of Major Scientific and Technological Innovation Projects in Shandong Province, the Program for New Century excellent Talents in University of Ministry of Education of China, Natural Science Foundation of Shandong Province (Major Program), Doctoral Fund of Ministry of Education of China, 2 programs of China Postdoctoral Science Foundation, 3 programs of Key Research and Development Plane of Science and Technology in Shandong Province, Natural Science Foundation of Shandong Province, Research Award Fund for Outstanding Young and Middle-aged Scientists of Shandong Province, 2 programs of Postdoctoral Innovation Project Fund of Shandong Province. As the main participant, he participated in National Natural Science Foundation of China (Key Program), National Key Research and Development Plan "Major Scientific Instrument and Equipment Development", National High-tech Research and Development Program of China(863 Program), National Military Major Project, Major independent innovation projects of Shandong Province, Key Scientific and Technological Project in Shandong Province, completed more than 30 horizontal enterprise projetcs.

    Research projects completed in recent years

  74. Research on robot wearable FBG artificial skin perception mechanism and information processing method, No.61473175, 2015-2018, NSFC,general program(Person in charge)

  75. Energy saving system technology and optimization of coal-fired boiler,No.2016GGX104015,2016-2018,Key Research and Development Plane of Science and Technology in Shandong Province(Person in charge)

  76. Study on mechanism and optimization design of plasma biochemical probe on TFBG surface, No. 61271073, 2012-2016, NSFC,general program(Person in charge)

  77. Military robot ***,2015-2017, National Defense Pre-Research Project in Shandong University(Person in charge)

  78. National University Science Park Service Local Research, 2016-2017, Soft Science Research Project in Jinan(Person in charge)

  79. Machine vision-based instrument intelligent detection and calibration system technology, 2016-2017, Horizontally confidential enterprise, ****Control company(Person in charge),School-enterprise cooperation project(Person in charge)

  80. Remote three-dimensional interactive engine performance fiber sensing test technology, 2014-2015,Technology Center of Dongfeng Commercial Vehicle (Person in charge)

  81. Power plant boiler ash remover automation system technology,2014-2015, Beijing Derong Environmental Technology Co.,Ltd.(Person in charge)

  82. Development of portable environmental monitor based on android operating system, 2014-2015, Zhong Hang *** company,School-enterprise cooperation project (Person in charge)

  83. Detection mechanism and spplication of DNA molecules based on TFBG-SPR, No. NCET-10-0541, 2010.12-2013.12,the Program for New Century excellent Talents in University of Ministry of Education of China(Person in charge)

  84. Research on spectral telemetry gas technology based on fiber laser, 2012-2014, Doctoral Fund of Ministry of Education of China(Person in charge)

  85. Fiber-based surface biomolecular measurement, 2012-2014,Postdoctoral Innovation Project Fund of Shandong Province(Person in charge)

  86. New energy training simulation interactive system, 2011-2014, State Grid, School-enterprise cooperation project (Person in charge)

  87. 3D digital mine monitoring platform and simulation system, 2011-2014, Shandong Canal Prison Coal Mine(Person in charge)

  88. Study on mechanism and application of three-component optical fiber seismic acceleration in tunnel advance detection, No.51079080, 2010-2013, NSFC,general program(Person in charge)

  89. Two-dimensional GIS visualization hydrological monitoring and early warning system, 2012-2013, Shandong Huatai Mining Group(Person in charge)

  90. Silo coal level automatic control system, 2012-2013, Shandong Province QIWU Construction Coal Mine(Person in charge)

  91. Security Alert Networked Visualization System, 2011-2012, Shandong Province QIWU Construction Coal Mine(Person in charge)

  92. Port automatic quantitative average high-precision loading system simulation and equipment development, 2010-2011, *** Port of Guangdong Province(Second place)

  93. Multi-parameter sensing mechanism and experimental study of TFBG, No.2009TS044, 2009-2011, Independent Innovation Fund of Shandong University(Person in charge)

