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Design Electrical

Dallas, Texas, United States
January 31, 2018

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Lingli Ma

Address: Apt ***, **** Amesbury Dr., Dallas, Taxes 75206, United States

Phone: +001 214*******/E-mail:


Southern Methodist University (SMU) Aug2016 -May2018

Dallas, TX Concentration: Electrical Engineering GPA 3.5/4

Core Courses: Semiconductor Devices& Circuits, RF CMOS System& Circuits, Transistor Integrated Circuits, VLSI Design& Lab, Digital sys. Design, VLSI Algorithms, Testing of VLSI Circuits

East China University of Science and Technology (ECUST) Sep2012 -Jun2016

Shanghai, China Concentration: Applied Physics GPA 3.1/4

Core Courses: Theoretical Mechanics, Electrodynamics, Atomic Physic, Quantum Mechanics, Electromagnet

SKILLS: VMware, Cadence, Quartus, C ++, Multisim, MATLAB, Origin, UNIX, Linux, Chinese


High speed 16x16 crossbar switch design 2017 Fall

to design a crossbar switch to switch any input to any outputs with 0.18um CMOS Tech at Gigabits

Study the literature and discussed with team member to supplement other required knowledge

Use Cadence to draw the schematic and simulate for both design verification and post-layout testing

Repeat adjusting the device parameters to maximize the speed and minimize the area

Verified the idea, wrote a piece of paper and presented the result to class in oral form

A Study of CMOS Low-Power Low-Noise 900MHz Receiver 2017 Spring

to design a receiver in 0.18um CMOS Tech with 900MHz center frequency

Learned the basics of design circuits and proposed the initial design

Familiarized myself with Cadence to do the design and simulation, discussed with professor and classmates

Calculation and simulation turn out to be matched after many times of optimizing, the noise figure is 1.78dB, power gain is 30dB and power consumption is 4.22mW under 1.2V supply.

Study of Electrical Property of Semiconductor Oxide Film Sep2015 -May2016

to analysis the electrical properties of ZnO films grew under different forming conditions

Familiarized myself with the equipment used to magnetron sputter film on substrates

Read many materials to find which forming condition may affect the electrical properties

Spend much time on doing experiments

Trying to explain the results of experiment in micro mechanism

Study on Improving Measurement Accuracy of Michelson Interferometer Sep2014 -Apr2015

Endeavor Cup of College Student Innovation and Venture Practice Competition of ECUST (third prize)

to verify the idea of improving measurement accuracy through employing EIT effect and resonant cavity in optical path of interferometer

Understood the principal of EIT effect and resonant cavity through studying literature and discussed with team members to supplement other required knowledge

Put forward the initial thoughts about the experiment and conducted theoretical analysis

Designed optical path diagram in the experiment and set up optical instrument

Verified the idea, wrote a piece of paper and presented the result to professors in oral form


Public Relations Department of the Students’ Union of ECUST, Member

“Clover” autistic children rehabilitation center, Volunteer

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