Graduate Program Information
Published: 25/05/2017 - 09:45
Last modification: 12/05/2025 - 10:32
About the Program
The Master’s Degree Program in Chemistry at the Federal University of Uberlândia (UFU) is designed to provide advanced academic and scientific training for graduates aiming to deepen their knowledge in the field of Chemistry. With a strong emphasis on research and innovation, the program offers students the opportunity to work closely with experienced faculty members across diverse areas of chemistry, such as materials science, electrochemistry, analytical chemistry, theoretical chemistry, environmental chemistry, medicinal chemistry, and related fields.
Objectives
The primary objectives of the Master’s program are:
- To provide advanced, in-depth knowledge in various subfields of Chemistry.
- To train professionals capable of contributing to scientific and technological development through innovative research.
- To prepare graduates for teaching at higher education institutions and for high-level professional activities in research centers, industries, and public or private organizations.
- To stimulate critical thinking, scientific communication, and an interdisciplinary approach to problem-solving.
- To promote scientific production and the dissemination of knowledge at national and international levels.
Infrastructure
The program offers a robust infrastructure that supports both education and high-level research. Students have access to:
- Modern laboratories equipped for experimental work in physical chemistry, analytical chemistry, organic chemistry, inorganic chemistry, and electrochemistry.
- Specialized research equipment, including high-resolution NMR spectrometers, mass spectrometers, chromatographs (GC and HPLC), X-ray diffractometers, spectrophotometers, and electrochemical analysis instruments.
- Computational resources for theoretical and computational chemistry research.
- Library services with a wide range of scientific journals, digital databases, and specialized collections.
- Common spaces for study, seminars, meetings, and collaborative research activities.
- Support services for laboratory management, technical assistance, and safety protocols.
|
Laboratory |
Description |
Research Focus |
|---|---|---|
|
LAETE (Energy Storage and Effluent Treatment Lab) |
Research on electrochemical systems and treatment of industrial effluents. |
Development of batteries, supercapacitors, and electrochemical effluent treatment technologies. |
|
LCI (Inorganic Compounds Lab) |
Synthesis and characterization of new inorganic materials. |
Design of advanced functional materials and catalytic processes. |
|
LAFIP-NANOTEC (Polymeric Films and Nanotechnology Lab) |
Study of polymeric films and nanostructures. |
Development of nanomaterials for sensors and coatings. |
|
LAFOT-CM (Photochemistry and Materials Science Lab) |
Investigation of photochemical processes and material properties. |
Photocatalysis, material synthesis, and energy conversion. |
|
LAMAF (Photoluminescent Materials Lab) |
Research on materials with light emission properties. |
Development of luminescent compounds for lighting and imaging. |
|
LaMinS (Miniaturization and Sensors Lab) |
Creation of miniaturized devices and sensors. |
Development of portable analytical systems and biosensors. |
|
LabMMOL (Molecular Modeling Lab) |
Computational chemistry studies of molecular systems. |
Simulations for drug discovery, materials, and catalysis. |
|
Molecular Modeling and Nano-Bio Systems Lab |
Computational modeling of biological and nanoscale systems. |
Simulation of biomolecules and nanomaterials interactions. |
|
CroMat (Separation Materials and Chromatography Lab) |
Research on materials for separation processes. |
Development of chromatographic techniques and separation membranes. |
|
LABBIO (Biotechnological Processes Lab) |
Study of biological systems and biotechnological processes. |
Production of bioproducts and bioremediation technologies. |
|
LaQAmb (Environmental Chemistry Lab) |
Investigation of environmental contaminants and their remediation. |
Analytical techniques for environmental monitoring and pollutant treatment. |
|
LQT (Chemometrics Lab) |
Application of statistical and mathematical methods to chemical data. |
Development of chemometric models for process optimization. |
|
LABREPOL (Polymer Recycling Lab) |
Research on recycling and reuse of polymeric materials. |
Processes for sustainable polymer recovery and material reengineering. |
|
LaSFaR (Synthesis of Drug Candidates Lab) |
Synthesis of potential pharmaceutical compounds. |
Design and evaluation of bioactive molecules. |
|
LSBM (Synthesis of Bioinspired Molecules Lab) |
Creation of molecules inspired by biological structures. |
Organic synthesis aiming at new functional compounds. |
|
GPMEL (Electroanalytical Methods Research Group Lab) |
Development of electrochemical analysis methods. |
Electrochemical sensors and analytical applications. |
|
RENAGRI (Natural and Agricultural Resources Research Group Lab) |
Research on natural products and agricultural chemistry. |
Extraction and analysis of bioactive compounds from plants. |
|
LABBIO (Bioinorganic Chemistry Research Group Lab) |
Study of metal-based biological interactions. |
Synthesis and analysis of metal complexes for biological applications. |
|
GQbio (Bioinorganic Chemistry Group Lab) |
Exploration of metal ions in biological systems. |
Metal-based therapeutics and biomimetic models. |
|
GQMIN (Nanostructured Inorganic Materials Chemistry Group Lab) |
Synthesis of inorganic nanomaterials. |
Catalysts, magnetic materials, and functional nanostructures. |
|
NPCBio (Bioactive Compounds Research Nucleus Lab) |
Study of compounds with biological activity. |
Drug development and natural product chemistry. |
|
NuPPeN (Natural Products Research Nucleus Lab) |
Research focused on natural substances. |
Discovery of bioactive compounds from natural sources. |
|
NPSOC (Organic Synthesis and Catalysis Research Nucleus Lab) |
Development of new synthetic methodologies. |
Catalytic systems and organic synthesis processes. |
|
NuPE (Electroanalytical Research Nucleus Lab) |
Study of electrochemical systems and sensors. |
Electroanalysis for environmental and clinical applications. |
|
SMART Lab (Instrumental Analysis Lab) |
Advanced instrumental analysis techniques. |
Chemical characterization, spectroscopy, and chromatography. |
|
LIFeBio (Interdisciplinary Lab of Phototherapy and Biomolecules) |
Interdisciplinary studies combining light-based therapies and biomolecule research. |
Photodynamic therapy and biomolecule synthesis for medical applications. |