  94. Coal Bunker Measurement System Based on Radar Microwave, 2010-2011, Shandong Luxi Mining Group(Person in charge)

  95. Theoretical and experimental study of three-component detector, No. 20070422105, 2007-2010,Doctoral Fund of Ministry of Education of China(Person in charge)

  96. Development of multi-frequency IP and two-excitation current plan time difference instrument and its analysis system for tunnel advanced geological real-time forecasting, No.50727904, 2007-2010,National Key Research and Development Plan "Major Scientific Instrument and Equipment Development" (Second place)

  97. Research on theory and technology of fiber detector, No.Q2007F06, 2007-2010,Natural Science Foundation of Shandong Province(Person in charge)

  98. Submarine cable distributed optical fiber sensor online detection device,2008-2010, Shengli Oilfield of Sinopec (Second place)

  99. Research on data acquisition and interpretation algorithm of complex IP integration system, No.50727904, 2007-2009, subproject of National Natural Science Foundation of China (Key Program) (Person in charge)

  100. Theory and Technology of Coal Mine Roadway Safety Detection Based on Optical Fiber Sensing,No.2006BS05007, 2006-2009, Research Award Fund for Outstanding Young and Middle-aged Scientists of Shandong Province(Person in charge)

  101. On-line intelligent detection technology and device development based on photoelectric sensor, No.HYHA2006-057, 2006-2009, Science and Technology Department Key Project of Shandong Province(Person in charge)

  102. Coal Bunker Control System of Shengzhuang Coal Mine in Shandong Province, 2008-2009, Shandong Prison Administration(Person in charge)

  103. Shandong Qiwu Coal Mine Production Information Monitoring and Management System, 2008-2009, Shandong Prison Administration(Person in charge)

  104. On-line monitoring technology of electrolytic aluminum based on fiber sensor,2007-2009,Shandong Yinzhou Mining Group(Main participant)

  105. Research on on-line detection and fault diagnosis technology for submarine cables, 2005-2008, Sinopec Group Key Project(Person in charge)

  106. Research on on-line detection and diagnosis technology of submarine high voltage XLPE cable based on optical fiber sensing,No.20060391001, 2006-2007, China Postdoctoral Science Foundation(Person in charge)

  107. Application of on-line monitoring technology for fiber-optic sensing submarine high voltage cable based on Brillouin scattering, No.200603012,2006-2007, Postdoctoral Innovation Project Fund of Shandong Province(Person in charge)

  108. Research and development of distributed dam safety intelligent monitoring and early warning system based on optical fiber sensing technology, No.031080112, 2003-2006,Key Scientific and Technological Project in Shandong Province(Second place)

  109. Development of court remote network digital monitoring technology, 2004-2005,Zaozhuang Court,horizontal project(Person in charge)

  110. Research on Pipeline Intelligent Detector and Intelligent Data Analysis System, No.2002AA324040, 2002-2004,National High-tech Research and Development Program of China(863 Program) (Third Place)

    Research project being hosted

  111. Key technology and equipment of intelligent recognition and maintenance of rail transit operation tunnel service status, 2019.7-2021.12; Major scientific and technological innovation projects of key R & D plans in Shandong Province, Project (1st place)

  112. Manufacture and industrialization of high speed automatic biochemical immune assembly line, 2019.7-2021.12; Major scientific and technological innovation projects of key R & D plans in Shandong Province, Project (1st place)

  113. Research on fiber optic position and attitude perception and feedback control of minimally invasive flexible puncture needle, No.61973194, 2020.1-2023.12; NSFC,Surface project(1st place)

  114. Research on redundant hydraulic heavy load manipulator control, No.2017YFB1302102, 2017-2020; National key R & D plan, project(1st place)

  115. Autonomous development and group evolution of industrial robots based on cloud brain platform, No.ZR2018ZC0437, 2018-2020, Major natural science foundation of Shandong Province (1st place)

  116. Research on the mechanism and implementation method of flexible needle position perception for optical fiber minimally invasive surgery, No.2018JC031, Scientific research of Central University - Shandong university interdisciplinary, 2018-2020 (1st place)

