Anubhav Saxena
**** * ******* ***, ***** Ana, CA-92704 Phone:213-***-**** ***************@***.*********.*** LinkedIn: www.linkedin.com/in/anubhavsaxena93
Education:
California State University, Fullerton(CSUF) Fullerton,CA
Master of Science in Electrical Engineering, 3.89/4.0
Aug 2015-May 2017
Courses: Digital Communication and Phase Locked Loop, Microwave Engineering,Antennas, Analysis of Random Signals, Cellular Mobile Communication Systems, Satellite Communications
Amity University Noida,India
Bachelor of Technology in Electronics and Communication Engineering
July 2011-May 2015
Courses: DSP, Microprocessor, Microcontroller. DICD, Data Structures using C.
Skills
Programming Languages: Python,SQL,C,C++, Matlab, Html,VHDL RF Testing Tools : VNA,SNA, Signal Generators,FFT,Vector Signal Analyzer, Microwave Power Meter
Wireless Technologies: LTE(L1 and L2 interfaces),LTE-Advanced,Wifi,Bluetooth, ATOL, Wind Catcher,XCAL,CAP,AcuverWind Catcher
Design Tools: OrCAD PSpice, ADS
Industrial Experience
Graduate Research Assistant Jan 2017-Present
CSUF Fullerton, CA
Supervising directly under Professor Hamidian to grade Satellite Communication’s submissions. RF Test Intern, May 2014-July 2014
Bharat Electronics Limited(BEL) Ghaziabad, India
● Implemented 3D-surveillance RADAR consisting of Radar Sensor Vehicle, Data Centre Vehicle.
● Testing of Wi-Fi stack and Embedded Programming for GPIO control of RF Front End. Test Intern Dec 2013-Feb 2014
IGATE Noida, India
● Developed test cases in C++ for LTE Protocol Simulator and testing of BT stack. RF Test Intern May 2013-Jun 2013
Edynamic Gurgaon, India
● Drive Testing and Walk Testing of LTE site verification, handover testing and troubleshooting.
● Researched Downlink and Uplink throughput testing,
Academic Projects
● Designed a microstrip based rectangular patch antenna using substrate RT/Duroid 5880 though Agilent ADS.
● Performed simulation of BPSK signals in presence of AWGN and calculated BER and PSD through Matlab.
● Researched about path loss and received power in 2-Ray ground reflected model using Matlab.
● Improved Parameters in Analog to Digital Converter in Continuous Time DSP using companding.