Applied Analytical Chemistry

Field of study: Chemistry
Description: Development of Analytical Methods for Trace Element Determination Using Atomic Spectrometry Techniques: This involves creating precise methods to detect trace elements in various sample types through atomic spectrometry techniques.
Analysis of Substances in Diverse Matrices: Researchers study substances found in different matrices, including legal and illegal drugs, poisons, accelerants, explosives, and firearm residue.
Characterization of Petroleum, Derivatives, and Biofuels: Scientists work on understanding the properties and composition of petroleum, its derivatives, and biofuels.
Application of Statistical, Mathematical, and Computational Methods (Chemometrics) in Chemical Problems: This area combines statistical, mathematical, and computational tools to solve chemical problems effectively.
Development of Analytical Methodologies Using Machine Learning: Researchers explore how machine learning can enhance analytical methods. They also focus on experimental planning and mathematical optimization.
Portable Electrochemical Methods for Food, Fuel, Pharmaceutical, and Environmental Analysis: Creating portable electrochemical devices for analyzing food, fuel, pharmaceuticals, and environmental samples.
Development and Application of 3D-Printed Electrochemical Sensors: Scientists design and characterize electrochemical sensors using 3D printing technology.
Analytical Chemistry Applied to Food Characterization and Quality Control: This involves developing methods to assess the chemical composition and quality of food products.
Development and Optimization of Analytical Methods for Separation, Identification, and Quantification: Researchers work with gas chromatography (GC), gas chromatography-mass spectrometry (GC-MS), and high-performance liquid chromatography (HPLC) to analyze complex samples. These methods find applications in petrochemicals, pharmaceuticals, natural products, and organic compounds.