Chemistry
Chemistry (Master's and Doctoral Degrees)
Program Description
The Graduate Program in Chemistry of the University of Brasilia (PPGQ) was created in 1974 (Master level). In 1993, the PhD course began. The main objectives of the Program are: i) to train high level professionals for academia, public research agencies and private institutions; ii) contribute to the production of knowledge and innovation in the various areas of knowledge of Chemistry.
Currently, the Program comprises the Master's Program in Chemistry, with the objective of enriching the academic formation and developing the scientific research capacity of graduates in Chemistry and related areas; and the Doctoral Program in Chemistry, with the objective of training high academic level professionals who can act as researchers and teachers in border areas of Chemistry, as well as teachers to meet current and future demands in teaching, research and technological development of the country.
Research Topics
- CATALYSIS
- MATERIALS SCIENCE
- ELECTRONIC STRUCTURE AND MOLECULAR MODELING
- ANALYSIS METHODS
- ENVIRONMENTAL CHEMISTRY
- BIOLOGICAL AND MEDICAL CHEMISTRY
- COORDINATION AND ORGANOMETALLIC CHEMISTRY
- ORGANIC SYNTHESIS
Courses
The Master student must take 28 credits, distributed as follows:
- 08 credits in required courses
- 08 credits in courses related to the theme of their project.
- 04 credits in advanced courses
- 08 credits in additional optional courses
Course |
Credits |
Code |
---|---|---|
Heterogeneous Catalysis: Fundamentals, News and Applications |
4 |
314561 |
Kinetics and Molecular Catalytic Processes |
4 |
315052 |
Kinetics and Polymerization Reactors |
4 |
318299 |
Master's Dissertation Presentation* |
2 |
304212 |
Atomic Spectroscopy |
4 |
396591 |
Organic Spectroscopy |
4 |
314811 |
Internship in Higher Education Teaching in Chemistry 1* |
4 |
314471 |
Advanced Physical Chemistry |
4 |
314919 |
Separation Methods |
4 |
314072 |
Electrochemical Methods of Analysis |
4 |
314897 |
Spectrochemical Methods of Analysis |
4 |
314901 |
Physical Chemical Methods in Inorganic Chemistry |
4 |
314889 |
Introduction to Physical Methods Applied to Inorganic Chemistry |
4 |
119229 |
Chemometric Methods of Optimization and Multivariate Analysis |
4 |
315745 |
Molecular Modeling |
4 |
314463 |
Advanced Molecular Modeling |
4 |
314498 |
Environmental Chemistry |
4 |
314170 |
Advanced Analytical Chemistry |
4 |
314064 |
Computational Chemistry |
4 |
314447 |
Advanced Computational Chemistry |
4 |
314510 |
Advanced Inorganic Chemistry |
4 |
314552 |
Medicinal Chemistry |
4 |
315591 |
#N/D |
4 |
- |
Advanced Organic Chemistry |
4 |
314803 |
Chemistry Seminar 1* |
2 |
314218 |
Organic Synthesis |
4 |
314129 |
Master Research Methods |
8 |
314340 |
Doctoral Research Methods |
4 |
314358 |
Basic Operational Techniques MRI in Liquid and Solid States |
4 |
315559 |
Advanced Topics in Magnetic Fluids |
4 |
314455 |
Topics in Physical Chemistry |
4 |
314862 |
Topics in Physical Chemistry 2 |
4 |
314528 |
Topics in Analytical Chemistry 1 |
4 |
314650 |
Topics in Analytical Chemistry 2 |
4 |
315567 |
Topics in Inorganic Chemistry |
4 |
314056 |
Topics in Inorganic Chemistry 2 |
4 |
315575 |
Topics in Organic Chemistry |
4 |
314854 |
Topics in Organic Chemistry 2 |
4 |
315583 |
The Doctoral candidate must take 40 credits, distributed as follows:
- 12 credits in required courses
- 08 credits in courses related to the theme of their project, which must be different from those taken in Master's or undergraduate programs
- 08 credits in advanced courses
- 12 credits in additional optional courses
Course |
Credits |
Code |
---|---|---|
Heterogeneous Catalysis: Fundamentals, News and Applications |
4 |
314561 |
Kinetics and Molecular Catalytic Processes |
4 |
315052 |
Kinetics and Polymerization Reactors |
4 |
318299 |
Atomic Spectroscopy |
4 |
396591 |
Organic Spectroscopy |
4 |
314811 |
Internship in Higher Education Teaching in Chemistry 1* |
4 |
314471 |
Internship in Higher Education Teaching in Chemistry 2* |
4 |
314480 |
Advanced Physical Chemistry |
4 |
314919 |
Separation Methods |
4 |
314072 |
Electrochemical Methods of Analysis |
4 |
314897 |
Spectrochemical Methods of Analysis |
4 |
314901 |
Physical Chemical Methods in Inorganic Chemistry |
4 |
314889 |
Introduction to Physical Methods Applied to Inorganic Chemistry |
4 |
119229 |
Chemometric Methods of Optimization and Multivariate Analysis |
4 |
315745 |
Molecular Modeling |
4 |
314463 |
Advanced Molecular Modeling |
4 |
314498 |
Environmental Chemistry |
4 |
314170 |
Advanced Analytical Chemistry |
4 |
314064 |
Computational Chemistry |
4 |
314447 |
Advanced Computational Chemistry |
4 |
314510 |
Advanced Inorganic Chemistry |
4 |
314552 |
Medicinal Chemistry |
4 |
315591 |
#N/D |
4 |
- |
Advanced Organic Chemistry |
4 |
314803 |
Chemistry Seminar 1* |
2 |
314218 |
Chemistry Seminar 2* |
2 |
314315 |
Organic Synthesis |
4 |
314129 |
Master Research Methods |
8 |
314340 |
Doctoral Research Methods |
4 |
314358 |
Basic Operational Techniques MRI in Liquid and Solid States |
4 |
315559 |
Advanced Topics in Magnetic Fluids |
4 |
314455 |
Topics in Physical Chemistry |
4 |
314862 |
Topics in Physical Chemistry 2 |
4 |
314528 |
Topics in Analytical Chemistry 1 |
4 |
314650 |
Topics in Analytical Chemistry 2 |
4 |
315567 |
Topics in Inorganic Chemistry |
4 |
314056 |
Topics in Inorganic Chemistry 2 |
4 |
315575 |
Topics in Organic Chemistry |
4 |
314854 |
Topics in Organic Chemistry 2 |
4 |
315583 |
___
* Required courses
Faculty
ANGELO HENRIQUE DE LIRA MACHADO
DAVI ALEXSANDRO CARDOSO FERREIRA
FERNANDA VASCONCELOS DE ALMEIDA
FERNANDO DE MAGALHAES COUTINHO VIEIRA
HEIBBE CRISTHIAN BENEDITO DE OLIVEIRA
JOSE ROBERTO DOS SANTOS POLITI
RENATA AQUINO DA SILVA DE SOUZA
VALTER HENRIQUE CARVALHO SILVA
Contacts
Phone: +55 61 3107 3805
Email: This email address is being protected from spambots. You need JavaScript enabled to view it.
Website: http://www.ppgq.unb.br/