Electrical Engineering Microsoft Office

Wei Hong

**** ************ ****, *** *** ***********@*******.***

Parma Heights, OH 44130 Tel: 216-***-****

QUALIFICATION:

Major in Electrical Engineering and Minor in Computer Science with 1 year experience in motor control system and power electronic research for NASA; research on BBO (biogeography based optimization) to optimize current PID controller and replacing current controller with ADRC (Active Disturbance Rejection Control); designing a signal conditioning circuit for a DC to DC converter; microcontroller in assembling language for embedded system; electrical system troubleshoot; implemented a MIPS CPU on FPGA; fundamental knowledge of operating system, computer network and computer organization; Self-motivated, innovative team player with excellent analytical and hands-on capabilities.

COMPUTER/TECHNICAL SKILLS

Programming Language: C/C++, JAVA, Assembly, VHDL

Analysis Tools: MATLAB, Pspice, AutoCAD

PC software: Microsoft Office suite, Visual Studio, Quartus II Instrumentation: Oscilloscope, function generator, induction motor, Synchronous motor

Languages: English and Chinese.

EDUCATION

Cleveland State University, Cleveland, OH (Aug 2013 – May 2017) Bachelor of Degree in Electrical Engineering / Minor in Computer Information Science. GPA: 3.4/4.00

HONORS

Graduate with Honor – Cum Laude

Certificate of Achievement

Every semester, my grade point average has placed on the DEAN'S LIST and gained a certificate of achievement.

EXPERIENCE

NASA projects (Aug 2016 – May 2017)

Doubly Fed Induction Motor Control System

• Analyzed the current motor system; replace the current PID controller with ADRC to make the system be optimized for best performance.

• Researched on BBO and implement the algorithm to optimize the current PID controller.

• Applied BBO on new designed controller(ADRC) then compare it with an optimized PID.

• Developed a motor module with controller in MATLAB, and NASA would like to test them on their current control mechanism.

DC-DC converter with a signal conditioning loop

• Identified and clarified customer needs, then select parts for a DC to DC converter with a signal conditioning loop (FPGA).

• Minimized the propagation delay within the signal conditioning circuit below 100ns which NASA needs.

• Wrote a VHDL code on FPGA to control the output between 0 to 20 V which depends on the input.

• Consisted of many different block diagrams, each within its own subsection, to physically allow the full logic to be applied into a PCB in the future.

Implement a MIPs CPU on FPGA

• Understood the computer organization especially in CPU; drew data path of a MIPs CPU and analyzed most control signal of the CPU.

• Used VHDL to implement all the control signals on a FPGA.

• Updated the control signals to ALU controls then implement the ALU on FPGA by using VHDL.

Education institution, Shanghai, China

• Teacher: Part time job, teaching Math and Physics in an education institution in China.

Dale's Deli Restaurant, Euclid, Ohio (October 2013 – Present)

• Shift Manager

HOBBIES:

Interested in research on computer hardware: memory, data bus, CPU, GPU Interested in network: TCP/IP, wireless connection

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