  117. Key technology and application demonstration of integration between multi-perception and IOT in process Industrialization, No.2017CXGC0610, 2017.1-2019.12, Major key technology projects of Shandong industry (participate)

  118. Mechanism and application of water and mud outburst and grouting reinforcement for fracture zone of subsea tunnel fault, No.U1706223, 2018.1-2021.12, NSFC-Shandong Province joint key fund (participate)

  119. High precision micro deformation and outer diameter measurement system using laser, 2017-2019, Project entrusted by enterprise (1st place)

    Papers

    More than 70 papers has been published on《Sensor Review》,《Sensor and actuator A》,《IEEE Sensor Journal》,IEEE ACCESS》,《Optical Engineering》,《Measurement Science and Technology》,《Journal of Testing and Evaluation》,《Measurement》,《Spectroscopy and Spectral Analysis》、《ACTA PHOTONICA SINICA》、《Journal of Electronic Measurement and Instrument》,more than 50 articles were indexed by SCI/EI.

  120. Qi Jiang(*),Jianghang Feng,Design of robotic soft fingertip for contact sensing,Measurement, 2019,147:106812.(SCI/EI)

  121. Fengming Li,Qi Jiang,Wei Quan,Shibo Cai, Rui Song,Yibin L,Manipulation Skill Acquisition for Robotic Assembly Based on Multi-ModalInformation Description,IEEE ACCESS,2019(SCI/EI)

  122. Jianhang Feng,Qi Jiang(*),Slip and roughness detection of robotic fingertip based on FBG, SENSORS&ACTUATORS A:Physical,2019(287):143-149.(SCI/EI)

  123. Fengming Li,Qi Jiang,Sisi Zhang,Meng wei,Rui Song.Robot skill acquisition in assembly process using deeping reinforcement learning,Neurocomputing, 2019(345):92–102.(SCI/EI)

  124. Yifan Ma,Qi Jiang(*),A Robust and High Precision Automatic Reading Algorithm of Pointer Meters Based on Machine Vision,Measurement Science &Tech,2019,1(30):015401. (SCI/EI)

  125. Guozhao Wei,Qi Jiang(*),Tianpeng Zhang,A flexible force sensor based on spheroidal Fabry-Perot microcavity, Optik, OPTIK, 2019,181:483-492.(SCI/EI)

  126. Qi Jiang(*),Guozhao Wei,Chenlu Zhao,Fiber Bragg Grating-Based Biomimetic Whisker for Shape and Texture Recognition,Journal of Instrumentation,Journal of Instrumentation, 2018,11(13):P11013.(SCI/EI)

  127. Fengming Li,Qi Jiang,Yibin Li,Meng Wei,Rui Song.Modeling Contact State of Industrial Robotic Assembly using Support Vector Regression,Proceedings of IEEE Annual International Conference on CYBER Technology in Automation, Control,and Intelligent Systems,2018,pp.646–651. (EI)

  128. Qi Jiang(*),Tianpeng Zhang,Pei Liang,Research on Reflective Cone-Cylinder-TFBG Refractive Index Sensor,2019 IEEE 14th International Conference on Electronic Measurement and Instruments,Nov.1-3,2019,Changsha,China.(EI)

  129. Xinyu Zhao,Qi Jiang(*), Design Optimization of Six-Axis ForceTorque Sensor Based on Compliance Matrix Condition Number,2019 Chinese Automation Conference(CAC 2019), Hangzhou, China.(EI)

  130. Qi Jiang(#)(*),Wei Qin,Pressure and bending sensing of soft fingers based on FBG.The 8th China(Beijing) International Conference of Optical Fiber Sensors Technology and Applications,July,2019,Beijing,China (EI).

