b'Hong San, Wong\n28806 Arroyo Drive, Irvine, CA 92617\n\n(949)500-8981 | hswong1@uci.edu\nhttp://sanwong.weebly.com/\n\nOBJECTIVE\nSeeking an Entry-Level Position within the RF, DSP and Communication Field\n\nCurrent UCI graduate student in Electrical Engineering (System & Signal Processing) with experience in Filter\ndesign, Communication system simulation, antenna design and image processing in C.\n\nEDUCATION\nUNIVERSITY OF CALIFORNIA, IRVINE, CA (M.S) Electrical Engineering,\n\n\xef\x82\xa7\n\xef\x82\xa7\n\nExp Grad: 7/2015\n\nGPA: 3.4\n\nConcentration: System & Signal Processing (Communication)\nRelevant Courses: Communication Systems [(Modulation Theory: QAM, PAM, etc); Equalizer Theory (Linear\nEqualizer, Zero-Forcing/MSE Equalizer, Decision Feedback Equalizer; OFDM; Spread Spectrum)], Antenna\nDesign, Digital Signal Processing [FIR/IIR Filter Design; Sampling Theory; Projection Theory]; Industrial and\nPower Electronics [Power Switching Devices, PWM Method, Smith Chart and Impedance Matching]\n\n\xef\x82\xa7\n\nActivities: IEEE (Industrial Relations Chair), Beall Student Design Competition (Product Development)\nUNIVERSITY OF CALIFORNIA, IRVINE, CA (B.S) Electrical Engineering,\nGrad: 7/2013\nGPA: 3.05\n\xef\x82\xa7 Concentration: Solid State Devices & Signal Processing\n\nSKILLS\nPROGRAMMING AND SOFTWARE: C/C++, JAVA, LINUX, MATLAB, SIMULINK, PSPICE, HFSS, MICROSOFT WORD, EXCEL, POWERPOINT\nLABORATORY AND CIRCUITS: SMITH CHART, SPECTRUM ANALYZER, DMM, POWER SUPPLY, OSCILLOSCOPE\n\nEXPERIENCE\nUNIVERSITY OF CALIFORNIA, Irvine, CA\nGraduate Researcher, 02/2014 (Ongoing Research)\nResearch on CE-OFDM theory and develop algorithm to increase the information package limit per channel.\n\xef\x82\xa7 Summarize research paper in OFDM area and conduce simulation with MATLAB.\nDEIPHI DISPLAY SYSTEMS, Costa Mesa, CA\nEngineering firm providing fast food drive thru systems solutions. Electrical Engineer Intern, 01/2013 to 04/2013\nDesign power and signal distribution (through PoE, PoE+, LTPoE++) device to minimize AC power outlet usage.\n\xef\x82\xa7 Worked under senior electrical engineers to design power converter.\n\xef\x82\xa7 Build cost estimation and market validation (Market need, current competition).\n\xef\x82\xa7 Research on PoE, PoE+, LTPoE++ standard and performance\nUNIVERSITY OF CALIFORNIA, Irvine, CA\nResearcher, (Prof Glenn Healey) 01/2013 to 04/2013\nResearch on Face Recognition with Hyerspectral images with Gabor filter features algorithm.\n\xef\x82\xa7 Features Extraction from hyperspectral images.\nHONG KONG UNIVERSITY OF SCIENCE AND TECHNOLOGY\nSummer Researcher, 07/2013 to 10/2013\nResearch on high efficiency nanostructured solar cell with aluminum anodization technology. Key Contributions:\n\xef\x82\xa7 Resolved the challenge of constructing tall nano-spike by controlling etching windows in solar cell development.\n\xef\x82\xa7 Preformed nano-dot imprint on aluminum base and solar cell optical behavior examination.\n\nPROJECTS\nImage Subsampling and Interpolation\nDeveloped a C program to subsample and zoom images in Linux environment to demonstrate image distortion\ncaused by subsampled image.\nLinear Array Antenna Simulation\nStudied the influence on radiation pattern, solid angle and directivity due to self-coupling and mutual\ncoupling and size of the linear array.\nPatch Antenna CAD Design\nDesign a patch antenna with HFSS design tool. Studied the antenna gain, directivity and radiation pattern.\nLMS / Normalized LMS / RLS Simulation (Adaptive Noise Cancelation Simulation)\nSimulated and compared performance of various adaptive equalizers used in communication systems with\nMatlab.\n\nAWARDS\n1st Place at StartUp Weekend Product Development Competition 2014\nDeveloped a Smart sprinkler system that integrate weather data feed from the server. Provide solution to\nwatering plants (i.e. Best time, amount of water base on plant type, remote control through smartphone)\n2nd place at IEEE SoC (OC) Student Design Competition 2012\nDesigned a 3D solar cell with nanostructures on each surface for high light trapping efficiency'