1995.09 - 1999.04, Southeast University, Doctor
1988.09 - 1991.06, Southeast University, Master
1981.09 - 1985.07, Shandong University, Bachelor

1986.07 - 1988.09 Lecture, Shandong Agriculture Unversity
1991.06 - 1995.09 Associate Professor, Shandong Agriculture Unversity
1999.04 - 2002.03 Associate Professor, Professor, Assistant Dean, Institute of Mechatronics & control, Shanghai Jiao Tong University
2002.04 - present Professor, supervisor of Ph.D., Director, Institute of Mechatronics & control, Shanghai Jiao Tong University

1, network-based remote monitoring and intelligent maintenance
2, mechatronics and intelligent robots
3, mechanical and electronic integration
4, 3S (GPS, GIS, RS) Agricultural Equipment

1. Project leader of the national key research and development program "development of full-section tunneling equipment operation service platform and intelligent terminal" 2019-2023
2. Project leader of the key project of national natural science foundation of China "dynamic design and response control of ultra-high speed elevator" 2019-2023
3 project leader of "network collaborative manufacturing and smart factory joint laboratory", a joint fund construction project of China mobile, ministry of education, 2019-2023
4 863 key project: "Remote monitoring and maintenance of key technologies, components and unit system," 2008-2010 Leader
5 863 Project: "based on GPS / GIS / GPRS large crawler crane remote condition monitoring and fault diagnosis of key technologies," 2006-2008 Leader
6 Major projects of the Department of the Navy equipment: "axis servo turntable" 2003-2008 subproject leader
704 Major Projects: "CNC grinding machines and heavy equipment, high-end early warning and fault diagnosis," 2008-2010 subproject leader
8 863 Key Project: "Safe Operation of large generators and support systems of key technologies," 2007-2010 subproject leader
9 National Natural Science Foundation project: "Intelligent Network Environment Equipment Maintenance Group Theory and Methods," 2005-2008 Leader
10 Shanghai Science and Technology Key Project: "bundled triple catalytic converter key technology and automated production line equipment development" 2003-2006 Leader
11 Key Project of Shanghai Science and Technology Commission: "the two main types of agricultural machinery intelligent" 2004-2006 leader
12 Ministry of Science and Agriculture Science and Technology Project: "multi-function GPS-based precision variable rate fertilizer" 2005-2009 Leader
13 Ministry of Science and Spark Program: "small intelligent variable fertilizer complex, planting, rotary laminating machine laminating machine," 2006-2009 Leader

