---
title: Resume
tags:
  - resume
  - readme
date: 2024-03-07
---

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                <h2 color="#000000"  style="margin: 0px; font-size: 20px; color: #3A4E48; font-weight: 1000;"><span>Jude</span><span>&nbsp;</span><span>Wang</span></h2>
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# 📐 Education

**Zhejiang University (ZJU)**,&nbsp;&nbsp;Zhejiang,&nbsp;&nbsp;China <span style="float: right; ">2022.09 - Now</span> <br>
*M.Sc.* Major in Biomedical Engineering (BME)

**Exchange to National University of Singapore (NUS)**  <span style="float: right; ">2021.08-2022.05</span> <br>
*Final Year Project* &nbsp;instructed by [Dan Wu](https://person.zju.edu.cn/en/danwu) and [Zhiwei Huang](https://cde.nus.edu.sg/bme/staff/dr-huang-zhiwei/)

**Zhejiang University**, &nbsp;&nbsp;Zhejiang, China <span style="float: right; ">2018.08-2022.06</span><br>
*B.S.* Major in Biomedical Engineering (BME), *The first Lv Weixue laboratory class in ZJU*<br>
*B.S.* Minor in *Intensive Training Program of Innovation and Entrepreneurship (ITP)*

**Summer exchange to City University of HongKong (CityU)** <span style="float: right; ">Aug. 2019</span>

# 🔥 Projects & Research Experience

**Master's thesis** <span style="float: right; ">2022 - now</span> <br>
*SAR image reconstruction to detect burn skin based on UWB echo signal*<br>
For now, my master's research direction is about echo signal processing. Ultra-wide band(UWB) signal has a good ability to across skin surface to get information under skin. We want use UWB signal's feature to detect skin burn level in non-invasive way. This project involves *back projection(BP)* algorithm to reconstruct 3D image from echo signal, image artifact removal based on amplitude coherence factor(ACF) and correlation weighted(CW), burn level evaluation method and so on. 
https://github.com/PinkR1ver/UWB-Imagination-Using-SAR

**FYP** <span style="float: right; ">2021-2022</span> <br>
*Radiogenomics Analysis of Glioblastoma with Deep learning Techniques*<br>
I finish this FYP instructed by [Zhiwei Huang](https://cde.nus.edu.sg/bme/staff/dr-huang-zhiwei/) in NUS. This project contains three part. MRI image segmentation by *U-Net*, radiomics features extraction by *pyradiomics*, and feature vector classification by machine learning such as *random forest*, *MLP*, *SVM* and so on. [https://github.com/PinkR1ver/Radiogenemics--on-Ivy-Gap](https://github.com/PinkR1ver/Radiogenemics--on-Ivy-Gap)

**SRTP** <span style="float: right; ">2020-2021</span> <br>
*3D tooth segmentation based on deep learning*<br>
This project targets at instance segmentation given images on teeth . We have implemented a semantic segmentation to detect teeth and gingiva using PointNet, and then utilize bounding boxes to do instance segmentation on every single teeth using 3D-BoNet.

**Smooth Boy** <span style="float: right; ">Aug. 2020</span> <br>
*A skin evaluation and product recommendation WeChat app*<br>
Smooth Boy is a WeChat app that can evaluate a person’s skin quality and recommend skin care products and it was especially developed for young male teenage who purchase for beauty. It was a real self-learning project as well. In this project I design the UI and code the core part of the app to achieve the function of detecting the person’s face. [https://github.com/PinkR1ver/Smooth-Boy](https://github.com/PinkR1ver/Smooth-Boy)


**Sketchpad** <span style="float: right; ">Apr – Jun. 2019</span> <br>
*Polynomial function visualization in 1995 style* <br>
It was my first class project in college. It was a simple program based on an old graphics library which created in 1995, can draw image of polynomial function. In this project, I built the whole structure of the code and organize my team to code different part to make it done. It was really exciting to stay up all night to code and when it was finished, I almost cried that time. [https://github.com/PinkR1ver/SketchPad](https://github.com/PinkR1ver/SketchPad)


