Software Quality Assurance Engineer Resume Tempe, AZ - Hire IT People

OBJECTIVE:

Looking for a position that would allow to apply and expand my skills set and work directly with IC designers and systems engineers.

SUMMARY:

Knowledge of various analog circuit design blocks (Impedance Matching, LNA and RF amplifiers, Analog Filter Design)
Understanding of digital circuit design and analysis (State Machine, Controllers)
Proficient in CAD software tools for analyzing and designing analog and digital circuits (Cadence Virtuoso, GNU Radio Companion, Gezel, LTSpice, Workbench Multisim, OrCAD, LogicWorks 5 )
Proficient in C/C++, .NET C#, Visual Studio 2008, TI Assembly, Microchip micro - C, MPLab, Matlab/Simulink, TestStand, LabView, Java.
Experience with UNIX and Windows operating environment
Digital filter design and simulation, basic knowledge of DSP
GPIB test equipment including spectrum analyzers, network analyzers, signal generators, oscilloscopes, power meters and power supplies
Developed several test sequences for GSD5xp, GSD5t GPS/GLONASS ICs: acquisition and tracking sensitivity, DC power and current measurements, system equivalent noise measurements

PROFESSIONAL EXPERIENCE:

Confidential, Tempe, AZ

Software Quality Assurance Engineer

Responsibilities:

Development of test automation software, test execution, and test results reporting and analysis.
Programming RF test and diagnostic equipment such as signal generators, spectrum analyzers, and power meters.
Software programming experience for test automation using Python, C#, LabVIEW, TestStand.

Confidential

Internship in Quality Assurance Department

Responsibilities:

Confidential

Research assistant

Responsibilities:

Design and fabrication of electronic circuits. Test and measurements.
Hardware and software integration of a wireless sensor data transmission system to send oceanic measurements to the shore.

Confidential

Assistant

Responsibilities:

Interpretation, mathematical modeling and electronic design for the control of dynamic systems and hydraulic systems.
Designed, implemented and tested a proportional (P) controller and a proportional-derivative (PD) controller for a moving weight system on a seesaw to keep the seesaw in equilibrium.
PICs programming in C ++ and Mplab assembler for the simultaneous control of four different systems: a fire alarm, a sound-activated activated lamp control, temperature control in an incubator between 22 and 40 degC, and a heating control. Implementation with thermistors, optocouplers, flip flops, relays, timers etc.