  131. Fuxiang Liu,Qi Jiang(*),Research on Recognition of Criminal Suspects Based on Foot Sounds. 2019 IEEE 3rd Information Technology, Networking,Electronic and Automation Control Conference(ITNEC),15-17,March,2019,Chengdu,China.(EI)

  132. Qi Jiang(*),Yongxin Zhu,Xiuyu Li,Design and simulation of a noval FBG accelerometer,Internation coference on mechtronics and intelligent robotics(ICMIR 2018),Oct.5,2018,pp.947-953,Kunming,China.(EI)

  133. Qi Jiang(*),Longhai Xiang,Design and Experimental Research on Small-Structures of Tactile Sensor Array Unit Based on Fiber Bragg Grating,IEEE Sensors Journal,17 (7):2048-2054,2017.04(SCI/EI)

  134. Qi Jiang(*), Mengwei XUE, Pei LIANG, Principle and Experiment of Protein Detection Based on Optical Fiber Sensing, PHOTONIC SENSORS,Vol.7, No.4, 2017:317–324.(SCI/EI)

  135. Zhao C,Jiang Q(*), Li Y, A novel biomimetic whisker technology based on fiber Bragg grating and its application,Measurement Science & Technology,2017,28(9):095104(SCI/EI).

  136. Yongxin Zhu,Qi Jiang(*),Research and design of cam-type acoustic wave soot removal system for boiler,IEEE 2017 Chinese Automation Conference(CAC 2017), Dec.29, 2017,pp.2557-2562,Jinan,China.(EI)

  137. Jianghang Feng,Qi Jiang(*),et al.Structural design and experiment of robotic fingertip for contact sensing, IEEE 2017 Chinese Automation Conference(CAC 2017),Dec.29, 2017,pp.2300-2305,Jinan, China.(EI)

  138. Yifan Ma,Qi Jiang(*),et al.An automatic reading method of pointer instruments,IEEE 2017 Chinese Automation Conference(CAC 2017),Dec.29,2017,pp.1448-1453,Jinan,China.(EI)

  139. Pei Liang,Qi Jiang(*),Tianpeng Zhang,Researches and experiments on reflective TFBG-SPR biosensor,IEEE 2017 Chinese Automation Conference(CAC 2017), Dec.29,2017, pp.1158-1162,Jinan,China.(EI)

  140. Huang Yuangyang,Jiang Qi(*),Li YiBin,Song Rui,Research and design of a novel, low-cost and flexible tactile sensor array,Measurement,94.780-786,2016.09(SCI/EI)

  141. Zhang hao,Jiang Qi(*),Wang Baoyan, Wang Junjie,Monitoring diesel engine parameters based on FBG probe[J].Optoelectronics Letters,2016,(5):384-388(EI).

  142. Longhai Xiang;Qi Jiang(*); Yibin Li; Rui Song, Design and experimental research on cantilever accelerometer based on fiber Bragg grating, Opt. Eng. 55(6),066113,Jun 20,2016 (SCI/EI)

  143. Yu zhouzhou,Jiang qi(*), Zhang hao, Wang junjie, Theoretical and experimental investigation of fiber Bragg gratings with different lengths for ultrasonic detection,Photonic Sensors,Volume 6,Issue 2,pp.187-192, June 2016.(SCI/EI)

  144. Jinxue Song,Qi Jiang(*),Yuanyang Huang, Yibin Li etc, Research on Pressure Tactile Ssensing Technology Based on Fiber Bragg Grating Array, PHOTONIC SENSORS, Volume 5, Issue 3,pp:263-272, 2015.9.(SCI/EI)

  145. Fan, Xiaojun,Jiang Qi(*), Li, Guoxiang, Hu, Yuping, Wu, Qinglong, and Wang, Yan, “Engine Cylinder Head Temperature Measurement Based on Optical Fiber Probe,” Journal of Testing and Evaluation, Vol. 43, No. 4, 2015.9 , pp.758–764(SCI/EI)

  146. Qi Jiang(*), Tengyun Guo, A Kind of Vibration sensor and testing system in Electromechanical Equipment Based on fiber Bragg grating, Key Engineering Materials, 2016,693:1300-1307 (EI)

  147. Xue Mengwei,Jiang Qi(*),Zhang Chengjia,Lin Jianqiang,A Kind of Biomolecular Probe Sensor Based on TFBG Surface Plasma Resonance, PHOTONIC SENSORS, Volume 5, Issue 2,pp:102-108,2015.4.(SCI/EI)

  148. Qi Jiang(*), Minghao Yu, Xin Zhou etc,A novel fiber Bragg grating accelerometer based on fiber vibrating wire, Proceedings of the 8th international conferene on sensing technology, Sep.2-4, 2014, Livepool, UK (EI).

