Chemistry

CURRICULAM VITAE

Mrs. Arunima Chakraborty

D/O Mr. A.K.Chakraborty

K-704, Sri Tirumala Sarover,

Singasandra, Bangalore

Bangalore-560068

Mobile: 088********

Email ID: ********************@*****.***

Career Objective :

To leave behind a legacy as an excellent professional by contributing splendidly to the profitability, efficiency, culture of the organization and in turn ensuring personal growth within the organization .

Academic Profile : Completed M.Phil. in Chemistry at Christ University, Bangalore.

Education Details

Christ University

M.phil Chemistry

2017

6.13 CGPA(62.4%)

North Orissa University

M.Sc. Chemistry

2013

7.29 CGPA(69%)

Ravenshaw University

(B.Sc. Chemistry hons.)

2010

72.30%

Orissa Computer Academy

Adv PGDCA,PGDCA

2010

S(90%-100%)

Matrubhaban College

( 10+2 CHSE)

2007

52.66%

O.S.A.P High School

(H.S.C)

2005

65.22%

Experience :

Scientific Analyst at Molecular connections pvt. ltd. The job role involves Patent analysis. Primarily screening and analyzing the research work published in Chemical science/ Life science and contribute to building the scientific databases. Analysis of Chinese patent. Translation of Chinese patent into English language. Recreation of new documents by using Manual codes (E-manual codes) and Frag codes (M, N, P, Q and R-code). Design of complex structures by using ISIS draw and Markush.(April 2018)

Senior Subject matter expert of Chemistry in e-learning company Study Soup Inc. (Feb-2017 to Jan 2018)

During M.Phil. Research, worked at IISC Bangalore for period of 1 month in electro analytical lab.

Lecturer in Chemistry at Shakti Junior College(July-2014-January 2015)

Lecturer in Chemistry at Gonasika +2 science women’s

Junior science College, Cuttack (October 2013-July, 2014)

Project Experience :

M.phil dissertation contained the following work :

Research Methodology

Literature Review

Dissertation on “Effect of surfactants and their role in intercalation in Manganese Dioxide” submitted to Christ University, Bangalore in partial fulfillment of the Degree of Master of Philosophy in Chemistry. This thesis involved the study of effect of surface active agents (surfactants i.e cationic, anionic, and neutral and zwitter ion) and their role in alkali metal intercalation in electrolytic manganese dioxide (EMD). EMD has synthesized from various methods such as precipitation, combustion and sol-gel method, with suitable modifications all the prepared samples of EMD were characterized by powder XRD and galvanostatic analysis. The samples which have shown sharp crystalline peak with suitable 2θ values in XRD analysis were taken for galvanostatic study. In this analysis the sample which has shown broad peak with reduction potential value, has been considered as the best EMD for further analysis (EMD prepared from precipitation method). The electrochemical behavior of the prepared EMD has been improve by adding various surface active agents such as cationic (CTAB & Triethyl amine), anionic surfactant (SLS & butyric acid), neutral surfactant (IPA & amyl alcohol) and zwitter ionic surfactant (glycine). All the prepared samples of EMD with surfactants were characterized by Cyclic voltammetry analysis and there structural changes has been studied by powder XRD analysis. Then the role of intercalation of guest species (alkali metal ion) has been studied and characterized by CV and FTIR analysis. From all the characterization studies the formation of γ-MnO2 has been concluded.

Another research paper was on "A review on Biobased Thermosets from vegetable oils. Synthesis, characterization and properties". Submitted to North Orissa University in partial fulfillment of the Degree of Master Of Science in Chemistry. The purpose of this research was to develop new biobased thermosetting polymers from vegetable oils as renewable resources. Polymers have become a major part of our economy as they make their way into the market of virtually every plastic product. Vegitable oil polymers can be produced using one of three routes: direct polymerization, functionalization and chemical transformation. Most polymers produced today are petroleum based, vegetable oil based polymers are gaining attraction mainly because of the eco-friendly nature of vegetable oil polymers.

Technology Exposure:

Origin

LaTeX

Chem Draw

ISIS Draw

Adv. PGDCA

Computer Fundamentals,

MS-Word

Excel

Power point

Language C, C+

Introduction to DBMS &

MS Access,

HTML,

DHTML,

Analytical Skills:

Cyclic Voltammetry

FTIR

UV Spectroscopy

Spectrofluorometer

Extra-Curricular Activities:

Reading : Novels,Self-help Books

Music : Listening to all types of songs

Travelling

Cooking

Personal Profile:

Name Mrs .Arunima Chakraborty

Husband's Name Mr. Somen Mukherjee

Father's Name Mr. A.K Chakraborty

Languages known English, Hindi, Bengali, Odiya

Marital Status Married

Gender Female

I hereby inform that the above mentioned details are correct to best of my knowledge.

PLACE: Bangalore

Date ARUNIMA CHAKRABORTY

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