Xinyu Hu
Tel +1-214-***-**** E-mail *********@********.***
Address **** ****** **** **, ***.1222, Plano, TX, 75075 Personal Website: http://www.utdallas.edu/~xxh142030 OBJECTIVE
To obtain: Full-time Entry-Level position in the field of Java programming/Web programming. Or Internship:summer 2016.
EDUCATION THE UNIVERSITY OF TEXAS AT DALLAS, Richardson, Texas Master of Science, December 2016(expected), Computer Science, Overall GPA: 3.625
ZHEJIANG GONGSHANG UNIVERSITY, Hang Zhou P.R. China Bachelor of Science, May 2010, Computing Science,Overall GPA: 3.5 COMPUTER Languages: Java, MIPS
SKILLS Database Design: SQL
Web Programming: html,css,javascript,php,ajax
Development Environment: Eclipse, Visual Studio, .NET, Linux, MySQL, Mars EXPERIENCE Interests and extra-curricular activity Manager of the UTDbaike website,Official BBS and Database of Friendship Association of Chinese Students and Scholars(FACSS) at UT Dallas Oct, 2014 ~May, 2015
CS Outreach Program at UT Dallas: Teaching computer knowledge in clubs Jan, 2016 ~
COURSE
PROJECT
Developer, Java
UT Dallas
An Airline Searching Panel for use by travel professionals May, 2015 A JAVA GUI application that interfaces with a backend MySQL database to manage its data. Developer, Python & Java
UT Dallas
An automatic tool for testing JAVA projects April, 2015 Design a tool that contains the ability of automatically downloading, building, and running JUnit tests for open-source java projects.
Programmer,Java
UT Dallas
A Triangle Tetris game,Java March, 2015
Design and implemented a Tetris game, with each component composed of one or more isosceles triangles. Programmer,Java UT Dallas UT Dallas
Machine Learning Project, Java Nov, 2014
Implemented the Numerical Cross Validation algorithm and implemented the algorithm of Binary AdaBoosting and Real Adaboosting.
Programmer,MIPS
UT Dallas
Hangman Game, MIPS March, 2015
Implemented a MIPS version of Hangman game on Mars. BIG DATA Program(Friends Recommender),Hadoop Java
UT Dallas
A MapReduce program in Hadoop that implements a simple “People You Might Know" social network friendship recommendation algorithm. The key idea is that if two people have a lot of mutual friends, then the system should recommend that they connect with each other. Feb, 2016 VISA STATUS F.1 student