C.V. Lattes
|
Doctor of Science, Chemical Engineering
|
March 2010 - May 2014
|
"Development of numerical methods for the mass transfer in the flow of multicomponent semi-continuous mixtures with adaptive characterization"
Advisors: Prof. Paulo L. C. Lage and Prof. Luiz F. L. R. Silva. |
Master of Science, Chemical Engineering
|
March 2010 - March 2012
|
"Flow Simulation of continuous mixture using adaptive quadrature".
Advisors: Prof. Paulo L. C. Lage and Dr. Flavio B. Campos. |
Bachelor, Chemical Engineering
|
July 2001 - October 2006
|
Associate in Applied Science, Industrial Chemistry Technology
|
July 2000 - September 2002
|
Applied Thermodynamics to Oil Reservoir
|
September 2013 |
School of Applied Thermodynamics with Prof. Abbas Firoozabadi (Reservoir Engineering Research Institute and Yale University, US).
NUMAP-FOAM
|
August - September 2012
|
Summer school on Numerical Modeling of Coupled Problems in Applied Physics with OpenFOAM® organized by Prof. Hrvoje Jasak.
READ MORE
Statistical Thermodynamics: Molecular Dynamics July 2010
Federal University of Rio de Janeiro, BrazilSchool of Applied Thermodynamics with Prof. Edward Maginn (University of NotreDame, US).
Process Instrumentation & Automation April 2007
Brazilian Institute of Oil, Gas and BiofuelsTraining Course on Industrial Property April - July 2004
Brazilian Association of Industrial Property Agents, BrazilTraining Course on Polymer Science August - December 2001
Federal University of Rio de Janeiro, Brazil
Fluminense Federal University
|
April 2014 - May 2015
|
Project contracted by PETROBRAS and developed in the Theoretical and Applied Mechanics Laboratory on the CFD modeling of gas seal flow and rotor dynamics stability of turbomachinery using OpenFOAM®.
|
Federal University of Rio de Janeiro
|
August 2012 - August 2013
|
Project contracted by PETROBRAS and developed in the Chemical Engineering Department to study and improve method for coupling population balance and multiphase flow in CFD development using OpenFOAM®.
|
Federal University of Rio de Janeiro
|
August 2010 - August 2011
|
Project contracted by PETROBRAS and developed in the Chemical Engineering Department to study the application of a numerical method for the adaptive characterization of continuous mixtures in mixing and separation processes.
|
PETROBRAS
|
August 2006 - February 2008
|
R&D for the Natural Gas, Energy and Sustainable Development Department. Studied experimentally the kinetics of hydrate formation. Assembled and commissioned a biodiesel pilot plant in lab-scale.
|
SC Johnson
|
July 2005 - July 2006
|
R&D for the New Products Department. Worked on the development of new products formulation and technical documentation. Planned and executed tests in laboratory and industrial scale.
|
READ MORE PAST EXPERIENCES
Di Blasi, Parente & Associados January 2004 - June 2005
Chemical Engineer InternWriting, reviewing and monitoring patent applications in Chemistry and Chemical Engineering.
Federal University of Rio de Janeiro July 2002 - July 2003
Chemical Technician InternLANXESS February 2002 - June 2002
Chemical Technician Intern
Federal University of Rio de Janeiro
School of Chemistry Department |
March 2015 - May 2015
|
Professor of Transport Phenomena for the undergraduate course.
|
Chemical Engineering Department
|
June 2012
|
Lecturer in Computational Fluid Dynamics using OpenFOAM®.
|
Chemical Engineering Department
|
February 2012
|
Instructor at the Numerical Modeling of Coupled Problems in Applied Physics with OpenFOAM® (NUMAP-FOAM-Br).
|
School of Chemistry Department
|
August 2011
|
Lecturer in Transport Phenomena, discipline for the undergraduate course.
|
Federal University of Rio de Janeiro, School of Chemistry Department, Brazil, 2012
Final project, Bachelors in Chemical Engineering: MENDES, M. C; DANTAS, M. N.; " Implementation of thermodynamic equilibrium by UNIFAC model for mass transfer in OpenFOAM".
|
Federal University of Rio de Janeiro, Chemical Engineering Department, Brazil, 2009.
Undergraduate scientific project, Chemical Engineering: MIRANDA, M. G.; "Analysis of double conductivity sensors for obtaining the speed and size of bubbles using high-speed camera".
|
- Portuguese: native speaker
- English: fluent
- Spanish: beginner
- Programing Languages: C/C++, Python
- Operating Systems: Linux (Ubuntu), Apple Mac OS, Microsoft Windows
- Technical software: OpenFOAM, Paraview, ICEM, Pointwise
- Tools: vim, shell scripting, git, OpenMPI, gnuplot, Netbeans, Microsoft Office, OpenOffice, \LaTeX