Position：Associate Professor
Tutor:Master Tutor
Telephone: 021-69584709
Email: tjqcy@126.com
Department： Electric traction and control
Main research directions: Electric traction and control of rail transit, Network and fieldbus control system, Energy detection and evolution of rail vehicles
Lecture course： Application and technology of industrial control computer, Electric traction and control system, Train communication network, Electrical parameter measurement of rail vehicle (Comprehensive Experiment),Application and technology of fieldbus
Concurrent post:
Committee Member of the Railway Information Technology Teaching and Guidance Group of Transportation and Engineering, Evaluation expert of graduate degree thesis of the Ministry of Education, Evaluation expert of Shanghai graduate degree thesis, Reviewer of rail urban rail transit research
Educational experience
• 2002.9-2007.12 Shanghai Jiao Tong University, School of Telecommunication, majoring in Control Theory and Control Engineering, PhD
• 1996.9-1999.3 Shanghai Railway University, Department of Electrical Engineering, majored in Power System and Automation, Master's Degree
• 1990.9-1994.7 Shanghai Railway College, Department of Electrical Engineering ,majoring in applied electronic technology, bachelor's degree
Work experience
• 2009.1-now Associate Professor, Institute of Rail Transit, Tongji University
• 2002.1-2008.12 Lecturer, Institute of Rail Transit, Tongji University,
• 1999.4-2001.12 Assistant Professor, Electrical Engineering Department Shanghai Railway University
Teaching situation
• Undergraduate courses: Industrial Computer Control Technology, Electric Traction and Control System, Train Communication Network, Rail Transit Comprehensive Experiment (Electrical Parameter Measurement)
• Postgraduate course: Fieldbus technology and its application
• Guided undergraduate course design: engineering foundation course design, professional course design
• Guided 3 national innovative practice activities for college students, 6 innovative practice training programs for college students of Tongji University (SITP) projects;
• Presided and completed 2 experimental teaching reform projects of Tongji University;
• Presided and completed 6 undergraduate teaching reform curriculum construction projects of Tongji University
Research project
• Research Project of Enterprise Research Cooperation, Tramway Running Resistance Test, 2018/7-2018/7, in charge
• Research Project of Enterprise Research Cooperation, New generation technology rail transit application equipment, 2016/12-2015/5, PI
• Research Project of Enterprise Research Cooperation, Railway Vehicle Electromagnetic Compatibility Test, 2017/2-2018/2, PI
• Research Project of Enterprise Research Cooperation, Railway Vehicle Energy Consumption Test, 2017/5-2018/4, PI
• Research Project of Enterprise Research Cooperation, Railway Vehicle Passenger Counting Software Development, 2017/1-2017/7, PI
• Research Project of Enterprise Research Cooperation, Research on the Influence of Technical Trade Measures in Europe and the United States on China's High-speed Railway going out, 2016/9-2017/12, PI
• Project of National Science and Technology Support Program, Key Technology of Interoperation Detection of Rail Transports Energy Consumption System, 2015/4-2017/12, PI
• International Cooperation Project, Eurasian Railway Network Research (NEAR2), 2013/1-2014/12, PI
• Research Project of Enterprise Research Cooperation, Research on measurement and evaluation method of rail transit vehicle energy consumption, 2012/7-2014/12, PI
• Shanghai municipal government procurement project, Shanghai rail transit operation safety evaluation (station electromechanical equipment), 2013/10-2020/12, PI
• National Science and Technology Support Plan Project, Integrated Detection and Certification System for Service Safety and Efficiency Interoperation of Multi-Excitation Virbration Test Bench, 2015/4-2017/12, Participation
• Project of National Science and Technology Support Plan, Technology Research and Demonstration Application of Next Generation Metro Vehicles, 2015/4-2017/12, Participation
• Shanghai Science and Technology Commission Project, Tramcar System Safety Assessment and Certification, 2016/1-2017/12, Participation
• Shanghai 2014 Major Technical Equipment Research and Development Program, Public Service Platform for Energy Saving Inspection of Rail Transports Equipment, 2014/4-2016/4, Participation
• Shanghai 2012 Annual Major Technical Equipment Research and Development Program, Public Service Platform for Integrated Test of Rail Transports Operation Control System, 2012/4-2013/6, Participated
• Shanghai 2014 Major Technical Equipment Research and Development Program, Research on Standardization of Comprehensive Monitoring and Management of Rail Trantake Station Operation, 2012/1-2014/12, Participant
• Project of National Science and Technology Support Plan, Urban Rail Transit Comprehensive Test and Test Platform and Key Technology Research, 2009/9-2012/8, Participant
• National 863 Program, Hidden Trouble and Fault Feature Extraction Technology Based on Multi-sensor Fusion, 2011/11-2012/12, Participant
• National Science and Technology Support Program, Technology Research, Trial-production and Test of 350km/h EMU Train Network Control System, 2006/8-2010/10, Participant
Academic papers
• Liang, Yanchu, Liu Hao, Qian Cunyuan, Wang, Guanlei. A Modified Genetic Algorithm for Multi-Objective Optimization on Running Curve of Automatic Train Operation System Using Penalty Function Method.International Journal of Intelligent Transportation Systems Research, v 17, n 1, p 74-87, January 1, 2019.
