Hi, I'm Ruipeng Han!

📚 Currently a Master of Computer Science student at UIUC. Expect to graduate in May 2024.
🎓 Obtained B.S. in Math & Computer Science & Statistics at UIUC in May 2023.
💻 Past four internship experiences as a full-time software engineer.
🔭 Currently working on a project lc-gg.com, an online group-study leetcoder sharing & contest platform.
🌟 Main languages: Python, C++, HTML/CSS/JavaScript
🛠️ Frameworks: Next.js, Django, Flask, Java Spring Boot
🚩 Interested in Full Stack Machine Learning Application development
👨‍💻 All of my projects are available at https://ruipenghan.com
🤔 I’m currently open for: An Intern or a new full-time job opportunity. 
🌐 In case you are interested in learning more about me, visit my website at https://www.ruipenghan.com, or find my CV here at https://www.ruipenghan.com/cv .

🤝 Connect with me

🚀 GitHub Stats

⚡ Ruipeng's Stats

⚡ Top Languages

Note: Top languages is only a metric of the languages my public code consists of and doesn't reflect experience or skill level.

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It's not perfect, isn't it?

“I think it’s very important to have a feedback loop, where you’re constantly thinking about what you’ve done and how you could be doing it better.” – Elon Musk

Ruipeng Han's Projects

bestflightroutessimulator

Final Project for CS 225 at the U of I. This project finds the best possible (in terms of shortest distance) from a location to another location based on avaiable flights.

course-lookup-engine

This is a course lookup engine designed specifically for UIUC. It supports lookup, comment, rate, and update UIUC course information.

garbagecollector

This is the Garbage Collector project for the Honors CS 296 course at the U of I.

github-readme-stats

:zap: Dynamically generated stats for your github readmes

high-frequency-trading-strategy

This is a semester-long project for the course IE 498 "High Frequency Trading" at UIUC.

leetcode

This is a space dedicated to organizing my Leetcode problems.

This is the final project for the course"CS 125: Intro to Computer Science" at the U of I. This is an android project that solves a 3 by 3 rubiks cube by processing the 6 pictures of the corresponding each face of the cube and return user steps to solve the cube back to its original state.