1.刘成良, 周俊, 苑进, et al. 新型冲量式谷物联合收割机智能测产系统[J]. 中国科学:信息科学, 2010(S1):230-235.。
2.Model-based real-time dynamic power factor measurement in AC resistance spot welding with an embedded ANN, IEEE Transaction on Industrial Electronics,JUN 2007,vol:54,pp1442-1448, Gong, Liang（博士生）, Cheng-Liang Liu , X.F.Zha （SCI 5.468）
3.Study on a piezoelectric micropump for the controlled drug delivery system, Microfluidics and Nanofluidics, vol:3;pp377-390 , AUG 2007, Cui, Qifeng, Cheng-Liang Liu ,X.F Zha. 2007 （SCI 3.314）
4.Coordinating Control for an Agricultural Vehicle with Individual Wheel Speeds and Steering Angles, IEEE Control Systems Magazine,October 2008,pp21-25, Cheng-Liang Liu* , Ming-jun Wang,Jun Zhou. 2008 （SCI 2.827）
5.A lean model for performance assessment of machinery using second generation wavelet packet transform and Fisher criterion. Expert Systems with Applications. 2010, 37 (5): 3815-3822. Yixiang Huang, Cheng-Liang Liu , Xuan F. Zha, Yanming Li. 2010 （SCI 2.596）
6.An enhanced feature extraction model using lifting-based wavelet packet transform scheme and sampling-importance-resampling analysis, Mechanical Systems and Signal Processing. 2009, 23 (8): 2470-2487.Yixiang Huang， Cheng-liang Liu, Xuan F. Zha, Yanming Li. 2010 （SCI 2.596）
7.Measuring flow rate characteristics of a discharge valve based on a discharge thermodynamic model,Measurement Science and Technology, (2006) 17 :pp3272–3278, Yang, Li-hong, Cheng-Liang Liu 2006 （SCI 1.493）
8.Modeling and Numerical Analysis of a Circular Piezoelectric Actuator for Valveless Micropumps, Journal of Intelligent Material Systems and Structures 2008; Vol. 19,October 2008; pp1195-1205. Qifeng Cui,Cheng-Liang Liu ，Xuan F. Zha 2008 （SCI 1.293）
9.Gaussian processes based bivariate control parameters optimization of variable-rate granular fertilizer applicator, Computers and Electronics in Agriculture 70 (2010) pp33–41,Jin Yuan,Cheng-Liang Liu* , Yan-Ming Li, Qing-bing Zeng, Xuan F. Zha 2010 （SCI 1.273）
10.High Precision Control For Hydraulic Servo Systems With Large Frictional Torques And Experimental Research, European Journal of Control , 2008, 14 (5) : 437-444 , ZhongHua Miao, Cheng-Liang Liu , Xu-yong Wang ,X.F.Zha 2008 （SCI 1.153）
11.Simulation and optimization of a piezoelectric micropump for medical applications, International Journal of Advanced Manufacturing Technology (2008) 36:516–524, Qi-feng Cui，Cheng-Liang Liu ，Xuan F. Zha 2008 （SCI 0.743）
12.Algorithm based on marker-controlled watershed transform for overlapping plant fruit segmentation，Optical Engineering 48（2）， February（2009）pp027201-1-pp027201-10, Qing-bing Zeng, Cheng-Liang Liu 2009 （SCI 0.722）
13.Study on the communication method for chaotic encryption in remote monitoring systems, Soft Computing (2006) 10: 224–229,Cheng-Liang Liu* ，K.Xie，Y.Miao，X.F.Zha ，Z.J.Feng，Jay Lee. 2006 （SCI 0.984）
14.Internet server controller based intelligent maintenance system for information appliance products, International Journal of Knowledge-based and Intelligent Engineering Systems，(2005) 137–148, Cheng-Liang Liu* , Xuan F.Zha, Yubin Miao，Jay Lee. 2005 （EI）
15.《Artificial Intelligence and Integrated Intelligent Information Systems》: Chapter XVI，Intelligent Remote Monitoring and Maintenance Systems ， Idea Group Publishing，2006 ,pp 303-340, Cheng-Liang Liu ， X.F.Zha.

Undergraduate: mechanical engineering front, 36 hours, 4 credits
Master: modern sensor technology, 36 hours, 2 credits
PhD: Mechanical and Electronic Engineering Progress, 36 hours, 2 credits

Authorized 14 patents;
1. Complex acoustic noise characteristics of the basement under the short time-frequency domain identification and detection methods, Application NO. 200710046460 authorizing Notice No.: CN100575894C
2. Virtual display device and method of haven monitoring data, Application NO. 200810038544.1, Authorization NO., CN101295327B
3. Construction machinery remote control system and method, Application NO. ZL200710172153.4, Authorization NO., CN100492236C
4. Remote Monitoring System for data transmission of data, lossless compression method, Application NO. ZL 200710172151.5, Authorized No. CN100476797C
5. Construction Machinery airborne remote data collection devices and methods, Application NO. ZL200710172150.0, Authorized No. CN100517148C
6. Dual CAN bus automotive telematics and satellite positioning systems, Application NO. ZL200710043741.8, Authorization NO.,CN100461045C
7. Attempts to prevent the accurate subsurface irrigation water saving devices and their connections, Application NO. 200810034526.6, Authorization NO., CN101243763B.
8. Vehicle exhaust gas purifier Three four-roll production line of automatic roll institutions, Application NO. ZL 200510110199, Authorization NO.,CN100346894C
9. With a parallel structure of six-axis sensor assembly of precision mechanical hand, Application NO. ZL200710044902 Authorization NO.,CN100528492C
10. Six-axis sensor assembly of mechanical hand gestures and force control method, Application NO. ZL200710045617, Authorization NO.,CN100509307C
11. Vehicle exhaust purifier Three bundled welding production line Automatic Constant institutions, Application NO. ZL 200510110198, CN100343124C
12. Three automobile exhaust purifier production line automatic loading and unloading lettering institutions, Application NO. ZL 200510030977, Authorization NO.,CN100345694C
13. Opening speed double-precision variable rate seeding and fertilizer regulation, Application NO. ZL 200510028681 Authorization NO.,CN100252327C
14. Assembles in the ceramic substrate catalytic brittle fracture detection methods, Application No. 200710046461, Authorization NO.,CN100545651C

