Engineering Sciences
Computational design & experimental development of Na- Ion battery materials & technology
Indigenous polymer electrolyte membranes for energy devices: Redox flow battery & reverse electrodialysis
Design & testing of robust & flexible 3D printed electrodes with novel porous architecture guided by graph theory & molecular simulations for high energy density applications
Development of low cost, long cycle life sodium-ion batteries for grid energy
Design & development of 2-D SnS based nanostructures coupled with plasmonic Sn nanosheets for super capacitor applications
Facile synthesis & development of 3D-graphene/WS2/oxidized-CNT nanohybrids as advanced electrode materials for high performance flexible supercapacitors
Virtual energy storage based demand response algorithm to enhance the performance of the battery energy storage in smart grid
Design & development of mxenes enabled carbon nanostructured materials for Li-S batteries
Earth abundant metal based electrode materials for energy storage applications
Sulphur nanoparticles reinforced hierarchical assemblies of carbon nanotubes for efficient lithium-sulphur batteries
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