Believing in the statement by Buckminster Fuller “There is no energy crisis, only a crisis of ignorance” our research group at JIIT also focuses on different areas of energy material (bulk as well as nanomaterials). Currently we are targeting applications like catalysis (for waste water remedy, water splitting, CO2 reduction), energy materials (energy generation & storage, supercapacitor, fuel cell membrane) as well as thin films of TMDs and oxide materials for ultrasensitive photodetection as well as sensing applications. We utilize high temperature CVD, Sputtering and other method of synthesis while testing the suitability of material using microscopy and spectroscopic methods. We have demonstrated 100% degradation efficiency for textile and pharmaceutical dyes, 2D MXene and polymer film for proton exchange membrane in fuel cell technology, hydrogen production using all inorganic perovskite, optoelectronic application of ternary chalcogenide films etc. We further utilize assembly of nanostructures in composite form for heterostructure formation leading to catalysis, sensing, energy generation/storage and photodetection applications.