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Haopu Lu
2851 S King Dr Apt 212 hlu24@hawk.iit.edu
Chicago IL 60616 312-292-8561
Objective:
To obtain a full-time in electrical engineering field, specifically power system, power electronics, renewable energy
and control theory.
Education:
Illinois Institute of Technology (IIT), Chicago, IL
 M.S. in Electrical Engineer August 2014 - Present
Northwestern Polytechnical University (NWPU), Shaanxi, China
 B.S. in Automation August 2010 – June 2014
Technical Skills:
Languages: C, C++, Visual Basic, Assembly Language
Tools: Matlab, Simulink, DOS, Visual C++,Visual Basic, OrCAD , Microsoft Office (Excel, Word,
Powerpoint), Keynote, Photoshop
Platforms: Microsoft Windows 7/8, Mac OS
Relevant Courses (Current GPA 3.67)
ECE 408 Intro to Computer Networks ECE 418 Power SystemAnalysis
ECE 437 Digital Signal Processing ECE 438 Control Systems
ECE 505 Applied Optimization Engrgs ECE 550 Power Elect Dynmcs Control
ECE 551 Advanced Power Electronics ECE 555 Power Market Operations
ECE 580 Elements of Sustainable Energy ECE 581 Elements of Smart Grid
ECE 764 Vehicular Power Systems
Internship:
Henan branch Company of China Telecom Group Jan 2013
 One of the world Fortune 500 corporation’s
 Supervise a large quantity of data to identify malfunctioning equipment and then feedback to the
controlling department to send out maintenance staff if necessary
Project Experience:
Power System Control (IEEE)
 Project directed by Yong Yan (IEEE Fellow) , the professorof Electronic Department of British Kent
University
 My job is to control the velocity and particle size distribution of pulverized fuel to a certain range to make
the coal burnt sufficiently to achieve the aim of saving fuel as well as lowering pollution
Power market price forecasting
 Collect two years load, temperature and price data from a market in operation
 plot the data obtained, choose two months data, calculate mean value and variance, build MLR model for
load forecasting and calculate MAPE then plot the forecast and actual.
Biological gene reconstruction technique based on genetic algorithm
 Cooperative project between NWPU and University of South Carolina,objective is to find the optimal
solution among thousands ofpossibilities
 Based on the genetic algorithm, do reconstruction and identification and write a code by myself and run in
MATLAB.
Arithmetic and Concretization of Quality of Fingerprints Graphics
 Identify the finger prints by the ratio of black and white of binary images
 Analyzing immense experimental samples to set the range of reasonable binary ratio to enhance the
accuracy and efficiency of fingerprints identification
Solution of a simple metropolis light and power design case
 Using Power World to simulate the origin operation status and then choose the proper point to link a wind
generator to satisfy the asked load requirement
 Test different power electronic devices to make the best trade-off between conductivity, power loss and
switching time
Design of Electronic Circuit Game
 Use digital circuit to design a game of tug between two people
 A row of seven LED lights indicates the rope, two buttons mean two contestants and the force is
represented by the speed of pressing the button.After one game lock the button until press reset.
Experiment of C++ Programming
 Design a library management program
 According to the book number, use program to do the data entry, search, modify, delete, statistics and
sorting
Interest and Hobby:
Travel, Basketball, Football

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Resume-2

  • 1. Haopu Lu 2851 S King Dr Apt 212 hlu24@hawk.iit.edu Chicago IL 60616 312-292-8561 Objective: To obtain a full-time in electrical engineering field, specifically power system, power electronics, renewable energy and control theory. Education: Illinois Institute of Technology (IIT), Chicago, IL  M.S. in Electrical Engineer August 2014 - Present Northwestern Polytechnical University (NWPU), Shaanxi, China  B.S. in Automation August 2010 – June 2014 Technical Skills: Languages: C, C++, Visual Basic, Assembly Language Tools: Matlab, Simulink, DOS, Visual C++,Visual Basic, OrCAD , Microsoft Office (Excel, Word, Powerpoint), Keynote, Photoshop Platforms: Microsoft Windows 7/8, Mac OS Relevant Courses (Current GPA 3.67) ECE 408 Intro to Computer Networks ECE 418 Power SystemAnalysis ECE 437 Digital Signal Processing ECE 438 Control Systems ECE 505 Applied Optimization Engrgs ECE 550 Power Elect Dynmcs Control ECE 551 Advanced Power Electronics ECE 555 Power Market Operations ECE 580 Elements of Sustainable Energy ECE 581 Elements of Smart Grid ECE 764 Vehicular Power Systems Internship: Henan branch Company of China Telecom Group Jan 2013  One of the world Fortune 500 corporation’s  Supervise a large quantity of data to identify malfunctioning equipment and then feedback to the controlling department to send out maintenance staff if necessary Project Experience: Power System Control (IEEE)
  • 2.  Project directed by Yong Yan (IEEE Fellow) , the professorof Electronic Department of British Kent University  My job is to control the velocity and particle size distribution of pulverized fuel to a certain range to make the coal burnt sufficiently to achieve the aim of saving fuel as well as lowering pollution Power market price forecasting  Collect two years load, temperature and price data from a market in operation  plot the data obtained, choose two months data, calculate mean value and variance, build MLR model for load forecasting and calculate MAPE then plot the forecast and actual. Biological gene reconstruction technique based on genetic algorithm  Cooperative project between NWPU and University of South Carolina,objective is to find the optimal solution among thousands ofpossibilities  Based on the genetic algorithm, do reconstruction and identification and write a code by myself and run in MATLAB. Arithmetic and Concretization of Quality of Fingerprints Graphics  Identify the finger prints by the ratio of black and white of binary images  Analyzing immense experimental samples to set the range of reasonable binary ratio to enhance the accuracy and efficiency of fingerprints identification Solution of a simple metropolis light and power design case  Using Power World to simulate the origin operation status and then choose the proper point to link a wind generator to satisfy the asked load requirement  Test different power electronic devices to make the best trade-off between conductivity, power loss and switching time Design of Electronic Circuit Game  Use digital circuit to design a game of tug between two people  A row of seven LED lights indicates the rope, two buttons mean two contestants and the force is represented by the speed of pressing the button.After one game lock the button until press reset. Experiment of C++ Programming  Design a library management program  According to the book number, use program to do the data entry, search, modify, delete, statistics and sorting Interest and Hobby: Travel, Basketball, Football