  149. Qi Jiang(*), Meng Yang, Simulation and experiment study of a three-axis fiber Bragg grating accelerometer based on pull-push mechanism, Measurement Science and Technology,Vol.24, No.11, 115105 (9pp) (2013) (SCI/EI)

  150. Jiang Qi(*), A comparison study of the sensing characteristics of FBG and TFBG,Sensor Review,2013.1,Vol.33,Iss:1,pp.68-79(SCI/EI)

  151. Jiang Qi(*),Meng Yang,Yuanchao Yu.Study and design of a low cost optical pickup based on double FBGs.International Journal for Light and Electron Optics,Vol.124,Issue19, Pages:3992-3995,Oct,2013(SCI/EI).(SCI/EI)

  152. Qi Jiang(*), Debo Hu, Simultaneous measurement of liquid level and surrounding refractive index using tilted fiber Bragg grating, Sensors and Actuators A: Physical,Volume.170, 2011.11,Issues 1-2, Pages 62-65,2011(SCI/EI)

  153. Qi Jiang(*), Debo Hu,Meng Yang, Micro-displacement Sensor Based on Tilted Fiber Bragg Grating Transversal Load Effect, IEEE Sensor Journal,2011.9,Volume:11 Issue:9,page(s): 1776-1779(SCI/EI)

  154. Qi Jiang(*), Meng Yang, A high sensitivity vector accelerometer based on three axial fiber Bragg grating,Optica Applicata, 2012.12,Issue.4,Vol.42,pp.901-912(SCI/EI)

  155. Qi Jiang(*),Huaiguang Du,Debo Hu,Hydraulic pressure sensor based on fiber Bragg grating,Optical Engineering,2011.6,Volume.50,Issue.6,pp.064401-064401-4(SCI/EI)

  156. Qi Jiang(*), Study of Underground Oil Gas Pipeline Corrosion Pits Estimation Based on MFL Inspection Method,Journal of Testing and Evaluation.2010.3,Volume.38,Issue.2, P.250-253(SCI/EI)

  157. Li-Yang Shao,Qi Jiang(*),and Jacques Albert,Fiber optic pressure sensing with conforming elastomers. Applied Optics,2010.10,Vol.49,Issue.35,pp.6784-6788,(SCI/EI)

  158. Jiang Qi(*), High-sensitivity pressure sensor based on tilt fibre Bragg grating radial load effect,China Laser, 2012.6,Vol.39,No.s1,pp:s114005-1-4(EI)

  159. Jiang Qi(*), A novel oil level monitoring sensor based on string tilted fiber Bragg grating,Optoelectronics Letters,2011.6,Volume.7,Issue.3,pp.171-174(EI)

  160. Jiang Qi(*), Kang Yansen, Highly sensitive FBG temperature measurement based on wavelength pumped filter and 2 optical channels, Optoelectronics Letters,2010.8,Volume.6, Issue.4, pp.0306-0309(EI)

  161. Jiang Qi(*),Experimental Study of Interference Factors and Finite element simulation on Oil-Gas Pipeline Magnetic Flux Leakage density. Advanced Materials Research,Switzerland,Vols.26-28,10,2007(EI)

  162. Qi Jiang(*), A comparative Study of refractive index sensor based on bare TFBG and SPR-TFBG.Laser&Optoelectronics Progress,Issue.49,Vol.8,pp.81-84,Aug,2012

