Hello, my name is

Ruoyu Yuan

A master's student of UPenn

Note: Please use your computer to browse my website to enjoy good layouts.

About me

My Background Information

Overview of academic performance

I studied at the University of Electronic Science and Technology of China (UESTC), which is one of the top universities in mainland China. My major is electronic science and technology in the school of Optoelectronics Science and Engineering.

I got an overall GPA of 3.93 (average scores are 88.2) when I was an undergraduate student. 

Now I am studying electrical and electronics engineering at the University of Pennsylvania as a second-year master’s student.

I got an overall GPA of 3.82 and I am now doing some research about compact electro-absorption modulator design in Deep’s group.

My English Ability

I got 107 scores on the TOEFL test (Reading 30, Listening 26, Speaking 23, Writing 28) on September 24th, 2022, and got 322 scores on the GRE test (Verbal 152, Quantity 170, Writing 3.5) on November 13th, 2020. My English ability allows me to read papers, discuss with coworkers and give presentations freely with group members. 

Vocabulary
0 k +words

My Skills

Simulation Skills

MATLAB
rate of using 35%
Lumerical FDTD
rate of using 40%
Cadence
rate of using 15%
Comsol
rate of using 10%

Experiences Overview

2017-2018

Freshman

Contests exploration

Joined in Mathematical Modeling Contests, Mengshen Cup Electronic Design Competition, "Internet+" Innovation and Entrepreneurship Contest.

2018-2019

Sophomore

program participation

Joined in Design and Implementation of Six Axis Robot Arms Control System program, then learned how to program STM32/Arduino microcontroller and how to design GUI by python.

2019-2020

Junior

ACADEMIC RESEARCH

Simulated diffraction through a strip zone plate, simulated a polarized independent electro-absorption modulator.

2020-2021

Senior

FINAL THESIS

propose a new method to generate an optical doublet signal by using a lithium niobate electro-optical modulator with biased sinusoidal voltages.