Some patents have been publicly
15. Universal Mobile crane working state line remote monitoring system, application No. 200710036549.6
16. GPRS wireless network based on multi-line Bus Station Name System, Application No. 200 710 045 444
17. Intelligent traffic safety monitoring devices, Application No. 200810034290.6
18. Purple bee technology based on field data collection and transmission of port distribution system, application No. 200810032748.4
19. Modular, bus-based tower crane monitoring system, application number 200,810,200,417.74.
20. Wireless sensor network node photovoltaic energy systems and autonomous self-government approach, the application number 201010132914.5
21. Mobile equipment, wireless intelligent monitoring system, 200510029893.3
22. Dual power mobile equipment, monitoring devices continue to be defined, 200610147222.1

Software Copyright:
1. Port virtual surveillance data display and management system software V1.0 Registration Number: 2009SR040708
2. Remote Monitoring System GPRS data communication server management software V1.0 Registration Number: 2009SR034614
3. Hydraulic Crawler Crane Remote Control System V1.0 Registration Number: 2008SR31385
4. Hanging drum crane remote monitoring system V1.0 Registration Number: 2008SR31387
5. Grape growing information monitoring system V1.0 Registration Number: 2008SR10088
6. Vineyard of root restriction on the remote control system for fertilizer V1.0 Registration Number: 2008SR10086
7. Precision agriculture control system for variable rate fertilizer seeding V1.0 Registration Number: 2006SR01848
8. Precision Agriculture Variable Intelligent Systems V1.0 registration number: 2005SR08770
9. Based on GSM / GPRS Remote Monitoring Wireless farmlands Trade Monitoring and Management System Registration number: 2005SR12906
10-based remote monitoring system of farmland Business Registration No.: 2005SR12907

1. Chinese Mechanical Engineering Society Fluid Power Transmission and Control Members of the Standing Committee
2. Shanghai Institute of Mechanical Engineering, Hydraulic Professional Committee chairman
3. State "125" 863 planning experts in the field of modern agricultural technology
4. Standing Committee of China Agricultural Machinery Institute
5. Vice president of Shanghai Institute of Agricultural Engineering
6. "Machine tools and hydraulic" Journal Editorial Board

6 recipients of national science and technology Progress Award and provincial-level awards in recent 5 years.
1. National Scientific And Technological Progress Award 2nd prize: High-performance Key Technologies and Flexible Complete Manufacturing Sets for Exhaust Catalytic Converter, ranked No. 1, 2009, the State Council
2. Shanghai Science and Technology Invention: the key to precision agriculture technology and variable rate fertilizer application equipment, ranked No. 1, 2008, Shanghai Municipal Government.
3. Ministry of Education Science and Technology Progress Award: grape root restriction technology research and demonstration, ranked sixth, 2009, the Ministry of Education.
4. China Machinery Industry Science and Technology Prize: advanced clean vehicle exhaust emissions of key technologies and complete sets of equipment installed, ranked No. 1, 2008, China Machinery Industry Federation.
5. China Machinery Industry Science and Technology Award first prize: an integrated automation system of large power plants and the industrialization of key technologies, ranked sixth, 2009, China Machinery Industry Federation.