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Career Objective
*Motor Control Technology, Power Electronics, Motor Design
*Microprocessor and DSP algorithms
Related Experiences
* Principal Engineer (2001-- 2008) Western Digital, San Jose, CA,
1) Control system support for millions of drives. Servo design. FA.
2) Dual stage actuator servo design support. Notch filter design.
3) Motor Control, algorithm developments.
4) Tester (spin stand) servo, hardware support.
5) Hard drive system simulation.
* Intern (1999-2000) Aerotech Inc, Pittsburgh, PA,
Electrical Motor analysis, Power Amplifier Design.
Education
1) PhD, GPA 3.87, 12/1999, Electrical Engineering, University of Akron, Akron, Ohio,
Project: A high performance permanent magnet Synchronous motor drive:
parameter, speed,position estimation and torque ripple minimization.
2) M.S.E.E. GPA 3.74, 02/1995, Shanghai Jiao Tong University, Shanghai, China.
Project:A microcomputer (Intel8098) Based Positioning system with a PWM-inverter
Fed PM Synchronous motor.
3) B.S.E.E, GPA 3.54, 07/1992,Shanghai Jiao Tong University, Shanghai, China.
Project: Axial -field induction machines:electromagnetic circuit design and Winding design.
Skills: Level(I-entry, II-medium, III-expert) / Experience (years),
* Operating system, windows, OS2, Unix, RTOS;
* Language: (CII/5), C++(I/1.5), Verilog(II/3),
* Microprocessor and DSP:TMS320C30, C50, c166,80386,8086,8098,MCS51,Z80.
* Software:Matlab, simulink, Pspice,Silos(II,2), Xlinx Foundation (II,3).
Related Course work
University of Akron Power Electronics and Motor Drive Lab 1996--1998
Power Electronics I (583), 3.0 A,
Dynamics and Control of Power Electronics circuits (680), 3.0 A
Electrical Motor Drives (585) 3.0 A
Dynamics of Electrical Machine (686) 3.0 A
System Simulation (675) 3.0 A-
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Shanghai Jiao Tong University 1992-1995, MSEE
Engineering Electromagnetic Fields 2.5 A-
Analysis and Control of AC Machines 2.5 A-
System and Software of Microcomputer 3.0 A
Optimum Design of Electrical Machines, 2.0 A-
Transients in Electrical Machines 2.0 A
1988-1992 BSEE
Electromagnetic Field Theory 7.5, A
Electrical Machine I 7.5 B
Analog electronic circuit 7.5 A
Digital Electronic Circuit 6.5 A
Electrical Machine II 10.0 A
Electrical Machine design I 5.0 A
Electrical Machine design II 5.0 B
Principle of Microcomputers 10.0 A
Electromagnetic Field in Electrical Machine 6.0 A
Power Electronics and Modern AC drive 6.0 A
Computer aided design of electrical Machine 5.0 B
Electrical Machines used in Control System 8.0 A
Analog Integrated circuits 5.0 A
Test of electrical Machines 6.0 A
Small Electrical Motors 6.0 A
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