
Ambitious and dedicated professional poised to build a robust career in research and teaching within Materials Science and Technology, focusing on the intersection of Physics, Nanomaterials, and advanced engineering applications. Research interests include pioneering optical energy conversion technologies, innovative nanomaterial synthesis, up- and down-converting compounds, E-waste recycling thin-film fabrication, and next-generation perovskite solar cells. A strong commitment to investigating advanced nanostructures aims to enhance solar cell efficiency while optimizing perovskite architectures for superior power conversion efficiencies and long-term operational stability. Passionate about scientific discovery and excellence, with the goal of making significant contributions to progressive research and academic institutions while advancing expertise to drive impactful innovations in sustainable energy technologies.
Quantum Espresso, COMSOL
MATLAB, Origin
Gaussian simulation codes to perform density functional theory calculations (DFT)
Mechanical Milling (Ball Milling) – High-energy grinding of bulk material
Co-precipitation – Controlled precipitation from solution
Chemical Vapor Deposition (CVD) – Deposition of nanostructures from gaseous precursors
Instrumentation Experience
Powder X-ray Diffraction (XRD)
Multiphysics, SCAPS, Fullprof
Python, Quantum computing
Solution-Based Methods- Spin Coater, Sol-gel films, Dip Coater / Spray Coater, Electrodeposition
Sol-Gel Synthesis Method
Hydrothermal / Solvothermal Synthesis – Crystal growth in high-temperature, high-pressure solution
Electrochemical Deposition – nanoparticles on substrates
X-ray Photoelectron Spectroscopy (XPS)