General Information
Welcome to (PPGQ) at Ufes
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Research on formative processes of contextualized chemical knowledge, with emphasis on intradisciplinary and interdisciplinary perspectives, related to didactic-pedagogical and experimental aspects in Chemistry, through Problematized Experimental Activity and other educational methodologies for the improvement of knowledge involved in Chemistry Teaching.
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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. -
Total synthesis, chemical transformations, biotransformation, and biocatalysis of molecules relevant to biology, pharmacology, and technology.
Development of analytical methods and biological assays for plants, natural extracts, and food.
Organic synthesis of chemical additives for the petroleum industry.
Study of heterocyclic chemistry.
Bioprospecting natural products in the search for new pharmaceuticals.
Petroleum chemistry. -
Synthesis and characterization of coordination compounds, polymers, composites, magnetic materials, photoactive materials, nanomaterials, carbonaceous materials, and metal oxides.
Investigation of the physical, chemical, electronic, and electrochemical properties of these materials, as well as their applications.
Spectroscopic techniques for material characterization. -
Study of phase systems, polymers, surfactant-polymer interactions, and depolymerization of macromolecules.
Petroleum chemistry and its constituents.
Application of drilling fluids and polymers in advanced oil recovery.
Chemical processes applied to bio-renewable matrices.
Biofuel production.
Electrochemical recycling of materials, electrodeposition, anodic film growth, and corrosion.
Development of homogeneous, heterogeneous, and electrocatalytic catalysts.
Energy generation, conversion, and storage.
Theoretical chemistry with calculations of structural, electronic, and thermodynamic properties using classical, semi-empirical, and ab initio methods.
The Postgraduate Program in Chemistry at the Federal University of Espírito Santo offers MSc and PhD degrees aiming to equip students with the necessary skills to contribute to the scientific and technological innovation of the country within fields such as higher education, scientific research, or specialized work in the chemical industry.
By strengthening students’ backgrounds in chemistry, the program enables them to teach at undergraduate and graduate levels, carry out scientific research and solve various scientific and technological problems in the field of chemistry.
Students are expected to have general understanding of current research in chemistry and the main advances at least one of program's areas of research.
The program is based in Vitória-ES, offering the course of Master Degree in Chemistry since 2006 e the course of Doctorate Degree in Chemistry since 2014 and has an academic qualification profile certified by CAPES, receiving 5 on its last evaluation.
The program already has 300 masters and 96 doctors and counts with 107 students regularly enrolled, being 39 in the masters and 68 in the doctorate.
