Huma B.

Huma B. is a distinguished researcher with a PhD in Chemistry from Jamia Hamdard, specializing in sustainable catalysis, nanomaterials, and computational chemistry. Her work primarily focuses on developing copper-based catalytic systems, nanomaterial-supported catalysts, and green synthesis methods for efficient bond-forming reactions. At the ICMR-funded project at Jamia Hamdard, she served as a Ph.D. Research Scholar, coordinating daily research operations, maintaining compliance with institutional guidelines, and organizing academic events. Her expertise includes organic synthesis, computational chemistry, and catalysis. Additionally, she applies computational tools such as DFT and QSAR modeling to design biologically active molecules. Huma has published several research papers, demonstrating her contributions to developing cholera toxin inhibitors and nanocomposite catalysts. Her technical skills encompass programming in Python, handling simulation tools like ORCA, and using data visualization software. Huma’s research aims to merge catalysis, nanotechnology, and computational modeling to innovate sustainable chemical processes for biomedical and environmental applications.