Dr. Sandeep Yadav

Utilise research acumen in performing and categorising nitrogen doped carbon nanotube and 3D‐Graphene composite synthesis studies by employing porous metal scaffolds for commercially scalable cathode materials in next‐generation metal‐air batteries and energy storage devices.

Harnessed astute analytical capabilities for synthesising and nanofabricating topologically graded VACNTs as microelectrodes serving as an mechanosensitive material towards biomimetic mechanical sensor, neuronal cells interaction and microfluidic devices. Oversaw the process of chemical vapour transport (CVT) synthesis and liquid‐phase exfoliation of 2‐ dimensional few layered material as an active p‐type and n‐type semiconductors respectively, in thin film transistors (TFT).

Delivered active functional support related to the specialised formulations of highly dispersed, polymer encapsulated CNTs, and subsequent incorporation of Graphene as a highly conducting hybrid composite carbon based conductive inks for commercially employed carbon‐based printed electronics.

Prepared, optimised, and launched highly integrated cluster deposition system. Played a key role in integrating and aligning magnetron sputter, mass selection magnet, and X‐ray photoelectron spectroscopy (XPS) for quantitative detection of noble metal clusters at an atomic scale needed in active nanocatalysis.

Nanomaterials and Nanoelectronics

Nanotechnology and Spectroscopy

Electronics and Microprocessor

Electronics