EDUCATION:

• Ph. D. in Electrical Engineering,
• Master of Science in Electrical Engineering
• Bachelor of Science in Electrical Engineering

EXPERIENCE:

Principle Engineer (Software and Controls), 08/20/2008 to Now, 
Company: Confidential
Location: Los Angeles, CA

• Leading the Development of the Distributed Control System for the Fuel Cell and Hydrogen Generation Combined system. The control system I designed includes the following control algorithms: Close-loop temperature control of Reformer and Combustor, Fuel Distribution Control, Air FLow Control, Fuel and Air Ration Control, Water Level Control, Water Flow Control, ThermoRecovery Control, and so on. TMS320F28335 and Peak System’s CAN IO Modules are used as controller and Hardwar IO Interface. Control Area Network is used as the Communication Protocol. Mathworks’ Simulink Target TC2000, Real time workshop and coder, State Flow and Coder, Code Composer Studio V3.3 are used as the tool for developing control logic and code automatic generation.
• Leading the Development of the GUI for the CHP control system using PCAN Explorer, Panel Plug In and Plotter Plug In. Developed the auto data log using the Tracer function of PCAN Explorer.
• My work experience includes while not limited to the Fuel Cell and Hydrogen Generation Combined CHP system level function definition, sub-system function definition, P&ID generation, BOM generation, Control system requirement documentation generation, Distributed Control System Hardware and Software Structure definition and implementation, Control system hardware and software test and validation.

Research Assistant, 08/04~08/08, Confidential 
Research Fields include:

• Trajectory tracking with Parallel robot (with 4 DOF) using low chattering Fuzzy sliding
• Mode controller. (Founded by the Missile Defense Agency)
• Nonlinear Image Based Visual Servoing of Parallel Robot based precision pointing
• System.
• Improved Image Based Visual Servoing using Parallel Robot
• Pose Estimation using Points to Regions correspondence.

Researcher, 12/2003 to 08/2004, Confidential

• Working in the research group of function verification of system-on-chip (SOC). My main
• work was creating verification environment and sequence library with Specman Elite and
• verilog HDL Language for the SOC verification.
• Supervisor: Zhu Ying

Engineer (Level E), 10/2003 to 11/2003, Confidential

• Working in the Electrical Car Marketing and After-Sale Service Department. During the
• one month work in BYD, I supported the Electrical Car Hardware Development using Protel
• 99 PCB Layout software.
• Worked on the Electrical Car assembly and Testing.
• Supervisor: Dr. Gong Qing

Electrical Engineer, 07/2003 to 10/2003
Confidential

• Designed the Main Board of Electrical Power Automation Monitor System based on TI DSP. The system includes: TI DSP TMS320LF2402A, the supervisory circuit (IMP705EPA), external RAM (CY7C1021BV33), CAN Transceiver (SN65HVD231), A/D converter (AD7899). I used the Protel DXP and Orcad to do the schematic entry and PCB layout work
• Designed the over current protection circuits of the motors.
• Wrote part of the program in C language, assembler language in the Keil uVision2 Environment.
• Used the Altera MaxPlus II design software for about three months.

Research Assistant, September 2000 to June 2003
Confidential

• Developed the step motor driving circuit using MOSFET and designed keypads and LED interface of the Intel (8051) based embedded system in the project of ‘Developing automatically arranging cable system’. Used Protel99se to carry out the schematic design and PCB layout work.

ORGANIZATIONS

SKILLS:

• Mathematical and dynamic Modeling of Complex Nonlinear System, such as Robotic
• ystems, and Hydrogen generation and fuel cell combined system.
• 10 years experience in Control system design and optimization using Robust Control,
• aptive control, sliding model control, Fuzzy Logic, Neural Network and Multivariable
• control.
• System Simulation using Matlab simulink toolbox, Control system toolbox, Optimization
• toolbox, Fuzzy Logic Toolbox, Fclib toolbox.
• TI DSP TMS320F2808 and TMS320F28335 programming using Matlab Simulink, Real Time Workshop and Coder, Target TC2000, State Flow, and State Flow Coder.
• Graphic User Interface Design using PCAN Explorer 4, Plotters and Panel Design tools.
• Direct Logic 205 PLC based system hardware design and software programming
• Assembly language, C, and C++; Embedded programming using Keil C.
• Schematic entry and PCB Layout using Protel DXP and Orcad and PSpice.
• Intel 8051 microprocessor and TI DSP TMS320LF2407A based embedded system
• hardware design using A/D, D/A Converters, Logic gates, Memory Devices, Supervisory
• circuits, voltage regulation circuits, Op Amp, Relay, Photo-coupler.
• User-interface designs using switches, keypads and LED.
• Serial communication designusing RS-232, RS-485, I2C; CAN communication
• Driving circuit, over-current protection circuit design of 3-phase Brushless DC
• Motors and Step Motor using MOSFET, and Speed control of Brushless DC motors using
• Optical Encoder.
• Linux, ModelSim, Verilog HDL Language, Specman Elite Language.
• Altera CPLD programming using Quartus II (MaxPlus II) and Verilog HDL;