Jie Ren / 任杰

Jie Ren任杰

Associate Professor, Doctoral Supervisor副教授,博导
Email邮箱: renjie@bjtu.edu.cn

Faculty Introduction导师介绍

Associate Professor Jie Ren teaches Analog Electronic Technology, Antenna Principles and Technology, Radio-Wave Propagation Theory, and RF Measurement. His research interests include rail transit EMC, control engineering, and artificial intelligence. His ongoing projects include EMC protection technologies for railway signaling systems, EMC assessment data-processing software, key technologies for traction-return current balancing monitoring and alarms in track circuits, validation of electromagnetic emission testing technologies for fuel-cell systems, and EMC design and verification of intelligent systems in compact, high-density integrated spaces.

主讲模拟电子技术、天线原理与技术、电波传播理论和射频测量等课程。主要研究方向:轨道交通电磁兼容、控制工程、人工智能。目前承担的科研项目包括,铁路信号系统电磁兼容防护技术、电磁兼容评估数据处理软件开发、轨道电路牵引回流均衡监测和报警关键技术、燃料电池系统电磁发射测试技术验证、智能系统在有限空间高密度集成下的电磁兼容设计与验证等。

Research Directions研究方向

  • Artificial intelligence
  • Control engineering
  • Rail transit EMC
  • Next-generation electronic information technology
  • Intelligent systems and engineering
  • AI applications
  • Low-altitude intelligent flight control
  • Antenna and radio-wave propagation
  • RF measurement
  • 人工智能
  • 控制工程
  • 轨道交通电磁兼容
  • 新一代电子信息技术
  • 智能系统与工程
  • 人工智能应用
  • 低空航行智能控制
  • 天线与电波传播
  • 射频测量

Enrollment Fields招生专业

  • Master/Ph.D. in Artificial Intelligence
  • Master/Ph.D. in Control Engineering
  • Master in Traffic Information Engineering and Control
  • Master/Ph.D. in Next-generation Electronic Information Technology
  • Master in Intelligent Science and Technology
  • Master in Low-altitude Technology and Engineering
  • 人工智能硕士/博士
  • 控制工程硕士/博士
  • 交通信息工程及控制硕士
  • 新一代电子信息技术硕士/博士
  • 智能科学与技术硕士
  • 低空技术与工程硕士

Representative Projects / Work科研项目与工作

  • Analysis of electromagnetic disturbance from EMU traction systems to BTM
  • Active protection methods and technologies for railway train-control systems under strong EMI
  • Wireless communication reliability and anti-interference technologies under complex Sichuan–Tibet Railway environments
  • Key technologies for traction-return current balancing monitoring and alarms in track circuits
  • EMC assessment data-processing software development
  • Validation of electromagnetic emission testing technologies for fuel-cell systems
  • 动车组牵引系统对BTM电磁骚扰分析研究
  • 铁路列控系统面向强电磁干扰的主动防护方法与技术研究
  • 川藏铁路复杂环境条件下无线通信可靠性与抗干扰技术
  • 轨道电路牵引回流均衡监测和报警关键技术研究
  • 电磁兼容评估数据处理软件开发
  • 燃料电池系统电磁发射测试技术验证

Teaching教学工作

  • Analog Electronic Technology
  • Antenna Principles and Technology
  • Radio-Wave Propagation Theory
  • RF Measurement
  • 模拟电子技术
  • 天线原理与技术
  • 电波传播理论
  • 射频测量