Chien Kai WEI

R&D engineer specializing in Copper Clad Lamination. Well-versed in organic/inorganic submicrostructure synthesis/analysis, nonlinear optics and materials genome initiative(MGI). Made 6 products put on the market, built up an AI training model based on MGI. Hoping to be an knowledge and technology center help our team overcomer all the challenge.

 

Dedicated R&D engineer with 3+ Years of Eperience
New Taipei city,TW

0931-693-577
[email protected]

Work Experience
Nan Ya Plastics company-Research & Development Center

R&D Engineer, Feb 2020-Sep 2022

  • Made five CCL substracts for AiP/AoP, 5G mmwave communiction, ADARs and Server application put on the market.
  • Coworked with Japanese AI company to build up a self-made AI model based on materials genome initiative of CCL in order to reduce the time of new product development.
  • Did a market survey about compound semiconductors(SiC) and ceramic substracts specialized in xEV power module.

Assistant Engineer, Jan 2019 - Jan 2020

  • Made a new CCL substract for AiP/AoP application put on the market  
  • Advanced performance of three existing products

Education 


NATIONAL TSING HUA UNIVERSITY (NTHU)

Master degree of Chemistry

Sep 2015 - Jul 2017

  • Relevant coursework: physical chemistry, modern laser microscopy image, quantum chemistry, molecular fluorescence, dynamic chemistry, semiconductor 
  • Research topic: Investigating metal enhanced fluorescence by various nanostructures of gold particles using fluorescence lifetime image microscope

NATIONAL CHENG KUNG UNIVERSITY (NCKU)

Bachelors of Chemistry

Sep 2011 - Jul 2015

  • Relevant coursework: physical chemistry, organic chemistry, inorganic chemistry, analytical chemistry, biochemistry 

Skill


Hard Skills

  • Non-linear optics background
  • Home-made microscope
  • CMOS process experience
  • Copper clad Lamination
  • AMB ceramics substracts 
  • IELTS 6 / TOEIC 875


Soft Skills

  • Project manage 
  • Negotiation 
  • Interdisciplinary Learning/ Communication
  • Leadership 
  • Trouble shooting / analysis