Rinkal Ramani

• Conducted synthesis of Boron Nitride nanoparticles using an Atmospheric Plasma system, enhancing material properties. • Managed experimental datasheets to ensure accurate data collection and analysis. • Operated high voltage systems, ensuring safety and efficiency in all processes. • Characterized nanoparticles utilizing SEM and XRD techniques, contributing to advanced research at the Institute for Plasma Research.

• Conducted fabrication of CZTS-based solar cells utilizing a multi-chamber multi-magnetron system. • Prepared samples for Transmission Electron Microscopy (TEM) and Cross-Section Analysis using Scanning Electron Microscopy (SEM). • Performed X-Ray Diffraction (XRD) analysis and band gap analysis using UV-Vis spectroscopy. • Operated advanced equipment including FESEM and Rapid Thermal Process systems for sulfurization.

• Designed and executed research projects in Nanotechnology under senior researchers' supervision. • Conducted experiments in materials synthesis, characterization, and nanofabrication. • Maintained laboratory equipment, ensuring accurate results with tools like electron microscopes. • Collaborated with team members to interpret results and prepare comprehensive research reports.

• Developed and updated course materials to align with industry advancements, ensuring relevance for students. • Supervised master’s students on projects, fostering their academic growth and practical skills. • Collaborated with colleagues to enhance the department's academic environment through resource sharing and idea exchange.

• Conducted research for my Master Thesis on activated charcoal from roasted pistachio shells for cryo-pump applications. • Maintained and operated the Autosorb IQ micropore analyzer for various carbon and inorganic samples. • Analyzed surface area, porosity, and pore characteristics using advanced mathematical models. • Assisted in leak testing of vacuum components, contributing to the overall efficiency of Quantachrome Instruments.