Title: Senior Engineer
PhD /Master Supervisor: Master
Tel: 69580204
E-mail: yuanjianjun@tongji.edu.cn
Department: Operation Control Department, Maglev TransportationTechnology Research Center
Research Area: Operation Control System of High Speed Maglev Transportation, Intelligent Operation and Maintenance of Rail Transit Equipment and Facilities
Education
PH.D candidate of Control science and Engineering Tongji University 2018.09～
Master of Machining and Automation Hunan University 1996.09～1999.05
Bachelor of Manufacturing Technology and Equipment Hunan University 1992.09～1996.07
Experience
1999.04～2001.05 Project manager, Shanghai Venus Software Co., Ltd
2001.05～2001.10 Systems engineer, Neusoft Co., Ltd
2001.10～2009.08 System engineer, Shanghai Maglev Transportation Development Co., Ltd
2009.08～2012.09 Senior engineer, Shanghai Maglev Transportation Engineering Technology Research Center。
2012.10- Senior engineer, Maglev Transportation Engineering Technology Research Center of Tongji University
Research Projects
[1]Shanghai High Speed Maglev Demonstration Line maintenance management system, 2001.10-2003.04, as project manager, responsible for system design and development.
[2]Design and construction management of operation control system of Shanghai High Speed Maglev Demonstration operation line, 2003.01-2004.12, responsible for design liaison, on-site construction progress and quality monitoring of decentralized control system (DCS).
[3]National High Tech Research and development program (863 Program), "High Speed Maglev Transportation technology major project" - high speed maglev transportation technology innovation and equipment localization research - "operation control system core technology and equipment localization research" (N863CF-G0302-01), 2004.03 to 2007.11, main participants.
[4]National High Tech Research and development program (863 Program) ""High Speed Maglev Transportation technology major project" - "Central Operation Control System and its core equipment development" (2004AA505530), 2004.03-2007.06, deputy project leader.
[5]National science and technology support program major project - "High Speed Maglev Transportation technology innovation and industrialization research", 2007.01 to 2011.03, Participated in the project "Engineering Technology Research on key equipment and special components of High Speed Maglev Transportation system", and was responsible for the engineering research and development of sensors and test-bed.
[6]Shanghai Lingang medium and low speed maglev test line suspension control system development project, 2008.07-2012.03, participated in the overall design of levitation system, responsible for the development of levitation sensor hardware and software.
[7]The levitation control system development of the medium and low speed maglev test line in CRRC Zhuzhou Electric Locomotive Co., Ltd, 2012.08 - 2014.02, participated in the overall design of levitation system, responsible for the development of levitation sensor hardware and software.
[8]National science and technology support program major project "High Speed Maglev Transportation engineering integrated system research" (2012BAZ03838), 2012.0 - 2017.10, participated in task 1 "High Speed Maglev Transportation System research and key equipment development", responsible for test equipment research and development.
[9]Changsha medium and low speed maglev project technical project, 2014.09 - 2017.12, Changsha medium and low speed maglev project whole process technical consulting. Participated in vehicle levitation control system commission, and served as director of technical management department, responsible for engineering design, construction, supervision and whole process technical management.
[10]Major science and technology program in Hunan Science and Technology Agency, 2015GK1001, Engineering and high reliability operation demonstration of packaged technology of medium and low speed maglev train, 2015.07 – 2018.06, participated in task: Engineering Application Research of medium and low speed maglev transportation.
[11]Zhuzhou CRRC Times Electric Co., Ltd., research on top-level technical solutions and safety computer requirements of maglev transportation control system, from 2017.08 to 2020.11, responsible for scheme design and requirement analysis.
[12]Shanghai Science and Technology Commission, Action Plan for Science and Technology Innovation 2018. 18DZ1205803, research and application of key technologies of fully automatic integrated intelligent operation system with signal system, 2018.07-2021.06, responsible for sub task 3: safety guide and standard research of fully automatic integrated intelligent operation system in complex operation scenarios.
[13]China Railway Siyuan Survey and Design Group Co.,Ltd. “Research on the overall scheme of high speed maglev railway operation control system”, 2019.10 – 2020.12, responsible for the scheme research of operation control system of high speed maglev vehicle.
[14]China Railway Siyuan Survey and Design Group Co.,Ltd. “Conventional conductor high speed maglev transportation operation scenario research, 2019.11 – 2020.03, responsible for emergency scenario research.
[15]Shanghai Shentong Metro Group Co., Ltd. “Decision-making and key technology research of typical operation condition adjustment based on the train operation capacity”, 2020.08 – 2021.09, Responsible for the research of operation adjustment algorithm and model.
[16]China Railway Siyuan Survey and Design Group Co.,Ltd. “Research on key technology of communication and signal system engineering design for conventional conductor high speed maglev transportation”, 2020.09-2020.12,Responsible for research on engineering design technology of high-speed maglev operation control system and train-ground wireless communication system.
Typical Essays
[1]Yuan Jianjun Liangxiao, Summary of scientific research of Changsha Maglev Project. The The 23th Maglev International Conference, 2016.
[2]Yuan Jianjun, Cui Weiqi, Rong Lijun, The Construction and Market Application Analysis of PMMS. The 14th CICTP Conference, 2014.
[3]Cui Weiqi, Rong Lijun, Yuan Jianjun, Shanghai Maglev Demonstration Line’s Maintenance Management and the Development and Implementation of Maintenance Management System. The 14th CICTP Conference, 2014.
[4]Chu Pengzi; Yu Yi; Dong Danyang; Lin Hui; Yuan Jianjun; NSGA-II based parameter tuning method and GM(1,1) based development of fuzzy immune PID controller for automatic train operation system, Mathematical Problems in Engineering, 2020, Article ID 3731749, 20 pages.
[5]Alimas elishati; Yuan Jianjun; Chu pengzi; Dong Danyang; Yu Yi; Service life evaluation system for key equipment of Metro Signal System Based on SSH technology, Urban Rail Transit Research, 2020, 23(9): 103-107.
[6]Chu pengzi; Yu Yi; Lin Hui; Yuan Jianjun; Jiangxi; Bp-fipid algorithm for speed control of ATO system, computer engineering and Application, 2020, 56(22): 224-229.
Award & Patent
[1]Yuan Jianjun,et al. The invention relates to a double two out of two redundant maglev train suspension sensor and a control method，invention patent, CN109774489B, 2020.11.27.
[2]Xu Junqi, Yuan Jianjun, et al.A levitation control method for medium and low speed maglev train, invention patent, CN102303544B, 2014.07.16
[3]Yuan Jianjun, et al. A folding current collector for Maglev Train invention patent, CN201856652U, 2011.06.08．
[4]Yang Yong, Yuan Jianjun, et al. A levitation control method for medium and low speed maglev train, invention patent, CN107128209B, 2014.07.16
[5]The 2th prize of 2020 Shanghai Technology Invention Award (No. 10), Key technology and application of EMS maglev train levitation system;