Working on the research project ' Additive Manufacturing of soft magnetic materials'

Worked on a collaborative research project with DTU NanoLab (National Centre for Nano Fabrication and Characterization) and DTU NanoPhoton (Center for Nanophotonics). Performed Focused Ion Beam (FIB) assisted in-situ lift-out and Transmission Electron Microscopy (TEM) based characterization of nanostructures for extreme dielectric confinement of light. Data analysis using python programming. Conducted MNPBEM based EELS response simulation and interpretation.

Worked on production and characterization of metal oxide nanoparticles and Rare-earth oxides for spintronics and magnetic refrigeration application. Major work on understanding the fundamental mechanism for tailoring the magnetocaloric properties of Perovskite manganites and metallic nanoparticles for room temperature applications.

Gained professional hands-on experience in operating various sophisticated characterization instruments, analyzing and interpreting the obtained data using corresponding softwares.

M.Sc. Project entitled “Entropy evolution and Generalized second law in Interacting dark energy model” under the joint supervision of Dr. Titus K Mathew, Professor, CUSAT and Dr. A.P. Jayadevan, Associate professor, Sree Kerala varma College, India

Jointly sponsored by Academies of Sciences (India) to work under the guidance of Dr. A K Kamra, Indian National Science Academy Honorary Scientist at Indian Institute of Tropical Meteorology (IITM), Pune.