Her research spans a broad range of chemometric methods in analyzing of different chemical and biochemical data. She applies the methods to aim for two main goals. The first one is the optimization of different chemical processes such as separation; and biochemical processes such as drug-delivery systems. The second aim is explorative and quantitative analysis of experimental data including multidimensional detection techniques such as fluorescence excitation-emission(EMM), hyphenated chromatography(HPCL-DAD, GC/Mass); electrochemical-spectra, pH-spectra and kinetic-spectral data. She teaches analytical chemistry courses, including quantitative analysis, instrumental analysis, spectroscopy, chemometrics and; statistic and experimental design. Details of her research and teaching activities can be found at the links to the bottom of this page.