Basic 

Wei-Liang Lee (李威樑)  / Wade Lee   

   Be willing to communicate and learn new technology.

#  IT Engineer | Software Engineer | Data Analyst

IT people working in the semiconductor industry.


tel: 0911471343

Miaoli Zhunan 

[email protected]                                             

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 Career

United Microelectronics Corporation (UMC), IT Engineer, Oct 2021 ~ now

Responsibilities: 

  •  Introduced new technologies to the team.
  •  Developed and deployed both front-end and back-end systems. 
  •  Managed and optimized databases. Conducted user requirement investigations and specification analysis.
  •  Ensured system maintenance. 
  •  Participated in various system development projects of different scales.

 Professional Skills: 

  •  Proficient in front-end and back-end systems using Angular and .NET Core frameworks. 
  •  Developed a smart assistant for another department, utilizing OpenAI as the cognitive model to drive innovation and reduce training costs. 
  •  Applied chat technology using bot framework v4. 
  • Leveraged machine learning for organizational management, such as human resource modeling. 
  • Proficient in version control with Git and virtual containerization using Docker and K8S within the team.
  •  Wrote business logic procedures.

 Skills


Artificial Intelligence

  • OpenAI
  • Keras 
  • Scikit Learn 
  • XGBoost 
  • OpenCV 

Crawler 

  • Selenium 
  • Beautiful soup 

 


Cloud Service 

  • Azure 
  • Azure Bot Service 


Programming

  • Python 
  • Java 
  • Typescript 
  • C# 
  • R

Web 

  • Angular
  • Node.js
  • JSP / Servlet 
  • Flask

Version Control 

  • git


Database

  • MySQL
  • Oracle
  • Fuseki
  • MongoDB

Statistics
  • Tableau
  • R
  • SPSS
  • Power BI
Virtualization
  • Docker 
  • Kubernetes

 Education

Information Management . NSYSU,2018 -  2020 

Improve data science, statistics, artificial intelligence and data analysis capabilities

  • Interview enterprises to analyze customer value and market trends with real data.
  • Participate in data competitions and use machine learning to predict insurance purchase intentions.
  • Use text exploration and data analysis to explore the participation of live broadcast audiences.

Information Management . CYCU,2014 - 2018 

Specializing in website,database management and optimization to solve corporate problems.

  • The SA course developed an Android APP and win the classroom masterpiece.
  • The undergraduate research is an open database, connecting the local and German Drugbank databases.
  • Build  ticket booking and ordering system.

 Projects (student)

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Customer value analysis

Define customer classification rules in RFM model to find high-value customers

more
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Insurance model

Use the XGboost algorithm to training data and predict the insurance purchase behavior of 150,000 customers provided by the competition.

more
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Image recognition

Use CNN to train Keras's Cifar10 data set, and perform Image Augmentation and Dropout  to improve  accuracy.
more
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Operator APP

Use the NFC function senses RFID, and simulates the binding of materials and manufacturing orders of the factory.

more
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Order website

Set up an ordering website, and properly normalize and optimize the database.

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NSYSU IM UI

Design the official website interface of NSYSU IM, with clear icon blocks for functional division, creating a good UX.

more

Master's Thesis-Live Broadcasting Situation and Participation Behavior Analysis


Abstract

       The study uses web crawlers to collect data from live streaming sessions, and uses Social presence theory and Para-social interaction to develop a research model that captures the experience of chat room communication and interaction between streamer and audience.



Undergraduate research — Drug Open Data


        Importing open data from the local government with the Semantic Web framework can be easily obtained and used by Internet users around the world. This project is connected to the German drugbank database to provide more information for drug users and solve the problem of insufficient drug information.



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Leetcode 

Possess an intermediate level of algorithm and data structure

  • Array、Linked List、Hash map、Stack&Queue、Tree  
  • BFS&DFS、Greedy、Pointers、Slinding Window、Backtracking、Sort、Dynamic Programming 



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TOEIC

TOEIC 730。