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          The current research mainly focused on the reaction-driven biomimetic sensing capabilities of polyaniline-based materials. We exploring the simultaneous change of properties of conducting polymers driven by oxidation/reduction reactions (such as conductivity, volume, colour, stored ion or stored charge change in a reversible and controlled way during the same reversible electrochemical reaction) for developing self-sensing motors - sensing supercapacitor, sensing actuators, etc. The research comprised of facile and large-scale fabrication of polyaniline/hydrogel hybrid films as an electrode material for supercapacitors having the capability to sense working physical and chemical ambient (such as electrical, chemical and thermal conditions). This research provides a valuable idea for designing electrochemical devices capable to sense working and surrounding conditions during functioning.

Education

M.Sc  Applied Chemistry

2014

Cochin University of Science and Technology, Kerala

B.Sc Chemistry

2012

Unity Women's College

University of Calicut

BEd physical science

2016

Farook training college

University of Calicut

Achievements

• SET (2016)

• UGC-JRF (2015)

• UGC-NET (2014)

• M.Sc Second Rank

Research

Research Interests:

Conducting polymer/hydrogel systems, Electrochemical sensors, Sensing supercapacitors, Actuators

Number of Publications:

6

Intelligent Polymers Research Lab

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