Presently responsible for the technical interface management with Sulzer pumps, for the capturing of early phase and subsea boosting projects opportunities in Brazil.

Responsible for the development and landing of strategic technologies to be applied in FMC Technologies projects, mainly in Brazil. Main achievements in the period:--> Proof of concept project for CO2 supersonic separation and removal--> Development of an inovative prototype device for oil dehydration --> Validation and approval of an in-house computational tool for flow assurance and process simulations with major O&G operators for use in subsea production systems projectsAlso responsible to introduce and develop Integrity Management and Assets Condition and Performance Monitoring business to FMC's operators in Brazil.

Technology Manager for Subsea Production, Processing and Flow Management SystemsResponsible for R&D, New Technologies Assessment, Development, Qualification and Application in current and Next Generation of Subsea Production and Processing Systems

Responsible for the development of R&D and Subsea Separation and Processing studies, such as Subsea 3-Phase Separation, Subsea G/L Separation, Subsea Gas Compression, Topside Compact Processing Plants etc.

SSAO Marlim project is the first subsea separation and water reinjection project developed in Brazil for Petrobras. This pilot project deployed in Brazillian waters, aims for the design of a separation system capable to perform gas-liquid, liquid-liquid and solids (sand) separation, besides the reinjection of separated water.

Responsible for the development of first Raw Seawater Injection System for Petrobras Albacora field;Responsible for the development of Subsea Vertical Boosting Systems for Petrobras (MoBos Jubarte e Golfinho);Responsible for the development of first Subsea Horizontal (skidded) Boosting System for Petrobras (MoBo Espadarte);Engineering Manager and Systems Engineer of Petrobras SSAO Marlim pilot system - first Subsea Separation and Reinjection System for heavy oil and deep water application

Responsible to structure and develop the subsea separation and processing department in FMC Technologies do Brazil, by developing a strong business plan to select and bring up technical competence in rotating machines, separation / processing and power systems disciplines. Responsible for the subsea boosting projects for Petrobras (such as Espadarte Pump Modules - MoBos) and raw sea water reinjection system for Framo Engineering and Petrobras as a final client. Albacora is the first all-electric subsea project developed to Petrobras.

Responsible for the Drill Pipe Riser (DPR) multiplexed systems developed to PB for vertical and horizontal trees installation and workover. Also responsible for the development of topside service equipment to be used in the riser operations in open sea and through marine riser.

Subsea engineer working with x-mas trees, manifolds and tie-in systems for mainly Petrobras projects.Design engineer responsible for the PLEMs developed for the Petrobras Barracuda/Caratinga and Roncador fields.Design engineering responsible for the design of many subsea swivels for rigid and flexible pipeline end modules (PLETs/PLEMs) for Total, to be used in the Girassol, Bonga and Dalia projects in Africa.Design engineer responsible for the subsea retrievable choke modules of the Bijupira-Salema manifolds delivered to Shell.Strong contribution on the design of the first subsea TLD tree development (long duration test), to be used with the EPR riser system and enable the early production from a Roncador field well to the Seillean Frontier vessel.Strong contribution on the first horizontal tree project developed to Petrobras (ANMH 2500) for a 2500meter water depth.Strong contribution on the PLETs design for the Roncador field and other fields in the Campos basin such as Marlim and Albacora.Trainee engineer supporting the engineering activities related to the Marlim manifolds project for Petrobras.