Mrs. Rashmi N

BE M Tech, (PhD) , Assistant Professor

Rashmi N received her B E(Electronics and Communication Engineering) degree from Visveswaraya Technological University (VTU), Belgaum in the year 2005, MTech(VLSI design and Embedded system Design) degree from VTU in the year 2009, Belgaum.She is currently working as an Assistant Professor in the Department of Electronics and Communication Engineering at BMS Institute of Technology and Management, Bangalore, India.
She has authored more than ten technical articles in the refereed journals and proceedings such as IEEE, computing system, etc., Her research interests are estimation methods for multicarrier systems and 5G wireless communication systems.

Phone: 9986774907     Email:


Teaching : 10
Research : 4




Memberships in professional bodies

  • ISTE
  • IEEE
  • ACCS


  • C Programming
  • HFSS
  • Cadence tools

Workshops/Conferences/Seminars conducted

  • Jnanvardhana talk on "Introduction to Kalman filter", By Asst. Prof.Rashmi N - Apr, 2017
  • Industrial visit to Doordarshan, organized by Asst.Prof.Rashmi N, for IV sem students - Apr, 2017
  • Seminar on "Smart City" organized by Asst.Prof. Rashmi N, resource person Mr. Ravichandar V, Chairman ,Feedback consultation Bangalore.This talk was arranged for VI sem ECE students in Digital class room - Mar, 2017

Workshops/FDPs/Conferences/Seminars/Internships attended

Details Date
Rashmi N, presented a paper on "Pilot Based Channel Equalization using Extended Kalman Filter for Rayleigh Fading Channel" in Second international conference on electrical , coputing and communication technologies, organised by SVSCE , coimbatore 22-02-2017
Rashmi N, presented a paper "Pilot Aided Non-Linear Channel Equalization using Unscended Kalman Filter for IEEE 802.16e ITU Pedestrian A Channel Model"in international conference on inventive systems and control, organised by JCTCET, coimbatore 17-01-2017

Courses Taught

  • Principles of communication system

Study Materials / Notes / Courseware

Title Course Name Course Code
PLL and its non linear and linear model Principles of Communication system 15EC45
module 3- Noise Principles of communication systems 15EC45
Case study for ANN Artificial Neural Network 10EC763
Case study for ANN Artificial Neural Network 10EC763
study material Principles of communication systems 17EC44

Additional Responsibilities

  • Project Based Learning coordinator
  • Robotics -students club faculty coordinator


Journal Name Journal Type Volume Number Issue Number ISSN ISBN Paper Title
Anusandhana journal of Science, engineering and management International peer reviewed journal 1 2 2231-4032 Superposistion Coded Modulation with Unequal error Protection
International Journal of Interdisciplinary Research(IJIR) Vol-2, 8 ISSN-2454-1362 Joint Interference Cancellation and MUD for Asynchronous multicarrier system: A Review
International journal of information technology International journal Vol.8 2 ISSN 0973-5658 State-space model based channel estimation using extended Kalman filter for superposition coded modulation
International Journal Of Engineering And Science international journal 4 Issue 2 (February 2014), PP 01-05 issn(p):2319 - 64 83, Performance of Pilot Tone Based OFDM: A Survey
International Journal of Scientific & Engineering Research International peer reviewed journal 4 Volume 4, Issue 12 2229-5518 Centralized Tariff collection system using RFID & GSM Technology
International Journal of Electrical, Electronics and Data Communication International peer reviewed journal 1 Volume-1, Issue-9, 2320-2084 Radar based cost effective vehicle speed detection using zero cross detection
International Journal of emerging Technology and Advanced Engineering. International peer reviewed journal 3 4 A survey on channel estimation for OFDM-IDMA Receiver systems
International Journal for Science and Engineering Research. International peer reviewed journal 1 4 A survey on coded modulation techniques for mobile receivers


  • Recognized for getting 100 percent results in the subjects in the following subject: 1.Digital communication 2. Microwave and Radar switching system