涂晏誠
Tu Yen Cheng
Dual Master's degree
Kaohsiung City, Taiwan
I studied Nano-Electronics Engineering and Design for a dual master's degree in SUTD and CGU. Before my Master’s degree, I also served as a research assistant in the reliability center for about half a year. During my master's degree, I devoted myself to developing more expertise, and my research topics also spanned materials science and mechanical science. I have also accumulated many cross-field discussions and cooperation experiences in the cooperation project with Nanyang Technological University. I am a passionate and communicative person and willing to take challenges to new things.
0975954128 [email protected]
Skill
Semiconductor related
- Flexible electronics device
- Lithography process
- Dry/Wet Etching
- DC Sputtering
- Circuit design(SPICE)
Reliability related
- Quality control: Vibrate, drop, humidity, temperature, etc.
- Reliability control
Word/Graph Processing
- Microsoft Word/ PowerPoint/ Excel
- Adobe Illustrator
- Originlab
Language
- Chinese
- English
Education
Singapore University of Technology and Design
Dual Master's degree in Nano-electronic engineering and design • 2019 - 2021
Chang Gung University
Dual Master's degree in Nano-electronic engineering and design • 2019 - 2021
Chang Gung University
Electronics engineering • 2015 - 2019
Work Experience
Research assistance • Chang Gung University Reliability Center
Feb 2019 - Sep 2019
Assist in organizing machine SOP files, organizing data, and using ANSYS for simulation, mainly to assist in the experiment, and at the same time to learn reliability science-related knowledge.
Internship of quality control • TAITEIN electronics CO., LTD
Jun 2018 - Aug 2018
Summer internship, mainly responsible for product quality assurance operations, including vibrate, drop, humidity, high temperature, and other tests.
Project
Master Thesis
Reliability Investigation of Nano-bimetallic Layers Deposited on Polymeric Substrate for Flexible Electronic Application
Undergraduate Project
Development of light-emitting diode array-based optical communications
Undergraduate Seminar
Measure the luminous characteristics of LED arrays with the same area