• Cai Yangyong, Qian Canyuan. Optimization of Train Communication Network Scheduling Algorithm Based on Industrial Ethernet. Computer Simulation, 2019.36(4): 69-73.
• Fickert Lothar, Zhang Ziqian, Qian Cunyuan, Luo Yanyun. Discussion on the Energy Efficiency and Electrotechnical Questions of Urban Cable Car System. Proceedings of the 3rd International Conference on Electrical and Information Technologies for Rail Transportation, EITRT 2017 - Electrical Traction, Lecture Notes in Electrical Engineering, v 482, p 309-316, 2018.
• Liu Hao, Qian Cunyuan, Ren Zhengmin, Wang Guanlei. Research on Running Curve Optimization of Automatic Train Operation System Based on Genetic Algorithm. Proceedings of the 3rd International Conference on Electrical and Information Technologies for Rail Transportation, EITRT 2017 - Electrical Traction, Lecture Notes in Electrical Engineering, v 482, p 899-913, 2018.
• Zhenmin Ren, Cunyuan Qian, Kang Wang. Design of Rail Transit Vehicle Passenger Counting System Based on MVB. Microcontroller and Embedded System Applications, 2018 (4): 21.
• Guanlei Wang, Cunyuan Qian *, Hao Liu. Intelligent data acquisition system for energy consumption of metro train based on CRIO. Measurement and Control Technology, 2018 (10): 22.
• Qian Cunyuan, Ren Zhenmin, Hu Hao. Construction of Experiment Project of "Train Communication Network" Course [J]. Laboratory Science, 2018 (3): 14.
• Qian Cunyuan, Wang Kang. Teaching inovation and parctice of "Basic Engineering Course Design for Rail Vehicle Engineering" based on The 3rd Annual International Conference on Education and Development, 2018.
• Hao Liu, Cunyuan Qian, Zhaodong Shi. ATO system control algorithm based on fuzzy adaptive PID control. Urban Rail Transit Research, 2017, 20(3): 40-45.
• Liu Hao,Qian Cunyuan, Liang Yanchu. An integrated intelligent control algorithm for urban rail transit automatic train operation system based on FST-PID. 2017 2nd International Conference on Robotics and Automation Engineering, ICRAE 2017, v 2017-December, p 200-206, 2017.
• Cheng Ke, Qian Canyuan. The key technology of driverless subway train passenger information system. Railway Locomotives and Vehicles, 2015, 35(2): 120-124.
• Qian Cunyuan, Wang Luqiu, Xin Mingxiang, et al. Design and Implementation of Integrated Test Platform for Urban Rail Transit Monitoring System. Urban Rail Transit Research, 2015 (4): 34-37.
• Qian Cunyuan, Xin Mingxiang, WANG Luqiu, et al. Software system test of urban rail transit station integrated operation system. Urban Rail Transit Research, 2015, 18(5): 120-123.
• Weida Xie, Cunyan Qian. Train communication and network. China Tiedao Press, 2014.
Awards and patents
• “Excellent Graduation Design (Thesis) Award” for Tongji University Undergraduate Students in 2020
• “Excellent Advisor Award” for Tongji University Undergraduate Discipline Competition in 2020
• “Excellent Graduation Design (Thesis) Award” for Tongji University Undergraduate Students in 2018
• “Outstanding Tutor Award" of the 2nd "Haoting Cup" Science and Technology Innovation Competition in 2018
• “Excellent Instructor Award" of the first "Haoting Cup" Science and Technology Innovation Competition in 2017
• “Excellent Graduation Design (Thesis) Award” for Tongji University Undergraduate Students in 2016
• “Excellent Advisor Award” for Tongji University Undergraduate Discipline Competition in 2016
• Software copyright of “Train resistance data processing and analysis software v1.0” (license number: 2018SR939793)
• Software copyright of “Urban rail train traction control strategy optimization software v1.0” (license number: 2017SR609989)
• Software copyright of Automatic optimization software of urban rail train running curve based on genetic algorithm v1.0” (license number: 2017SR609989)
• Software copyright of “Energy consumption calculation and analysis of urban rail train traction system v1.0” (License number: 2016SR033366)
• Software copyright of “Acquisition and real-time calculation of electrical parameters of urban rail train v1.0 (License number : 2016SR033314)