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Shilpi Sharma 469-951-7150
[email protected] OBJECTIVE To obtain a full time position as an RF and Microwave Design Engineer starting summer of 2017.
EDUCTION Master of Science in Electrical Engineering Anticipated May 2017 The University of Texas at Dallas GPA: 3.889
Bachelor of Engineering in Electronics Engineering May 2015 Birla Institute of Technology, Mesra GPA: 8.05/10
RELEVANT COURSES RF & Microwave Circuits RF & Microwave Systems Engineering Fields and Waves RF Power Amplifiers Microwave Design and Measurements Antenna Engineering and Wave Propagation RF & Microwave Amplifier Design Wireless Communications Lab RF Integrated Circuit Design Computational Electromagnetics
COURSE PROJECTS AND LABS RF and Microwave Design and Measurements
Design and analysis of nine RF circuits including microstip resonator, power divider, coupler, butterworth & chebychev
filter and amplifier using AWR Microwave office (MWO) and AWR Axiem electromagnetic solver.
easurement of designed RF circuits by using a vector network analyzer (VNA), RF power meter, spectrum analyzer.
RF and Microwave Systems Design and simulation of system-level receiver and transmitter performance with AWR Virtual System Simulator (VSS)
for a ioT based smart traffic system. Simulated for gain, cascaded noise figure, P1dB, IP3, PAE and yield analysis.
Power Amplifier
Design of Class A, B and C power amplifier with power combining technique by performing DC-IV analysis
RF Amplifer
Design of a two stage low noise amplifier LNA using NEC710 transistors for given specification.
Antenna Engineering and Wave Propagation Design of Tapered Microstrip slot antenna in HFSS, milled the design and measurement of design in anechoic chamber.
Wireless Communication Lab Physical Layer simulation of ERP IEEE 802.11g and design of Orthogonal Frequency Division Multiplexing TX and Rx
Modulation and Demodulation (BPSK, QPSK, QAM, PAM), channel estimation and equalization
TECHNICAL SKILLS
Extensive experience on following lab equipment and software tools: Equipment: RF Power Meter
Oscilloscope
Spectrum Analyzer
NI USRP
Vector Network Analyzer
Signal Generator
Software Tools: AWR-MWO-Axiem-VSS Ansys-HFSS LABVIEW
MATLAB Cadence Virtuoso FEKO
ADS-Momentum Microsoft Office
OS & Languages Linux (Ubuntu) C VHDL
EMPLOYMENT EXPERIENCE
RF Antenna and System Research Assistant January 2016 – Present Developed a commercial wireless Laguerre-Gaussian beam solution to achieve increased data rate transmission for 5G
standards using spatial multiplexing
National Instruments Technical Intern (AWR Group) May 2016 – August 2016 Created real-world application examples for designers. Created example for using HFSS connected for AWR. Contributed by
designing new generation of 2layer board and added 5 new elements on 3D FEM parameterized editor cells.
ACHIEVEMENTS
Paper accepted ‘Experimental Demonstration of a Dual-channel E-band Communication Link using Commercial Impulse
Radios with Orbital Angular Momentum Multiplexing’ for IEEE Radio Wireless week 2017.
Poster presentation on ‘Spiral Phase Plate for Generation of mm-wave Laguerre Gaussian Beams’ at MTTS Texas Symposium
