Yanqi Xue

5749 Littleport Road, Mckinney TX 75070

972-375-4666

yanqi1987716@yahoo.com

OBJECTIVE

Seeking a challenging career in Electrical Engineering, this utilizes my skills, abilities, and education in an

environment that appreciates hard work and knowledge.

EXPERIENCE

Teoco - Device Test Engineer - Dallas, TX (02/13 - Present)

Experience working on the top smart phone cellular technology handset manufacturer by connect RF

antenna. Provide certificated LTE, UMTS(3G), GSM(2G) test plans, test cases, and documenting test

defects for Android, RIM, Samsung, and ZTE, etc. Also had experience in using QA tools such as HP

Quality Center, AQCC.

Perform Pre-Lab entry and R&D testing of Telecom Wireless products going through

AT&T Product Acceptance.

Design device and UICC requirements and test plans for future and special initiatives.

Lab testing by using R&S CMW500 & CMU200, Keysight, Anite, Anritsu system

Networking: understanding of TCP/IP and UDP, subnetting, firewalls, VPNs..

Professional using QXDM taking logs and system logs that platform provided.

Perform testing on various mobile devices and evaluate them using requirements stated

on the AT&T 10776 Document.

Perform LTE, 3G, and 2G testing using Anite 8960 test equipment.

Knowing CMW500, CMU200 platform.

Handle testing of AT&T 10776 test areas such as Femtocell, Call Processing, Battery

Performance, Parametric Performance, AT commands, AMR-MM, Encryption, TTY.

Knowing all live network testing like Device Diagnostic, 3rd party Apps.

Write Defect reports and explain Fail scenarios to give device manufacturers a better idea

on what fixes need to be made in order to comply with AT&T requirements.

SKILLS

Programming Languages: LabVIEW, PCSpim, Xilinx ISE Design

Software: MS Office, Acrobat Reader, Photoshop, AWR, MATLAB, Ubuntu, Virtual box

Languages: Proficient in Mandarin Chinese and English

Operating Systems: Linux, Windows XP, Window 7, FTP/UDP

Tools: Oscilloscope, Prototyping Board, Verilog

EDUCATION

The University of Texas at Dallas, Richardson, Texas

Bachelor of Science in Electrical Engineering 2012

COURSE PROJECTS

Wi-Fi Based Flight Formation Maintenance System for UAVs

Participated in a Group Project that designed and tested the use of 802.11g Wi-Fi to allow unmanned

aerial vehicles (UAVs) to communicate with each other and maintain their flight formation even if their

GPS signal is lost. This particular system was required to maintain the positions of the UAVs within 6

inches up to 200 feet apart with a weigh allowance of one half of a pound. This project aims to develop

stable Wi-Fi systems that will allow the aircraft to communicate with each other. The system creates a

TCP/IP Ad-hoc network over Wi-Fi utilizing the Gumstix module. It also obtains UAVs orientation using

an I2C connection between the Arduino Mega 2560 and MinIMU-9. Furthermore, we have created a

working triangulation algorithm in conjunction with those systems, and together they will form the Wi-Fi

based flight formation maintenance system for aircraft. It will demonstrate a working algorithm prototype

that can locate and pinpoint the position of aircraft independent of GPS.