maomao

2/16/2015
Orlando, FL

Position Desired

Biomedical Engineering
Anywhere in the U.S.
Yes

Resume

3400 Lariat Lane, #40. Orlando, FL 32826; (321)948-4792

Career Objective
Seek a full-time/internship Engineer position.

Summary of Qualifications
ƒÜ Five years¡¦ experience in the field and projects of real-time systems using engineering principles and concepts and collaboration with two industrial companies in a cross-functional team environment (1 book chapter and 9 papers).
ƒÜ Five years¡¦ experience of multi-disciplinary projects in real-time systems and informatics through modeling and simulation, algorithm development, control theory, mixed-signal processing/separation/extraction, feature extraction, data acquisition, system verification and validation, pattern recognition, machine learning, and statistical analysis using C/C++ and Matlab/Simulink.
Ć Five years of experience with Matlab/Simulink, dynamic modeling, C++, and test and measurement equipment operation for circuits and systems including oscilloscopes, power supplies, multi-meters, function generators, etc. as a lab instructor directing over 300 students and 2 teaching assistants.
Ć Coursework related to digital signal processing, linear systems and signals, analog circuit design, and control theory, etc.
Ć Proficient in programming language (Matlab/Simulink, C/C++), Microsoft Office Suite, and other software (Multisim).
Ć Excellent verbal and written communication skills with the ability to articulate complex ideas effectively, managing/supporting multiple projects in a deadline driven environment, and in generating engineering/technical presentations and varying written documentations.

Education History
Ć Ph. D. in Electrical Engineering 08/2008-05/2013
University of Central Florida Orlando, FL
Ć M. S. in Electrical Engineering 08/2008-08/2010
University of Central Florida Orlando, FL
Ć M. S. in Electrical Engineering Technology 08/2006-12/2007
Southern Polytechnic State University Marietta, GA
Ć B. S. in Electrical Engineering 08/2000-06/2004
Dalian University of Technology Dalian, China

Skills Sets
Ć Software: Matlab/Simulink, C/C++, VHDL, Multisim, Microsoft Visual Studio, MathCAD, MS office.
Ć Matlab/Simulink: Real-time system designs, Electrical Circuits, algorithm development, system mathematical modeling, system identification, system verification test, signal processing, separation, and extraction, statistical analysis, pre-clinical study, linear algebra, embedded control, feature extraction, pattern recognition, machine learning.
Ć Academic Skills: Networks and Systems, Digital/Analog Electronic Circuit, Cardiovascular Physiology and Hemodynamics, Signal/image Processing, Engineering Mathematics, Linear Algebra, Physics, Complex Function, Parameter Estimation, Pattern Recognition, Statistics, Control Theory, and Dynamical State Space Representation.

Professional Experience
Research Assistant at University of Central Florida (all projects supported by NSF) 08/2008-Present
1. Current-Based Modeling of Combined cardiovascular and Rotary Left ventricular Assist Device
„o Derive a 6th highly non-linear state space medical math model of a rotary Left Ventricular Assist Device (LVAD) connected to a cardiovascular circuit system model that is much more useful for optimally regulating the LVAD.
„o Implement the medical device design using Matlab/Simulink and C language.
„o Project has been reported in American Control Conference (No. 1 control-based conference) and a book chapter.

2. Embedded real-time diagnosis system design for the LVAD
„o Design a new embedded real-time suction (a dangerous event due to overpumping) detection system in the LVAD based on support vector machines that produced superior performance in terms of accuracy, stability, and speed compared to other existing methods using algorithm development, signal/image processing, feature extraction, pattern recognition, machine learning, and statistical analysis.
„o Implement and test the embedded real-time detection system using Matlab/Simulink with real-world large in vivo datasets from two medical devices and supplies ...

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