Power Design Tools: POWER WORLD, PLC SCADA, MI Power, Basics of AUTOCAD Electrical
PLC Controller: OMRON ZEN, IP 3416
Office Tools: Microsoft Word, Power Point, Excel
Operating Systems: MS Windows, Mac Wireless Communications; Data Communication; Digital Communication; Antenna and Wave Propagation; Satellite Communication; Electromagnetics; Embedded Systems; Programmable Logic Controllers Ambitious, Analytical, Confident, Dedicated, Efficient, Hardworking, Honest, and Motivated.
Electrical Engineer, 06/2013
to 11/2013 Elechmech Switchgear and Instrumentation
Worked as a team member for designing and drawing schematic drawing of electric circuit of a switchgear panel and implement that drawing in AUTOCAD Electrical.
Formed and debugged PLC ladder program for OMRON ZEN Controller (3023M-2EN-2OCIDR-D-V2) which was used in the panel.
Tested and trouble shoot the panel to investigate the desire output from it and made a detailed final report of the code and the system.
to 11/2011 PECO Industries
Quality testing of manufactured products such as Contactors, Relays and Starters.
Examined maintenance and protection of the electrical equipment's of the unit.
Master of Science: Electrical Engineering,
Current The University of Texas - Arlington,
Texas GPA: GPA: 3.5/4Electrical Engineering GPA: 3.5/4 Majoring in Telecommunication System, Embedded & Microprocessor and Power Electronics
Bachelor of Engineering: Electrical Engineering,
June, 2012 Gujarat Technological University - Gujarat GPA: GPA: 3.5/4Electrical Engineering GPA: 3.5/4
Space-Time Block code (STBC) for BPSK Modulated Wireless Communication Synopsis: The main focus of this project was to analyze the STBC for BPSK (Binary Phase Shift Key) modulation.
Also, learned the transmitter, channel and receiver of the wireless communication system in detail.
Optimize the MATLAB code for STBC Encoder, Rayleigh and Rician Fading channel, Viterbi Decoder for 2 states BPSK and 4 states BPSK.
Multiple Input Multiple Output (MIMO) - Simulation Demonstrate Accurate Symbol Error Rate for High SNR Synopsis: The Main focus of this project was to study MIMO scheme deployed in the 4G LTE technology for enhancement of wireless signal reception in diverse systems, employing the use of dual polarized antennas instead of two spatially separated antennas as a promising cost effective alternative, along-with carrying higher capacity.
Understanding of random generation of signal, AWGM noise and channel co-efficient is done.
Antenna polarization was simulated, using MATLAB, for Rayleigh channel for (2x2) MIMO and compared SNR vs BER curve between transmit and receive antenna.
Interface between computer and internet using Wireshark Synopsis: Data Collection, find the IP address, physical address, DNS server and DHCP server, locate the DNS query and response.
Analyze and follow TCP stream to determine port number, window and message size.
Tracert to trace route from source node to destination node.
RESEARCH PAPER PRESENTATION Downlink Scheduling for Multiclass Traffic in LTE Designed scheduler by keeping in mind the practical results of resource allocation, computational algorithms and scheduling.
Queue & Channel aware QoS is necessary in LTE Downlink in order to diverse traffic types and delay sensitive flow.
Advanced Wireless Communications; Wireless Communication Systems; Data Communication Engineering; Microprocessor Systems; Embedded Microcontroller Systems; Programmable Logic Controllers in Industrial Automation; Control Theory; Electrical Circuits and Networks
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Companies Worked For:
Elechmech Switchgear and Instrumentation
The University of Texas
Gujarat Technological University
Job Titles Held:
Master of Science : Electrical Engineering , Current Bachelor of Engineering : Electrical Engineering , June, 2012
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