# 🤹🏽Skills & Knowledge

## Proficient
<br>
<div style="display: flex; white-space:nowrap; overflow:auto; padding: 15px">
	<img align="left" alt="python" height="35px" style="margin:0px 4px" src="https://github.com/PinkR1ver/Jude.W-s-Knowledge-Brain/blob/master/warehouse/img/skills/python.png?raw=true" />
	<img align="left" alt="matlab" height="35px" style="margin:0px 4px" src="https://github.com/PinkR1ver/Jude.W-s-Knowledge-Brain/blob/master/warehouse/img/skills/matlab.png?raw=true" />
	<img align="left" alt="numpy" height="35px" style="margin:0px 4px" src="https://github.com/PinkR1ver/Jude.W-s-Knowledge-Brain/blob/master/warehouse/img/skills/numpy.png?raw=true" />
	<img align="left" alt="pandas" height="35px" style="margin:0px 4px" src="https://github.com/PinkR1ver/Jude.W-s-Knowledge-Brain/blob/master/warehouse/img/skills/pandas.png?raw=true" />
	<img align="left" alt="pytorch" height="35px" style="margin:0px 4px" src="https://github.com/PinkR1ver/Jude.W-s-Knowledge-Brain/blob/master/warehouse/img/skills/pytorch.png?raw=true" />
	<img align="left" alt="anaconda" height="35px" style="margin:0px 4px" src="https://github.com/PinkR1ver/Jude.W-s-Knowledge-Brain/blob/master/warehouse/img/skills/anaconda.png?raw=true" />
</div>

## Detail

* Program Language: Python >= MATLAB >> C == HTML/CSS/JavaScript
* Deep Learning Associated:
	* Proficient in PyTorch deep learning frameworks
	* Familiar with the common techniques and algorithms of deep neural network,.
	* Familiar with the common CV tasks and NLP tasks.
	* Familiar with some famous backbone of DL model -  U-Net, Vit...
	* Learning LLM knowledge recently
* Core lessons: 
	* NUS - EE4305 - Fuzzy/Neural System for Intelligent Robotics - Grade: A
	* NUS - EE4309 - Robot Perception - Grade: A-
	* ZJU - Signal and System - Grade: A-
	* ZJU - Modern Medical Imaging Technology - Grade: A
	* ZJU - Data Structure - Grade: B+
	* ...
* Toolkit: Git, VS code

## Others

*  Jekyll, RStudio and some other tools to build personal blog: [https://pinkr1ver.com](https://pinkr1ver.com) (🚧 obsolete...)
* HTML+CSS+JS to create my photo slide show web - [https://pinkr1ver.com/PhotoGallery/](https://pinkr1ver.com/PhotoGallery/)
* SHAP analysis for model interpretability https://github.com/PinkR1ver/SHAP_Tutorial
* $\LaTeX$ for my FYP thesis, contributed to 1.9k star repository [zjuthesis](https://github.com/TheNetAdmin/zjuthesis)

# 🏆 Honors

* Excellent Graduate of Zhejiang University
* Third Class Scholarship of Zhejiang University

# 🎈 Clubs & Social Activities

* Support Education in Jiande Town, Changsha, Hunan <span style="float: right; ">2019.7-2019.8</span>
* DanYang & QingXi Community Student Union New Media Department deputy director <span style="float: right; ">2018-2020</span>

# 🌺 Other Fun Facts

* Outdoor fans - cycling, hiking... - [My Strava Profile](https://www.strava.com/athletes/109116948)
* Photography fans - [My Photo Gallery](https://pinkr1ver.notion.site/3cfdd332b9a94b20bca041f2aa2bdcd2?v=24e696e6ab754386a710bc8e83976357)
* Loving films, dramas, books... - [My Watching List](https://pinkr1ver.notion.site/5e136466f3664ff1aaaa75b85446e5b4?v=a41efbce52a84f7aa89d8f649f4620f6)
* PC Game fans, especially CS, Dota... - [My Steam profile](https://steamcommunity.com/id/PinkCred1t)
* Chess fans - [Rank in chess.com](https://www.chess.com/member/yichongwang)

# 📟 Contacts

* 🏢: Dept. Biomedical Engineering Lab 511 | Zhejiang University
* ☎: +86 177-6826-6860
* 📬: pinkr1veroops@gmail.com