  163. Qi Jiang(*), Fangfang Gao, Yibin Li, Xuewen Rong, Chengjin Zhang,Design and research of wrist force sensor based on FBG,IEEE ICIA(Intrenational conference on information and automation),pp:390-395 2013.8,26-28(EI)

  164. Qi Jiang(*), Minghao Yu, Lingling Sun, Design and study of a vibrating string accelerometer based on fiber Bragg grating,SPIE(The international society for optics and photonics)-The 6th International Symposium on Precision Mechanical Measurements, ISPMM,pp:89162N-891626 2013.8,8-12(EI)

  165. Qi Jiang(*), Fangfang Gao, Simulation and design of a fiber Bragg grating flow sensor,SPIE(The international society for optics and photonics)-The 6th International Symposium on Precision Mechanical Measurements, ISPMM, pp:89162M-6, 2013.8,8-12(EI)

  166. Jiang Qi(*), Lv Dandan, Design and experiment study of solution refractive index sensor based on TFBG-SPR, SPIE(The international society for optics and photonics)-International Symposium on Photoelectronic Detection and Imaging, ISPDI,89140O-6 2013.6,25-28(EI)

  167. Meng Yang,Qi Jiang(*), An accelerometer sensor finite element analysis and design based on fiber Bragg grating, SPIE-ISPEMI(Eighth International Symposium on Precision Engineering Measurement and Instrumentation), Proc. of SPIE Vol. 8759 87592O-1-8, 2012.8,8-11(EI)

  168. Jiang Qi(*),etc,Technological Study on Distributed Fiber Sensor Monitoring of High Voltage Power Cable in Seafloor,IEEE ICAL,China,8,2009(EI)

  169. Jiang Qi(*),etc,Study of Interference Factors and Simulation on Oil-Gas Pipeline Magnetic Flux Leakage Density Signal.IEEE international conference on mechatronics and automation,8,2007(EI)

  170. Jiang Qi(*),etc, Experimental and technical study of fiber Bragg grating vibration detection based on matching demodulation method,IEEE ICAL,China,2007.8(EI)

  171. Jiang Qi(*),Technology study of tunnel on-line health monitoring based on fiber Bragg grating strain sensor,HEMSME,China,2007.10,(ISTP).

  172. Jiang Qi(*),Experimental and Technical Study of Fiber Bragg Grating Vibration Detection Based on Linear Tilt Filter Method,IEEE ICAL,China,2007.8(EI).

  173. Li Dongsheng,Jiang Qi(*),etc.Simulation of FBG sensing networks using CDM + SDM,Canada,OFS of the SPIE,Volume.7753,pp.77538S-77538S-5,2011(EI)

  174. Debo Hu,Qi Jiang(*),Thermal Independent Solution Concentration Sensing with Tilted Fiber Bragg Grating,Photonic SPIE,10,2010(EI)

  175. Li Dongsheng,Jiang Qi(*),Analysis and simulation of fiber Bragg grating sensing networks using CDMA,Photonic SPIE.Volume.7853,pp.785331-785331-6,10,2010.4(EI)

  176. WANG Junjie,JIANG Qi(*), Design and Implementation of High-performance Monitoring System for Acoustic Soot Cleaning in Coal-fired Boiler,Control and Instruments in Chemical Industry,Vol.44, No.6, 2017.7(Chinese Core Journals)

  177. WANG Baoyan,JIANG Qi(*), CAO Hui-ying, Air Quality Monitoring System Based on IOT Perception, Control and Instruments in Chemical Industry, Vol.44, No.4, 2017.6(Chinese Core Journals)

  178. JIANG Qi(*), Guo Tengyun, Optimal design and test research of FBG vibrating wire based acceleration sensor,Journal of Optoelectronics·laser,Vol.26,No.9,pp:1646-1651,2015.09(EI)

  179. JIANG Qi(*), Song Jin-xue, Gao Fang-fang, LI Yi-bin, RONG Xue-wen, LIU Hong-bin, Research of robot multidimensional force sensing technology based on fiber Bragg grating,Journal of Optoelectronics.Laser, vol.25,no.11,pp2123-2129,2014.11 (EI)

