Education Summary :
** Completed M.Tech from M.S.Ramaiah Institute of Technology (MSRIT), Bengaluru in year 2017 with 9.44(CGPA) in Digital Communication Engineering.
** Did Engineering from Nitte Mahalinga Adyanthaya Memorial Institute of Technology (NMAMIT), Nitte, Karkala, Mangaluru in year 2015 with 8.74(CGPA) in Electronics and Communication Engineering.
** Passed higher secondary from Viveka Pre -University College, Kota, Udupi dist& Tq. in the year 2011 with 89.33%.
** Passed high school from Govt. High School, Brahamavar, Udupi dist & Tq. in the year 2009 with 88.96%.
Publications :
** Bhuvaneshwari.Y and Nisha S.L, “Implementation of MIMO-OFDM with Space Time Block Codes using Simulink”.
** Publication URL :http://ieeexplore.ieee.org/document/8256582/
Presentations :
** “Implementation of MIMO-OFDM with STBC using Simulink” in the “2nd IEEE International Conference on Recent Trends in Electronics, Information and Communication Technology[RTEICT-2017] ” ,held on 19th -20th May 2017, organized by the Department of Electronics and Communication Engineering, SVCE, Bangalore, Karnataka, India, IEEE Explore IBSN : 978-1-5090-3704-9.
Technical Skill set :
Software Known :
Hands on experience on MATLAB, Simulink Tool, Qualnet (Quality Networking), Keil, HFSS (High Frequency Structure Simulator), Xilinx, Code Composer Studio.
Programming Languages :
C, Java, HTML, Python, VHDL, Verilog, MatLab, Simulink.
Interests :
Wireless Communications, Digital Electronics and Logic Design, Control System ,Computer Networking, Embedded Systems .
Achievements :
** Selected for TEQIP Scholarship for the Teaching Assistantship ,Under the Project Implementation Plan, Govt. of India ,for M.Tech Level Based on PGCET Merit Ranking
** Helped the faculty in conducting the Wireless Sensor Network Lab.
** MHRD scholarship at engineering level based on results with pass distinction.
** Ranked one among the Top 5 student in Digital Communication Engineering Branch at Ramaiah Institute of Technology Bengaluru in the year 2015-17.
Certification :
** An intensive course on Java Programming offered by Subhash Programming Classes.
** Attended a workshop on Network Implementation and Security at NMAMIT, Nitte organized by Association for Computing Machinery-IIT Delhi and Network Bulls [Cisco Certified Networking Course Certification].
** Took up NPTEL(National Programme on Technology Enhanced Learning) online courses on Advanced 3G & 4G Wireless Communications.
** Attended one week workshop on iOS Application Development Programme, 2017 at MSRIT Bengaluru.
** Attended the IEEE International conference on “Smart Sensors and Systems”, IC- SSS-2015 at MSRIT Bengaluru.
** Attended workshop on “Recent developments in signal and image processing with applications”, by IEEE sensor council, Bengaluru.
** Attended the “Internet of Things and its applications” in the International Conference on Circuits, Control, Communication and computing (I4C-2016) at MSRIT Bengaluru.
** Attended one week workshop on “Research Trends and Development on IOT enabled 5G Wireless Networks”, 2017 at MSRIT Bengaluru.
** Underwent a semester long course on soft skills entitled “Individual Effectiveness Lab” and a weeklong workshop titled “Immersive Group Workshop” for developing organizational skills, both conducted by I-Point Mangaluru.
** Underwent an Entrepreneurship Awareness camp by Dept.
of Science and Technology, Govt. of India through EDC NMAMIT, Nitte.
M.Tech Project :
Title : “Implementation of MIMO-OFDM Using Space Time Block Codes”
Software Resources : Matlab-(R2015a)
Tool used : MatLab Communication Toolbox and SimulinkDescription:
** The radio signals transmitted in the wireless channels are corrupted due to channel issues such as fading, interference and noise. In order to handle these effects i.e. to improve the data rate, the BER should be less; this can be done by increasing the no. of antenna at the transmitter and receiver i.e. employing the MIMO system .
** OFDM system the Inter Symbol Interference can be eliminated since the subcarriers are orthogonal to each other.
** STBC scheme is used to transmit more than one replica of the data stream across a number of antennas. Thereby improve the reliability of the system.
** By considering the advantage of all these techniques the project incorporates the combination of all these techniques i.e. the project entitled “The MIMO-OFDM with STBC system” is implemented using MatLab Simulink.
Project Objectives :
** To model the MIMO-OFDM system with STBC in Simulink.
** To compute BER for MIMO-OFDM with STBC for different modulation techniques such as BPSK, QPSK, 8-QAM, 16-QAM, 32-QAM and 64-QAM.
** Compare the performance of various modulation techniques in MIMO-OFDM with STBC and plot the SNR versus BER curves.
** MIMO-OFDM with STBC system with high data rate with less Bit Error Rate is a good solution in wireless applications such as IEEE 802.11 ac (Wi-Fi), Wi-MAX, 3GPP Long Term Evolution (LTE).
B.E Project :
Title : Automatic Temperature and Light Control
Programming Language : Mikro Pro C language Implementation platform: PIC Micro-controller.
Team Size : 4.
Project Objectives :
** The wastage of electricity is one of the main problems which we are facing now-a-days. In our home, school, colleges or industry we see that Fans/Lights are kept on even if there are nobody in the room or area.
** This happens due to the negligence or because we forgot to turn lights off or when we are in hurry.
** To avoid all such situations the project entitled “Automatic temperature and light control”, was designed.
** The aim of the project is to automatically turn on or off the lights in a room by detecting control the fan and light automatically, depending on weather conditions and thereby, save the energy.
Personality Attribute :
** Team facilitator
** Self-motivated and quick learner
** Hard worker and ability to work in a group
** Good at Time Management
** Confidence, courage
** Always willing to take up responsibilities.
Personal Details :
Name : Bhuvaneshwari
Date of Birth : 30th July 1993
Languages Known : English, Kannada, and Hindi
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