CURRICULUM VITAE
Shendge Sagar Baburao
c/o, Shnedge B K Veer Hanumant Wadi
Old Kawa Road ,
Behind Ratndeep theater,Latur-413512
Mobile no: +919890481366
E-mail: shendgesaagar@yahoo.in
Carrier
objective
To secure a challenging position where I can effectively contribute my skills and education and that will be utilized towards
continued growth and advancement.
Educational Qualification
Year
Course
Board/university
Marks %
Division
2014
M.Sc.
(Photonics)
S.R.T.M.U.Nanded
80.81
First
2012
B.sc
S.R.T.M.U.Nanded
63.75
First
2007
H.S.C
Latur Board
46.33
Second
2005
S.S.C.
Latur Board
54.33
Second
Publication
S B Sagar “Lithium niobate nanoparticle-coated Y-coupler optical fiber
for enhanced electro-optic sensitivity” Journal of Optics Letter (Article in press)
[Impact factor : 3.18]
Research Experience
LiNbO3 have been synthesized in powder for the characterization technique such as X-Ray Diffraction, fourier Transform
Infrared Spectroscopy, Atomic Force Microscopy, Scanning Electron Microscopy ,Ultra-Violet Photon electron
Spectroscopy, UV-VisSpectroscopy used to analyses properties of nanomaterial during the project for Electro Optic sensing
using LiNbO3 & MgO nanomaterial for the industrial applications
Project Synopsis
Undergone Project in Defence Institute Of Advanced Technology , Pune from 21th Jan 2014 to 30th Mar 2014 as a part of
final year project.
Objective
To show the fiber optic based electric field sensing using Nano material exhibits as Electro-Optic property
Abstract
In recent years photonic industry continues to evolve at rapid pace, the focus of the industry research has been shifted from
metros to home networks. Education in optical systems requires knowledge of several disciplines including signal analysis,
optics, and electronics. Single crystals of lithium niobate (LiNbO3), possessing high birefringence and anisotropic properties
have been explored,for a long time, to harness their excellent electro-optic properties. However, their nanoforms are
comparatively less explored. In this context, dielectric constant and polarization (P) versus electric-field (E) characteristics of
LiNbO3 nanomaterials have been studied. A nonideal P-E loop and a dielectric constant of 20 at the onset of 1 kHz were seen.
The electro-optic sensitivity was found to be 4 times as compared to the bulk LiNbO3 crystals. The results are attributed to
oxygen vacancies, antisite defects, and grain boundary effects in an already congruent structural matrix of LiNbO3
Refrence
1) Sangeeta Kale
2) Amar Ghar
Prof & HOD
DIAT, Pune
Email : sangeetakale2004@gmail.com
Phd Research Scholar
IIT Kanpur
amarlaser@gmail.com
Course Work
In photonics I stuided
1) Modern Optics
4) Photonics materials
7) Optoelectronics and optical communications
2) Laser technology
5) Photonic devices and sensors
8) Fiber optics and applications
3) Photonics materials
6) Laser system and applications
9) Optical and digital signal processing
10) Industrial Photonic Engineering
11) Project work related to photonics
Computer
Fundamentals
Operating System : Windows-XP, Windows 98, 2000, Passed MS-CIT with 66 marks.
Experience
 One year teaching experience in K. J. Rajemane Jr.Collage Janwal Tq.Chakur ,Dist.Latur in 2014-15.

In this working year , for class 11 th to 12 th remedial coaching of Physics was given to the student..
Personal Information
Name:
D.O.B:
Gender:
Address:
Nationality:
Languages:
Martial status
Shendge Sagar Baburao
17th July 1989
Male
c/o Shendge House Veer Hanumant wadi Latur
Indian
English, Hindi, Marathi
Single
Mobile Number:
9890481366
Email:
shendgesaagar@yahoo.in saagarshendge@gmail.com
Declaration:I(Shendge Sagar ) hereby declare that the information furnished above is true and correct to the best of my knowledge and
belief.
Date: - 16/01/2016
Place: - Latur
Signature
Shendge Bagar Baburao