Student

Prachi Bhide

**** *. ****** **, ***#B, Reno, Nevada 89503

E-mail: *************@*****.***

Phone # 775-***-****

Objective: To secure position as Electrical Engineering intern/entry level job in the field of communication, digital electronics, fiber optics and optical sensors.

Education:

M SElectrical Engineering GPA: 3.33 Fall 2009 – Till date

University of Nevada, Reno

B E Electronics and Telecommunication GPA:3.5 August 2008

University of Pune

Software:

Matlab, Optsim,Genesys software, Active HDL, Xilinx, MultiSim, RIDE, Robix, Robocell, Orcad, VHDL, MS office.

Course Work:

Optical Fiber Communication, Microwave Integrated Circuits, Analog Circuits, Electronics circuit and application, Fiber Optics Networking, Digital Electronics, Optical Fiber Sensors and Application, Digital electronics, Robotics and Industrial Automation, Audio and Video Engineering, Power Electronics, Advanced Microprocessor.

Work Experience:

1) Teaching Assistant: Physics Department, UNR January 2010 – Till Date

2) Student Worker: Physics Department, UNR September 2009 - December 2009

3) Business Developer Assistant: VMR Tech, India January 2009 – June 2009

Projects:

1) Design the micro-integrated low pass filter.

2) Design and validation of Hardware-In-Loop simulation using Model Based Development on MPC555 Processor to activate motion of solar panels in synchronous with motion of the sun in Matlab Simulink.

3) Design TV tuner card usingof Silicon tuner circuit.

Seminars:

1) Presented a lecture on “Damped Vibration Detection based on Beat Frequency, FM and FDM techniques” for Optical Fiber Sensors and Application course.

2) Presented lecture on “Adaptive Optical Network Unit for Point-to-Point and PON systems based on Gigabit Ethernet with improved loss budget for GE PON ONU” for Fiber Optics Networking course.

3) Presented lecture on “Closed-Form Equations of Conventional Microstrip Couplers Constructed with Floating-Plate Overlay” for Microwave Integrated Circuits course.

4) Presented a lecture on “Free space optics” for Optical Fiber Communication course.

Relocation: No relocation constraint

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