I worked well in UPenn's nano center, fabricating and testing hundreds of chips. I am skilled use a mask aligner to do UV Photolithography. I have work experience in physical vapor deposition, chemical vapor deposition, RIE, wet chemical etching, and ALD.
I conducted research to develop new materials like carbon nanotubes and graphene for use in electrical systems.
I used probe stations to collect data to ensure samples maintained specifications. I have used probe stations to test hundreds of chips.
I operated biodots to drop DNA liquid samples on our chip and test our sensor.
I characterized chips using SEM and AFM to test experiment results, analyze samples' quality, and make improvements.
I helped teams troubleshoot sample issues and optimize processes under tight time constraints.
I used the Layouteditor to design lithography masks to optimize wafer patterns.
As a senior, I teach seven graduate students to use various instruments in the cleanroom to help them start their projects and work in a team.
I followed safety protocols and procedures to maintain a safe working environment.
Web Developer Intern
GUANGZHOU MOYI INFORMATION TECHNOLOGY CO, LTD
GuangZhou, CHINA
06.2017 - 08.2017
Worked with a design engineer and engaged in designing the user registration interface of Ekwing.com, the company's core product
Assist in organizing a customer meeting where hundreds of English teachers participated as product customers.
Participate in offline and online product promotion.
Education
Master of Science - Electrical Engineering
University Of Pennsylvania
05.2022
Bachelor of Science - Electrical Engineering
Penn State
05.2020
Skills
Lab:
Skilled in Cleanroom tools
Lithography
Probe Station testing
Thin film deposition
Etching
Characterization using SEM and AFM
Software:
SchematicEditor
LayoutEditor
Arduino
Basic python and Java
Language:
Chinese as native
Other:
Research and Analysis
Electrical Engineering Standards
Microsoft PowerPoint
Communication
Other projects in University
Fellowship: Graduate Student Fellow (GSF). Applied the knowledge of Bipolar junction transistor (BJT) and Solar cell. Fabricated solar cells and prototypes of the p-n-p BJT in cleanroom.
Remotely lead teammates designed a MEMS gyroscope using LayoutEditor with detailed data and calculation process.
Assembled and run small devices like Morse code generator, Theremin, and real time operating systems
use Atmel Studio and Arduino.
Designed and built a sun tracking solar panel using AVR and Arduino. Including AVR knowledge about
interrupt, timers, PWM and ADC.
Fabricated and characterized MEMS with cantilever and comb-drivers
Fabricated and characterized Directed Self-Assembly of Block Copolymers
Fabricated and characterized Microfluidic 2D graphene sensor
In-depth study of colloidal nanocrystals. Fabricated and characterized Quantum Dots
VISITING STUDENT at CENTER FOR NANO-BIOENGINEERING, CHUNG YUAN CHRISTIAN UNIVERSITYVISITING STUDENT at CENTER FOR NANO-BIOENGINEERING, CHUNG YUAN CHRISTIAN UNIVERSITY
Co-Leader, Radiation Oncology Translational Center of Excellence at Abramson Cancer Center – Perelman School of Medicine, University of PennsylvaniaCo-Leader, Radiation Oncology Translational Center of Excellence at Abramson Cancer Center – Perelman School of Medicine, University of Pennsylvania