Electrical Engineer Engineering

JUNJIA LI

**** **** ****** **. *** ***, Austin, TX, 78731

C: 512-***-**** *************@*****.***

Qualifications

Diligent, self-motivated and fast learning Electrical Engineer with 6 years of

research and intern experience.

Solid foundation in materials and circuit characterization, antenna design,

dynamic simulation, radio frequency concepts, mathematical modeling, signal

processing, and non destructive valuation.

Skilled with C/C++, Matlab, Labview, Engineering CAD Tools and Finite Element

Analysis (FEA) software.

Excellent problem solving/analytical/team working/interpersonal skills.

Education M. S. Aerospace Engineering, Texas A&M Graduate Date: 05/2011

University

Specialization: Materials & Structure Current GPA: 3.7/4

M. S. Electrical Engineering, Nanjing Graduate Date: 07/2008

University

B. S. Electrical Engineering, Nanjing Graduate Date: 07/2005

University

Related Courses Electromagnetic RF & Antenna Multifunctional Antennas and

Field Theory Materials Propagation

Analog Digital Digital Signal Finite Element

Integrated Integrate Processing Method

Circuits Circuit

Radio Frequency Advanced Numerical Microwave

Circuit Materials Methods in Electronic

Science Electromagnetic Circuit Design

Engineering s

Digital Imaging Semiconductor Continuum Micromechanics

Processing Engineering Mechanics

Technical Impedance Analyzer, Nd: YAG Pulse Laser, Optical Microscope,

Skills Scanning Electron Acoustic Microscope, Signal Generator, SEM,

TEM, XRD, EDS, DMA, DSC, FTIR; Luminescence, Photoacoustic and

Raman Spectroscopy

Computer Skills Professional with C/C++, Matlab, Labview, AutoCAD, Solidworks,

Origin, Visio and Microsoft Office Suite Skilled with ANSYS,

COMSOL, Assembly language, Abaqus, Photoshop, VC, Maple, Protel

and Visual Studio

Experience

Graduate Research Assistant, Aerospace Engineering Dept. Texas A&M Univ.

08/2008 - present

. Designed the first switchable aircraft antenna system using

reconfigurable, high dielectric nanoparticles.

. Characterization of dielectric, electromagnetic and thermal

properties of nano-materials and testing of antenna system under

high frequency and high voltages.

. Developed technologies to improve Electromagnetic/RF agility in

tunable antennas.

. Modeling and simulation of fluid dynamics and particle motion under

electrical manipulation using FEA method.

. Attracted funding from Air Force Office of Scientific Research &

NASA by writing proposals and presentations.

Graduate Research Assistant, State Key Lab of Modern Acoustics. Nanjing

Univ. 09/2005 - 07/2008

. Developed the first non-invasive technique to detect the relaxation

process and phase transition of LED materials.

. Simulated acoustic wave propagation in multi-layers solid and

liquid crystal materials with FEA method.

. Optimized non-destructive testing system to detect internal crack

of metal structure minimum of 1.2 mm.

. Characterization and imaging of acoustics, electro-mechanical, and

optical properties of multi-scale materials.

. Designed integrated transducer array for ultrasound imaging of

solid and liquid crystal materials.

Intern, Instrument Engineer, Nanjing Sanle General Electric Co., Ltd.

05/2007 - 09/2007

. Designed and fabricated PGS-II photoacoustic spectrometer.

. Built graphical interfaces for data acquisition and motor control

program for light wavelength transition.

. Provided hands-on support to terminal users with hardware and

software problems including remote operation and data recovery,

gained 100% customer satisfaction feedbacks.

Intern, System Engineer, Shandong Huiquan Industry Co., Ltd.

Summers 2006, 2008

. Advanced control system to operate the high-temperature detection

facilities for ovens.

. Reduced 15% energy consumption of the ultrasonic cleaning system of

ovens by optimizing directivity and strength.

. Performed FEA method simulations for thermal and structural

modeling applications.

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