Her research interests align with her academic expertise and ongoing professional development. The areas include,
Natural Product Chemistry: Specializing in this field, her research involves the isolation, purification, and analysis of compounds from plants and fungi. She utilizes spectroscopic equipment such as NMR, UV-Vis, and IR for structure elucidation of these compounds.
Following a recent professional training, she has developed a keen interest in Nano biosensors. Her research in this area focuses on the development and optimization of Nano biosensors for rapid diagnostic tools. This involves studying their design, function, and application in various fields such as healthcare and environmental monitoring.
As an educator, she is also interested in research related to pedagogical strategies for teaching chemistry, particularly Organic Chemistry. This involves investigating effective teaching methods, curriculum development, and student engagement in the chemistry classroom.