Yunlin Xie

adg2bf@r.postjobfree.com

mobile: 650-***-****

EDUCATION

San Jose State University B.S. 2019 – 2021 Computer Science De Anza College 2017 - 2019 Computer Science

PROGRAMMING SKILLS

Java, C, C++, JavaScript, React, HTML, CSS, SQL, AWS(S3, CloudFront, Route 53, API Gateway, Lambda, RDS), PHP, Python, bash, git, UML, VerilogHDL

COURSES

Java Programming De Anza College, Fall 2017

Intermediate Programming Methodologies in C++ De Anza College, Fall 2018 Beginning Programming Methodologies in C++ De Anza College, Spring 2018 Discrete Mathematics De Anza College, Winter 2019

Data Abstraction and Structures De Anza College, Winter 2019 Introduction to x86 Processor Assembly Language De Anza College, Spring 2019 Data Structures and Algorithms SJSU, Fall 2019

Applied Probability and Statistics I SJSU, Fall 2019 Operating System SJSU, Spring 2020

Object-Oriented Design SJSU, Spring 2020

Server Web Programming SJSU, Fall 2020

Computer Architecture SJSU, Fall 2020

Intro to Database Management System SJSU, Fall 2020 Formal Language and Computability SJSU, Fall 2020

SELECTED PROJECTS

Spending Tracker, (Personal Project)

A website to track monthly spending. I wrote the client side with JavaScript, using React, react-router, deployed in S3 with CloudFront/Route 53. I implemented the API backend with Python, API Gateway, Lambda, and used MySQL, RDS for the database.

Mimics an online store, (Group Project of Data Abstraction and Structures) A Java terminal application mimics an online store to sell stationery. It includes five parts: the BST for storing products' information, the HashTable for storing customers' information, the priority queue for storing the data of orders, login/logout functionality, and the main function. I collaborated this project with other students and I implemented BST and HashTable.

SimStation, (Group Project of Object-Oriented Design) A Java project using java.swing and java.awt. It is a framework for creating simulations. Each simulation involves agents moving around an environment and interacting with random neighbors. It has six packages: four simulations' packages, an mvc package provided by the professor, and a simstation package. This project was done with two other students. The plague package is my individual work, the pdt and SimStation packages are co-implemented. LINKS

Spending Tracker:

https://www.yunlinxie.com/

Linkedin:

https://www.linkedin.com/in/yunlin-xie/

GitHub:

https://github.com/YunlinXie

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