About Frem Group
Functional and renewable energy material laboratory (FREM lab) was established in 2014 in IIT Ropar. It has been started working efficiently in the field of developing materials that could effectively contribute to energy harvesting, high performance optoelectronic devices and gas sensing applications, since then. We are equipped with state of art research facilities like dual chamber sputtering unit, combinatorial sputtering unit, chemical Ropar deposition, hall measurement, EQE-IQE measurement and AM1.5 solar simulator. These state of art techniques under one roof provide opportunity to explore new emerging materials in the field of clean energy and optoelectronic devices.
The group is lead by Prof. Mukesh Kumar. We are working on the multidisciplinary approach involving the expertise in Chemistry, Bio-medical engineering, Materials science and engineering and Electrical engineering. The main focus of our research is to develop functional materials for gas sensing applications, renewable energy materials like cost effective and earth abundant solar cells and highly sensitive wavelength selective Photodetectors. Other area of our research covers the growth of indium free TCO’s for different applications of semiconductor devices.We have a dedicated team of postgraduate and undergraduate students who are working efficiently in their respective research areas. Synergism of the group leads to valuable outcomes that motivate everyone to explore the new possibilities in the field of research.
“Role of oxygen and boron to control the duality behavior and thermal stability in Boron doped amorphous indium-zinc-oxide thin films” Semiconductor Science and Technology Read more
“Nanoscale Charge Transport and Local Surface Potential Distribution to Probe Defect Passivation in Ag Doped Cu2ZnSnS4 absorbing layer” Nanotechnology Read more
“Ultrahigh Performance of Self-Powered β-Ga2O3 Thin Film Solar-Blind Photodetector Grown on Cost-Effective Si Substrate Using High Temperature Seed Layer” ACS Photonics, 2018, 5 (6), pp 2391–2401 Read more