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我的CV模板

我的CV模板
我的CV模板

XXX XX

Address: XXXXXXXXXX, XXXXXXXXXXXXX, Zhejiang University, XXXXXXXX, XXXXXX, China

Tel: (+86)XXXXXXXXX Email: XXXXXXXXXX@https://www.doczj.com/doc/913585695.html,

OBJECTIVE

To pursue a PhD in the department of Electrical Engineering in order to gain the necessary knowledge and skills to establish a career as an outstanding Electrical engineer, with a specialization in Optoelectronics.

EDUCATION

Sept. 2008–present Department of Optical Engineering, Zhejiang University BE

?Major in Optical Engineering in the best optics department nationwide

?Ranking: 2/122

?Overall GPA: 3.98/4.0 (91.48/100)

?Courses Highlight: Integrated Optoelectronic Devices and Designs, Physical Optics,

Optical Communication Technology, Applied Optics, Optoelectronics

May 2009–present Advanced Honor Class of Engineering Education (ACEE), Zhejiang University

?ACEE is an elite class for engineering students in Zhejiang University. The class enrolls

60 top students out of over 2000 engineering students every year. It provides these top

students with an advanced learning and practicing environment to help them develop

into future leadership roles in engineering.

?Courses Highlight: Mathematical Modeling, Computer aided Innovation, System Science

and Engineering, Principle of Engineering, Design Thinking and Expression

Jul. 5, 2011–Aug. 30, 2011Global Research Experience in Advanced Technologies (GREAT), UC Davis

?The GREAT Summer Research Program offers the best undergraduate students from

the leading universities in Asia the opportunity to gain valuable research experience in

science and engineering at UC Davis.

?I conducted research in the Next Generation Networking Systems Laboratory under the

supervision of Prof. S. J. Ben Yoo.

?At the conclusion of the program, I was invited to give a presentation at the capstone

UC Davis Interdisciplinary Research Symposium with scholars and students engaged in

multidisciplinary research collaborations.

RESEARCH EXPERIENCE

Jul. 5, 2011-Aug. 30, 2011 Measurement of diode laser noise and its reduction by stabilization to an external cavity Adviser: Prof. S. J. Ben Yoo Next Generation Networking Systems Laboratory, UC Davis ?Used the Pound-Drever-Hall method to actively stabilize the laser wavelength to a high-finesse optical cavity ?Chose two different techniques to separately measure the linewidth of the frequency stabilized laser -Delayed self-homodyne interferometry method

-Delayed self-heterodyne interferometry method

?Characterized the bandwidth and stability of several etalons using an Optical Vector Network Analyzer

Jul. 2010 –May 2011 Fiber Sensing System based on Optical Frequency-Modulated Continuous-Wave Interferometry Research Assistant,Adviser: Prof. Jian-Jun He, Center for Optical and Electromagnetic Research, Zhejiang Univ.

?Made the simulation of FMCW interferometry in the Matlab

?Derived the formula for figuring out the point of the sensing fiber suffering from stress and the strain of the

sensing fiber accurately

?Designed the light path of the sensor

?The program was chosen as one of the Innovative Projects of Undergraduate Student in Zhejiang Province Jun. 2010 – May 2011 High Temperature Sensor based on Regenerated Fiber Bragg Grating Project Leader, Adviser: Assoc. Prof. A. Ping Zhang, Center for Optical and Electromagnetic Research, Zhejiang University ?The fabrication and the encapsulation of RFBGs

?The design of the encapsulation of RFBGs

?The test of the high temperature sensor

?Directed a small team, including organizing regular team meetings, making plans, and giving the opening speech, the mid-term and final presentations

May 2011–Jun. 2011Course Design of Integrated Optoelectronic Devices and Designs

Team leader, Adviser: Assoc. Prof. Yaocheng Shi, Center for Optical and Electromagnetic Research, Zhejiang University ?Designed a tunable optical filter (16 channels, channel spacing: 0.8nm) based on two cascaded micro-rings

resonator and the Vernier effect.

?Employed the Matlab and the RSoft to optimize the structure parameters

?Investigated the methods for the modulation of the refractive index

May 2011–Jun. 2011 Light-emitting diode (LED) Matrix Sensors

Team member State Key Laboratory Modern Optical Instrumentation, Zhejiang University ?Designed the LED Matrix Sensors using LEDs as light sources and photon detectors simultaneously

?Investigated the properties of the LED as a photon detector

?Set up the communication between the serial port of a computer and that of the microcontroller which controls the LEDs

AWARDS, HONORS & SCHOLARSHIPS

Awards:

?Meritorious Winner in the International Mathematical Contest In Modeling (2011)

?Second Prize, China Undergraduate Mathematical Contest in Modeling (2010)

?First Prize, Theoretical Physics Competition in Zhejiang Province (2009)

-Ranking: 1/900

?Second Prize, Advanced Mathematics Competition in Zhejiang Province (2009)

?Third Prize, China Undergraduate Mathematical Contest (2009)

Honors:

?Candidate for Chu Kochen Scholarship (2011)

-Granted to only 12 undergraduates each year; the highest honor at Zhejiang University ?Excellent All-Around Student (2008-2009, 2009-2010)

?Excellent Student Cadre (2008-2009)

Scholarships:

?National Scholarship of China (2009-2010)

-Granted to only 2 or 3 undergraduates in my department each year

?First Prize for Excellent Undergraduate Scholarship (2008-2009, 2009-2010, 2010-2011)

-Granted to the top 3% undergraduates in my department each year

?First Prize for Research and Innovation Scholarship (2009-2010, 2010-2011)

EXTRACURRICULAR ACTIVITIES

?Member of the Red Cross Society in Zhejiang University

2009-2010, helped the children of the disabled with their study and daily life

?Cadre of my Executive Class

Jun. 2010, organized my classmates to investigate the conservation of the Jinghang Great Canal

Mar. 2009, organized my classmates to do voluntary work at a bus station and a nearby housing estate

?Member of 2008 Advanced Honor Class of Engineering Education

May 2009 – present, organized and participated in several academic and class activities of ACEE, for example

the enrollment of 09ACEErs

PROFICIENCIES

?Proficient in MATLAB, RSoft, OptiSystem, PSpice, C language, Origin

?Familiar with Protel, Assemble Language, VHDL

STANDARDIZED TESTS

?GRE (General)

Verbal: 630(91%), Quantitative: 800(94%), Analytical Writing: 4.0(45%)

?TOEFL

Reading: 27, Listening: 21, Speaking: 22, Writing: 27, Total: 97

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