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Mahindra University
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Junior Research Fellow (JRF)

Junior Research Fellow (JRF)

Mahindra University

1 - 6 years

3 - 8 Lacs

hyderabad

Posted:6 days ago| Platform:

Apply

Skills Required

fabrication data analysis dft analytical junior research fellow sem research nanotechnology eis gel

Work Mode

Work from Office

Job Type

Full Time

Job Description

Job Category:

Research

School:

Mahindra University

JRF Position: Nanomaterials for High-Performance Supercapacitors

Join our research team! We re hiring a

Junior Research Fellow (JRF)

to work on an exciting project developing

novel calcium fluoride (CaF

) nanoparticles

for next-generation supercapacitors as part of an ongoing project at MU -VT (Virgina Tech)

I

nterdisciplinary

A

dvanced

R

esearch

C

entre for

T

ransformative

T

echnologies (IARCT2). This role is ideal for candidates passionate about nanomaterials synthesis, energy storage, and cutting-edge electrochemistry.

Project:

Design and Development of Calcium Fluoride Nanomaterials for High-Performance Supercapacitors

Location:

Mahindra University, Hyderabad, India

Duration:

Initially 1 year (extendable based on performance)

Fellowship:

As per norms

Key Responsibilities:

Synthesize and characterize
calcium fluoride nanoparticles
using wet-chemical/methods.
Optimize material properties for supercapacitor electrodes (morphology, surface area, conductivity).
Fabricate and test supercapacitor devices; evaluate electrochemical performance (CV, GCD, EIS).
Collaborate on data analysis, manuscript writing, and patent drafting.
Maintain detailed lab records and present findings regularly.

Essential Qualifications:

M.Sc./M.Tech in Materials Science / Nanotechnology / Chemistry / Physics
(min. 60% or equivalent).
Hands-on experience in
nanomaterial synthesis
(e.g., sol-gel, hydrothermal, precipitation).
Proficiency in
material characterization
(XRD, SEM/TEM, BET, XPS).
Basic knowledge of
electrochemical techniques
(CV, EIS) and energy storage devices.

Preferred Skills:

Experience with
fluoride-based nanomaterials
or
supercapacitor electrode fabrication
.
Familiarity with
DFT simulations
or
in-situ characterization
.
Strong analytical/problem-solving abilities.

How to

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