In charge of Flow Assurance area in Brazil office and responsible for LedaFlow® software, a tool capable of simulate the oil production, predict possible issues in the field and maximizes oil production. My duties were to act in Kongsberg projects solving Flow Assurance problems and supporting the Process Engineering Team in flow assurance issues. I worked with great interface with the software development team guiding the software development according to market demands. Several databases systems are supported by LedaFlow® as MySql and MariaDB. Also, I worked as technical support of customers that have the software license, in Brazil: Chevron and Petrobras. Highlight of my performance and results were: Petrobras project delivery (Design of Santos gas network) Chevron Project Maintenance (Frade Project) Customer support LedaFlow® Software in Brazil LedaFlow® business expansion to other countries in South America I worked in global flow assurance projects in Oslo / Norway, Houston / USA and Rio de Janeiro / Brazil.

Product development Engineer responsible for analysis of dynamic and static pipe application, developing solutions for offshore industry using Orcaflex software and complementary tools as Python and Excel Spreadsheets, including: o Calculation of fatigue and extreme loads of Risers in free hanging configuration; o CFD modeling for hydrodynamic coefficients of subsea structures; Worked in projects in Copenhagen/ Denmark and Rio de Janeiro/ Brazil

Product Development Engineer by using computer aided engineering (CAE) such as CFD (Computational Fluid Dynamics) and statistical tools such as design of experiments (DOE). CFD analysis includes simulation of complex physics as combustion reaction and multiphase flows mainly focused in product development for US and Europe Market, including: o Steady state simulations to improve fan design and optimize the forced convection inside gas products; o Validation of new models to simulate the combustion effect in gas products; o Combustion modeling in gas products and correlation with experimental data; o Use of statistical tools such as Design of experiments (DOE) to data driven development

Flow Assurance engineer for the Riser Integrity Monitoring, using DTS – Distributed Temperature Sensing for LULA field, including: o Analysis of the numerical models to evaluate integrity of Risers (Analytical, OLGA and CFD models); o Development of a numerical model in OLGA to represent the test conditions of DTS system to fine tune the experimental test procedure; o Elaborate the experimental test procedure, define acceptance criteria and analyze experimental data from DTS system intend to qualify the DTS system for Riser Integrity Monitoring; Worked in worldwide Flow Assurance projects in Paris/ France and Rio de Janeiro/Brazil.

Aeronautical and Mechanical Engineering, Fluid Mechanics and Heat Transfer

Mechanical Engineering, Mechanical Engineering