Research Work

Our research areas are "electrochemical fundamentals and applications " and our work focusses on

Electrochemical Impedance Spectroscopy analysis to understand the mechanisms of electrochemical reactions, such as Carbon dioxide reduction, oxygen evolution etc.
Application of electrochemical methods, e.g. corrosion, development of biosensors etc
sea water batteries

We have established a laboratory to conduct electrochemical experiments and simulation of electrochemical impedance spectra under a variety of conditons.

Earlier, often in collaboration with other faculty, we have worked on wide range of areas such as (i) understanding the mechanism Chemical Mechanical Planarization (CMP) used in semiconductor industries and to find solutions to some of the existing issues, (ii) on air pollution monitoring and control, (iii) microwave melting of metals, (iv) drying of cocoa beans,(v) comparison of fixed vs manual tracking in solar PV (vi) purification of TCE by distillation (vii) pressure swing adsorption (PSA) for oxygen concentration.