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美国EE,Physics项目申请全方面指导

特色服务
  • 课程简述: 提供全方位个性化选校及文书指导服务
  • 适用用户: 针对申请Physics和EE研究生

1. 首先了解学生目前学术背景以及申请期望

2. 根据学生特点制定初步约10所选校规划以及后续申请指导

3. 指导学生完成初步文书写作以及背景条件提升

4. 根据每所学校的项目特点以及师资情况做出具体选校安排

5. 综合完成文书撰写以及网上申请

 

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Engineering, Physics, Data Science等项目文书写作指导

特色服务
  • 课程简述: 细致地指导文书写作,并提供针对性修改意见
  • 适用用户: 申请美国研究生,目前正处于撰写文书的阶段
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本科生科研指导

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  • 课程简述: 可以为本科生如何参加课题组实践,如何更好上手并熟悉实验室环境,为尽早完成学术论文奠定基础
  • 适用用户: 针对本科想进入实验室做科研或研究生阶段想申请PhD的同学
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PhD申请面试指导

面试
  • 课程简述: 针对面试流程以及如何准备进行细致指导,同时提供模拟面试服务
  • 适用用户: 针对想申请PhD面试的学生

选校定位

美国EE或Physics项目硕士博士选校指导

芝士圈自营 选校 EE Physics master PhD

自我介绍

自我介绍

本科就读于复旦物理系,同时辅修二专数据科学

DIY整个申请过程,对物理和EE领域有非常丰富的经验

针对英语考试,文书撰写,面试准备等都有独到的见解和方法

有多段科研经历,对于想进行科研实践的本科生同学也可以提供一定方面指导


教育经历

教育

Northwestern University

PH.D Electrical Engineering
~

Fudan University

Bachelor Physics
~

经历

Research Assistant

Microscopy Lab for Surfaces & Nanostructures
~
  • Finished two temperature measurement boxes
  • Designed a rack and pinion which connected MBE and STM using Solidworks 2014 and successfully implemented a low friction rotation stage for the sample holder
  • Made W tips using NaOH with AC and DC etching
  • Repeatedly did annealing and sputtering of W tips to get atomic resolution
  • Used STM to scan the surface of some certain material and study the electron induced luminescence of heterostructures

Proprietor and Team Leader

Fudan Baseball Association
~

Research Assistant

Nanomaterials and Device Laboratory
~
  • Synthesized uniform mono-layer MoSe2 with side length about 50um on SiO2/Si substrate by Chemical Vapor Deposition (CVD) using Ar as carrier gas
  • Exfoliated mono- and few- layer 2-D materials using the scotch-tape micromechanical cleavage method and transferred them on a Transfer Platform
  • Fabricated nanoscale superconductor/ferromagnet heterostructure devices with low ohmic contact resistance by utilizing Electron Beam Lithography (EBL), magnetron sputtering system and wire bonder
  • Measured the transport property of novel 2-D material devices by Physical Property Measurement System (PPMS) with lock-in technique
  • Improved Raman Spectrum optical path to raise the signal to noise ratio to more than 30:1
  • Performed thickness-dependent Raman peak positions of 2-D materials
  • Demonstrated a distinct periodic angular-dependence Raman Spectroscopy using half-wavelength wave plate and linear polarizer, showing direct evidence of the anisotropy of some certain 2-D materials
  • Constructed cryogenic Raman system for detecting Photoluminescence of 2-D materials down to low temperature
  • Constructed photocurrent measurement system for testing photoelectricity function of 2-D materials

获奖 & 荣誉

Shanghai Excellent Graduate Student

Fudan University

Jun Yuan Scholarship

Fudan University

Honors Student in Physics in National Top Talent Undergraduate Training Program

Physics Department, Fudan University

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