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With Shuyu Cao

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Lead Professional Officer

Shuyu
Cao

PhD in Electrical and Electronic Engineering, New York University, United States
Email

Education

  • PhD in Electrical and Electronic Engineering
    New York University , United States
  • Master of Engineering
    Asia Institute of Technology , Thailand
  • Master of Engineering
    Tianjin University , China
  • Bachelor of Engineering
    Tianjin University , China

Industry Experience

  • Induction Motor Converter Control System Development (Tianjin Design & Research Institute of Electric Drive, Tianjin City, China)
  • Hard Disk Servo Motor Control (Science Park HDD Design Center, Seagate Technology International Singapore)
  • Wind Turbine Converter Control (Vestas Technology Singapore, Vestas Technology R&D Singapore)
  • Hard Disk Servo Motor Control (Singapore HDD R&D Center, Western Digital Media Singapore Pte. Ltd)
  • Medium Frequency Power Transformer Design (Solid State Transformer Converter Controller Design and Simulation, ERIAN@NTU)
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Technical Skills

  • Electrical Motor Drive
  • Renewable Energy System (Wind Power Generation; Micro-Grid Active and Reactive Power Control; Micro-Grid Transit Simulation)
  • Embedded Systems (Programming: Power Converter Control)

Research Interests

  • Power Electronics Converter Control
  • Wireless Charging Converter Control
  • Battery Charger Converter Control
  • Microgrid
  • EV Charger Converter Control

Current Projects

  • In-wheel Motor Motion Control Platform Development for Autonomous Intelligent Vehicle
    – Present

Past Projects

  • Micro-grid Digital Twin Development for Effective Energy Management and Deployment
    –
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Teaching Modules

Electrical Power Engineering, MEngTech

  • EPE6001 - Power Systems Analysis and Control
  • EEE6007 - Analysis and Design of Electrical Machine Systems

Aircraft Systems Engineering, BEng (Hons)

  • ASE1104 - Electrical Circuits

Electrical Power Engineering, BEng (Hons)

  • EPE1101 - Electricity and Magnetism
  • EPE1102 - Electronics
  • EPE1103 - Circuit Theory
  • EPE1105 - Signals and Communications
  • EPE2205 - Electromagnetic Fields and Waves
  • EPE2200 - Automatic Control
  • EPE2202 - Digital Electronics
  • EPE2203 - Analogue Electronics
  • EPE2207 - Project and Career Professional Development
  • EPE2208 - Signals and Systems
  • EPE3201 - Electrical Machines and Generators
  • EPE3204 - Renewable Energy Systems
  • EPE3207 - Individual Project
  • EPE3210 - Integrated Work Study Programme (IWSP)

Mechanical Design and Manufacturing Engineering, BEng (Hons)

  • MME1152 - Circuits & Digital Electronics
  • MME2152 - Control of Dynamic Systems

Sustainable Built Environment, BEng (Hons)

  • SIE2012 - Electrical Systems
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Journal Papers

  • US. 9,230,592  Electronic system with a method of motor spindle bandwidth estimation and calibration thereof.

  • US. 8,970,979 Disk drive determining frequency response of actuator near servo sample frequency.

  • US. 9,052,701 Disk drive measuring a resonance mode by injecting sinusoids into a servo control system.

  • US. 20140122011 Method for diagnostic monitoring of a wind turbine generator system.

  • US. 20140252768 Method of controlling a wind turbine generator and apparatus for controlling electric power generated by a wind turbine generator.

  • US. 8,792,202 Disk drive adjusting rotation speed of disk to compensate for blind area when measuring frequency response of servo control system.

  • US. 20130187384 Method of operating a wind turbine, wind turbine, wind turbine controlling system, and processing system.

  • US. 20130265013 Permanent magnet generator inductance profile identification.

  • US. 20130200620 Wind turbine.

  • Qingwei Jia ; Shuyu Cao ; Guoxiao Guo ; Jie Yu, “External Disturbance Rejection by Use of an Add-On Nonlinear Controller in HDD Servo Systems”. IEEE Transactions on Magnetics, Year: 2013, Volume: 49 , Issue: 6.

  • US. 20130093375 Method of position sensorless control of an electrical machine.

  • US. 20130265809 Method of controlling a grid side converter of a wind turbine and system suitable therefore.

  • US. 20120217747 Method of controlling a wind turbine generator and apparatus for controlling electric power generated by a wind turbine generator.

  • US. 20120211983 Method and system for operating an electromechanical generator

  • US. 20130049661 Method of position sensorless control of an electrical machine.

  • US. 20110109279 Method for determining a rotor position of an electrical generator in a wind turbine.

  • US. 20110248565 Method and apparatus for dynamic load sharing.

  • Jianyi Wang; Youyi Wang; Shuyu Cao "Add-On Feedforward Compensation for Vibration Rejection in HDD". IEEE/ASME Transactions on Mechatronics. Year: 2011, Volume: 16, Issue: 6.

  • US. 20100327585 Control system for an electrical generator and method for controlling an electrical generator.

  • US. 7,596,795 Vibration compensation based on identification of vibration frequency.

  • US. 7,576,939, Discontinuous mode back EMF measurement.

  • King-Jet Tseng; Shuyu Cao; Jijiu Wan; “A new hybrid C-dump and buck-fronted converter for switched reluctance motors”, IEEE Transactions on Industrial Electronics, Vol. 47 Issue, 6, Dec. 2000, Page(s): 1228 -1236.

Conferences

  • Cao Shuyu; V. B. Sriram; Hossein Dehghani Tafti; K. V. Ravi Kishore; Yeo Howe Li; Anshuman Tripathi; Josep Pou, “Modular DAB DC-DC converter low voltage side dc link capacitor two-stage charging-up control for solid state transformer application” 2017 Asian Conference on Energy, Power and Transportation Electrification (ACEPT).

  • Annoy Kumar Das; Haonan Tian; Zhongbao Wei; Sriram Vaisambhayana; Shuyu Cao; Anshuman Tripathi; Philip Carne Kjær “Accurate calculation of winding resistance and influence of interleaving to mitigate ac effect in a medium-frequency high-power transformer” 2017 Asian Conference on Energy, Power and Transportation Electrification (ACEPT).

  • Hossein Dehghani Tafti; Cao Shuyu; K. V. Ravi Kishore; Ghias Farivar; Howe Li Yeo; V. B. Sriram; Josep Pou; Anshuman Tripathi, “Control of active front-end rectifier of the solid-state transformer with improved dynamic performance during precharging”. 2017 Asian Conference on Energy, Power and Transportation Electrification (ACEPT) 

  • Annoy Kumar Das; Zhongbao Wei; Sriram Vaisambhayana; Shuyu Cao; Haonan Tian; Anshuman Tripathi; Philip Came Kjær, “Thermal modeling and transient behavior analysis of a medium-frequency high-power transformer”, IECON 2017 - 43rd Annual Conference of the IEEE Industrial Electronics Society.

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