Python, Visual Studio, .NET, C#, Selenium, C/C++, Java

Tianxiang Liu

*** * ****, ************, ************

804-***-**** *******@*.*******.***

OBJECTIVE To obtain the QA tester position. Available now. EDUCATION Master of Science in Computer Science May 2017 University of the Pacific, GPA 3.0/4.0

Bachelor of Science in Chemistry May 2014

University of Richmond, GPA 3.2/4.0

COMPUTER Languages & Tools: .NET, Java, Python, C/C++, basic familiarity with C# and XML, Linux, SKILLS soapUI, Selenium Suite; Agile; Silk Test; HPE Unified Functional Testing (UFT), HP LoadRunner, HP Performance Center

EXPERIENCE Tutor Aug 2016 – May 2017

University of the Pacific

• Taught Data Structures Lab, graded students’ labs and homework. ACTIVITIES The ACM-ICPC International Collegiate Programming Contest–2015 Pacific Northwest Regional Contest–D2 Pacific Team 2

PROJECTS Tracking/Coverage and Communication of Multi-agent Robotics January – May 2017 Course Project ( Robotics ), University of the Pacific

• Designed and implemented a system that incorporates image processing, tracking, coverage, and multi-agent robotics.

Word, A Simple Android Game January – May 2017

Course Project ( Human Computer Interaction ), University of the Pacific

• Designed and implemented a simple Android game that allows users to easily pass the time in a fun way.

• Focused on user interface design

Visualizing Football Tweets January – May 2017

Course Project ( Data Science ), University of the Pacific

• Implemented a visualization application from data gathered from Twitter. Cereal Killers – A Linked List Game September – November 2016 Course Project ( Design/Assess of Serious Games ), University of the Pacific

• As part of a group, designed and implemented a video game to teach the concept of linked list.

• Evaluated, both qualitatively and quantitatively, if the game can be developed to aid in the teaching of linked list.

Halogen Bonding by CH3-X Compounds and its Group 14 Analogous 2012 – 2014 Research Project ( Research group of Prof. Kelling J. Donald ), University of Richmond

• Analyzed the Halogen Bonding trends between Group 14 Halomethane Analogues and Lewis Bases using Gaussian 09 writing scripts.

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