This document contains the resume of D V Bipin which summarizes his contact information, education qualifications, skills, projects, and work experience. It details that he has a M.Tech in Microwave and Radar Engineering and B.Tech in Electronics and Communication Engineering. His skills include programming in languages like C, C++ and tools like COMSOL, CST Studio and LabVIEW. He has worked on projects related to RCS estimation, invisibility cloaking structures and antenna design using electromagnetic simulation tools. Currently he works as a Project Scientist at National Aerospace Laboratories, Bangalore.

1. D V BIPIN
dvbipin007@gmail.com
+91-7406575988, +91-9895264672
Coding and Software
tools
•Programming in C,
C++,Fortran, Matlab,
LabVIEW
•COMSOL Multiphysics
•CST Microwave studio
•Agilent ADS
•MS-Office tools
Hands on
•Vector network analyzer
(ENA & Field fox)
•Spectrum analyzer
•Oscilloscope
•Antonpaar
•Ultrasonicator
To make use of all the abilities that is present in me to its maximum extent for the benefit of the company to which
I am committed, to be aware about the technological and social update, and ultimately to contribute the best
output of my capabilities to the welfare and quality improvement of humanity.
Post
Graduation
• M.Tech in Electronics
• Specialization in Microwave and Radar
Engineering
• Department of Electronics, CUSAT
• 2013-2015 Percentage Score: 79%
Graduation
• B.Tech in Electronics and
Communication Engineering
• College of Engineering, Thalassery
(CUSAT)
• 2008-2012 Percentage Score: 64%
12th
(AISSCE)
• K.V.SEC II, R.K.PURAM, NEW DELHI
• 2008
• Percentage Score: 94%
10th
(AISSE)
• K.V.SEC II, R.K.PURAM, NEW DELHI
• 2006
• Percentage Score: 87%
•Project Scientist
•National Aerospace
Laboratories, Bangalore
Current
Position
(September 2015-
Present day)
•Non Destructive Evaluation
(NDE) Lab
•GE Global Research,
Bangalore
M.Tech
Internship
(August 2014-
June 2015)
EDUCATIONPROFESSIONAL EXPERIENCE
Area of Interest
•Electromagnetics
•Telecommunications
•Antenna design
•Microwave devices and circuits
•Radar
PROFESSIONAL PROFILE
CAREER OBJECTIVE

2. Current Projects Involved and key responsibilities:
1. RCS estimation for fighter aircraft duct structures over a wide bandwidth using shooting and
bouncing ray algorithms.
 Developed MATLAB and FORTRAN code for PO-Shooting and bouncing ray (SBR)
algorithm for the estimation of RCS.
 Selection of an optimized broadband Radar absorbing materials for aerospace applications.
Design Reports
 D. V. Bipin and Balamati Choudhury, EM Analysis of Radar Absorbing Structures and its
Effect on RCS Estimation of Concave Scatterers, CSIR-National Aerospace Laboratories,
Bangalore, India, Project Document, 35 p., 2016 (Under Preparation).
2. Analysis of multilayer invisibility cloaking structures using transformation optics theory.
 Derivation of material properties using coordinate transformation theory.
 Design of invisibility structures and monostatic RCS study in COMSOL Multiphysics and
CST Microwave studio.
 Modelling and simulation of metamaterial unit cell in CST Microwave studio.
Publications
 1. Jyothi M.H, D. V. Bipin and Balamati Choudhury, Design and optimization of multilayer
invisibility cloaking structures, COMSOL Conference, Bangalore, India, 2016
( Presentation-Pending ) .
 2. Jyothi M.H, D. V. Bipin and Balamati Choudhury, Design of conformal metamaterial unit
cell for aerospace applications, INDICON, Bangalore, India, 2016 ( Presentation-Pending ).
3. Design and development of spot focusing antenna for High resolution applications.
 Design and modelling of pyramidal horn antenna in X-band using CST microwave studio.
 Simulation of spot focusing antenna in X-band with a lens placed at the aperture using CST
microwave studio.
 Analysis of radiation pattern and properties of pyramidal antenna with and without a lens in
front of the aperture.
Design Reports
 D. V. Bipin and Balamati Choudhury, Design and analysis of spot focusing antenna, PD-
CEM/1001/2016 CSIR-National Aerospace Laboratories, Bangalore, India, Project
Document, 24 p., 2016.
PROJECTS INVOLVED

3. Projects Involved and key responsibilities
 Dielectric characterization of materials using Patch antennas and near field probe.
 Prototype development, laboratory realization and testing using VNA, Agilent dielectric probe
kit and LCR meter dielectric test set.
 Probe design, analysis and optimization using COMSOL Multiphysics and CST Microwave
Studio.
 Data acquisition using LabVIEW, analysis and compilation using Matlab and MS Office tools.
Gathered hands on experience on:
 USB controlled ENA series Network Analyzer and portable Field fox for scattering parameters
measurement.
 Antonpaar (DMA 4500) for density and viscosity measurements of fluids.
 Ultrasonicator-bath for emulsification.
 NI LabVIEW for DAQ and data processing.
 Qualified GATE-2013 in Electronics and Communication Engineering with a score of 487.
 Secured first position in short film competition in College Technical-fest in 2012.
 Topper in school in CBSE 12th board exam 2008.
M.Tech Internship
KEY ACADEMIC PROJECTS
ACADEMIC/CO-CURRICULAR ACHIEVEMENTS
Dielectric characterization of materials using coated dielectric probeM.Tech
• Accuracy improvement method using layered coaxial probe.
• Experimentation of layered model using scotch tape as coating.
• Designed and modelled layered coaxial probe in COMSOL Multiphysics
Intelligent traffic signalling system.B.Tech
• Efficient traffic signalling based on vehicle density instead of timing system.
• Matlab GUI created to analyze images using digital image processing techniques
• Demonstrated using captured images from traffic cameras.