  180. ZHOU Xin,MA Zhen,JIANG Qi(*),Design and Simulation of Temperature and Humidity Measurement and Control System, Control and Instruments in Chemical Industry, Vol.41, No.7pp:814-818, 2014.7(Chinese Core Journals)

  181. JIANG Qi(*), LV Dan-dan, OUYANG Jun,et al., The Experiment Research on Solution Refractive Index Sensor Based on Tilted Fiber Bragg Grating, Spectroscopy and Spectral Analysis, Vol.33,No.12,pp3425-3431,2013.12(SCI/EI)

  182. JIANG Qi(*), GAO Fang-fang, Simulation and Experimental Research of a Novel Flow Sensor Based on Fiber Bragg Grating, Acta Photonica Sinica, Vol.43,No.2,pp: 0228001-1- 7,2014.2(EI)

  183. JIANG Qi(*),et al., Technological Study on Distributed Brillouin Fiber Sensor Monitoring of High Voltage Power Cable in Seabed, Control and Instruments in Chemical Industry, 2009.8(Chinese Core Journals)

  184. JIANG Qi(*),et al., Single Mode Fiber-Optic Coupling Acoustic Emission Vibration Sensor and Application, Chinese Journal of Sensors and Actuators, Vol.22,No.3, pp:340-344, 2009.3(Chinese Core Journals)

  185. JIANG Qi(*),et al., Study of Acoustic Emission Detection in Rock Material Specimen Failure based on Fiber Grating Sensor, Nondestructive Testing, 2008.10(Chinese Core Journals)

  186. JIANG Qi(*),et al., Experimental Study on Monitoring of High Voltage Power Cable in Seabed, High Voltage Engineering, 2007.8(EI)

  187. JIANG Qi(*),et al., Technology study of optical fiber bragg grating anchor bar sensor in tunnel strain monitoring, Rock and Soil Mechanics, 2006.10,sup, (Chinese Core Journals, EI)

  188. JIANG Qi(*),et al., Inspection and Recognition of Oil-Gas Pipeline Erosion Defects, Iron & Steel, 2006.4(EI)

    Work experience

    2005.1-2007.6, Shengli Oilfield of Sinopec,Application of Distributed Optical Fiber Sensor in

    Marine Power Cable.

    2006.10-2008.3,YANCON GROUP COMPANY LIMITED - Keao Aluminum Company,

    High-temperature online electrolyzer monitoring based on fiber optic sensor.

    2010.3-2010.4,Harvard University, US

    2009.7-2010.7,Carleton University, Ottawa University, Canada.

    2012.12-2014.1,Libo Heavy Industry Technology Co., Ltd.

    2014.8-2014.9,King's College London, UK

    2016.3-2017-3,Service Center of University Science Park, Jinan, Deputy Director(work on

    secondment)

    2018.09- ,deputy chief of zhangqiu district, Jinan(work on secondment)

    Postgraduate and undergraduate courses

    Postgraduate courses:《Modern detection theory and technology》, degree courses:

    《Opto-mechatronics foundation and design》

    Undergraduate courses:《Instrument engineering foundation》,

    《Intelligent instrument》,

    《Object-oriented programming technology and application》,

    《Fundamentals of computer culture》

    List of national scholarships awarded to graduate students in recent years:

    2016 graduate student: Song Jinxue; 2017 graduate student: Huang Yuanyang;2018 graduate student: Xiang Longhai, Zhao Chenlu

    List of excellent graduate students of Shandong University in recent years:

    2016 graduate student: Song Jinxue; 2017 graduate student: Huang Yuanyang;2018 graduate student: Xiang Longhai; 2019 graduate student: Ma Yifan

     

    We warmly welcome excellent undergraduates, postgraduate and doctoral students major in measurement and control, automation, optoelectronics, electromechanical and electronic information etc to join our family!

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