Yinghui Zhang

*** ****** ***. *** **, Erie, PA **511

Phone: 312-***-**** Email: abt790@r.postjobfree.com

SUMMARY

Experienced Master graduate student seek the position in electrical and computer engineering

Design, implementation, test and validation of Traction Motor Control system on locomotive and OHV

1.

AC/AC AC/DC and DC/AC converters and control specification, design, performance and reliability testing

2.

5-years Matlab/Simulink modeling and Autocode implementation on power electronics and power system

3.

design

Mixed-signal/domain simulation, Hardware-in-the-loop in real-time simulation design support and integration

4.

Strong data analysis techniques in Matlab/C/ C++/Java/VHDL/ Assembly language/SQL

5.

In-depth knowledge and background in power electronics circuit topology design, analysis and parameter

6.

calculation

EDUCATION

M.Sc. in Electrical and Computer Engineering, Illinois Institute of Technology, Chicago,2010-2012

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Laboratory assistant in hardware and software design, simulation and test in Electrical and Power Electronics

Center

B.S. in Electrical Engineering, JILIN Teachers’ Institute of Engineering & Technology, 2005- 2009

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TECHNICAL SKILLS:

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Specialty software skills: Matlab/Simulink, Simplorer, RT-LAB, HITL, TMC, Labview, PSIM, Altimu

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Designer PCB design, PSS/E, AutoCAD, Magnet, MathCAD;

Experimental hardware skills: electric test bench operation, oscilloscope, multimeter, electric welding, DC power

supplies/analyzers, temperature chambers, voltmeters, Agilent test equipment, etc

n Computer programming skills: C language, C++, Java, VHDL, Assembly language, SQL

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WORK EXPERIENCE

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Electrical Engineer, GE Transportation, Erie, PA Jan.

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2013-May.2013

Dual-bridge converter design, modeling and testing for Off-highway Vehicle (OHV) motor control system

1.

Three-phase AC induction motor control, algorithm improvement and co-simulation by Simplorer and

2.

Matlab/Simulink

Developed a real-time diagnostic test plan to validate performance and reliability of motor control system on

3.

locomotive

Co-op Program, Electrical Engineer, Motorola Mobility, Libertyville, IL Jun.

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2011-Sep.2011

Validation and executive electrical, mechanical and thermal functionality test and new market release

4.

software test

Reviews specification documents and assists project leader in writing technical proposals and contacts

5.

related engineers

Data analysis and data structure design and edit in Java script and RF and baseband system testing in

6.

laboratory

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SELECTED PROJECTS AND COURSEWORK (2009-2012)

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Automatic Curtain Control System Design

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Ateml 8-bit AVR microcontroller, DC motor control, temperature and humidity sensors and prototype model

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building

Board level circuit design, schematic capture, PCB layout by Altium Designer and embedded C

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programming

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Switched-mode Power Supply Design (SMPS)

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Design and simulation a LED lighting power supply with power electronics components in

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MATLAB/SIMULINK

Circuit topology design includes inverters, rectifiers (diodes), double-boost converter, flyback converter

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PID closed-loop control for voltage and current and power factor correction (PFC) application in control

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system

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Renewable Energy Technologies and Integrations to Smart Grid

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Thesis analyze renewable energy (wind, solar, tidal, wave energy) technologies and the integration into smart

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grid

Loss of load expectation (LOLE) in wind energy, SCADA system, maximum point tracking (MPPT) in solar

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energy

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Power Market Operation Design

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Load and price forecasting, price-based unit commitment, arbitrage analysis, bidding strategy design, risk

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analysis

Determine a bidding strategy for selling IIT’s excess power to the market by considering load curtailment

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Research issues in unit dispatch, Locational Marginal Price (LMP), spinning reserve, day ahead energy, FTR

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Security-Constraint Optimal Power Flow and Power Flow Analysis

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Solve the security-constrained optimal power flow regarding to branch outage and generator unit outage

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contingencies.

Determine and calculate system optimal dispatch with minimum cost or MW loss by analyzing

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contingency case screening.

1P1Q Screening Technique estimate bus voltage and branch flows post contingency ranked by

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overall performance index.

Gauss-seidel and Newton-raphson method power flow solution simulation and 1P1Q implementation in

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MATLAB/SIMULINK

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Perfect Power Visualization Program, sponsored by DOE

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Simulates distribution networks to aid planning and operation and calculate voltage drops and power flows

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by PSS/E

Adding new components into the Perfect Power Visualization Program and determine how they visualized by

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Java/C++

PERTINENT COURSEWORK

Power Electronics, Motor Drives, Analogy Electronic, Digital Electronic, 80C51 Micro-controller, Power System

Analysis, Power System Market Operation, Power System Security and Dynamic Control, Digital

Communication, Energy Harvesting, Digital Signal Processing, Smart Grid, Renewable Energy

ON-CAMPUS ACTIVITIES & AWARDS

Engineers Without Borders, National La Victoire Secondary School Electrification Project in Haiti Feb.

1.

2011- Present

– Plan to design and implementation a sustainable energy solution for the public school in La Vicoire,

Hati

– Electronics component selection and vendor communication to estimate the system cost

Membership Coordinator, IEEE Illinois Institute of Technology Chapter Feb.

2.

2011- Present

– Coordinate and organize the conference and presentation and daily meeting on campus

College Captain in STEM Program and lead the high school students taking tour in Nokia Company

3.

May. 2011

– Introduce the fundamental technology to high school students and guide them in experiment

Academic National Scholarships in China (National Foundation for top university students)

4.

Mar.2009

Representative of undergraduate student and reward Government Scholarship in China

5.

Feb.2009

Contact this candidate