RF Test Engineer Resume

SUMMARY

Seeking a challenging, full - time position in a company as a process / product / design engineer to apply my engineering skills for designing or manufacturing leading edge electronic products
RF of the regional cellular network - design and testing, excellent in troubleshooting, familiar with drive test equipmentTEMS and Agilent
Strong theoretical background - Semiconductor Device Theory, Microelectronics, etc
Materials characterization and development - extensive research experience in material engineering using innovative ideas
Silicon IC fabrication and wafer processing - in-depth knowledge on silicon technology and processing
Analog circuit design and digital signal processing - strong in analog filter design, familiar with Multisim
Computer programming skill – familiar with Matlab and C++

PROFESSIONAL EXPERIENCE

RF Test Engineer

Confidential

Responsibilities:

Conducted (Wifi, 3G) drive testing for potential sites, new site integration, and system optimization, Analyzed switch statistics.
Tested RF transmission using Grayson, Clarify collector, Agilent, Spectrum Tracker, Invex 3G and UMTS TEMS 11.0.
Used RF and Cell site testing tools (HP Analyzers) and drive test equipment such as TEMS and Agilent for analyzing signal strength. Gained extensive knowledge and usage experience with these testing equipments.
Used FileZella FTP for data throughput testing in Solaris Unix system.

Test Engineer

Confidential

Responsibilities:

Performed post-silicon validation of power state flows and low-power DFX features for next generation LPIA (Low Power Intel Architecture) microprocessors and SoCs.
Worked on post-silicon issue debug. Developed focused tests on post silicon validation.

Research Assistant

Confidential

Responsibilities:

Development of nickel deposited alumina solar selective absorption coating combined with solar cell working together to generate both heat and electricity.
Hands-on experience in standard silicon processing unit operations (wet cleaning, etching, lithography, oxidation etc.) through Nano laboratory at Confidential .
Familiar with material processing and growth techniques Chemical vapor deposition (CVD), Plasma-enhanced chemical vapor deposition (PECVD), HV (high vacuum)-CVD, reactive ion etching (RIE), and Physical vapor deposition (PVD).
Develop linear FIR filter and IIR filter with pass-band edge 1.8 kHz, stop-band edge 2.4 kHz, peak pass-band ripple 0.1 dB, minimum stop-band attenuation 35 dB and sampling rate 12 kHz by using Matlab.
Hands-on experience with PSPICE and HSPICE