-Developing Machine Learning applications using fiber optics technology (DAS/DTS) for fluid injection processes.-MVP management for the development of the new unconventional (Frac monitoring app, SAGD applications), and Carbon Capture Sequestration tools.-Dealing with prospective customers. Leading POC’s, POV’s and consultancy services.

-Integration of internal Halliburton apps from different fields (Petrophysics, Geoscience and Geomechanics) to create differentiators with respect to competitor’s petrotechnical software. -Developing “real-time functionalities”. Streaming data (from rig-site operations into software).-Planning and prioritizing the migration of functionalities from legacy code software to DSPetrophysics®.-Overseeing the Cloud Journey for DSPetrophysics® and Drillworks® lift and shift (iEnergy® solutions).-Microservicing key modules in DSPetrophysics® and Drillworks® as a part of a long-term strategy intending to modernize current code and adapt it to the new cloud offering (SaaS).-Leading the development of brand-new SaaS apps: DS365 Wellbore Stability®.-Managing the deployment of key geomechanical functionalities in DSPetrophysics® to support new carbon sequestration and geothermal workflows.-Managing 4 product backlogs supported by 4 different scrums.-Taking full responsibility as Subject Matter Expert for the 4 scrums. -Mapping project dependencies to inform the necessary sequence of development. Weighting priorities according to the needs and objectives of stakeholder. -Delivering sales pitches to potential customers. Supporting the technical sales team to prepare and address specific potential customers. -Preparing marketing material (website material, data sheets, brochures, and product bulletins to be distributed by the marketing team). Speaker at webcasts and webinars to promote products.-Working on business and market/user segmentation analysis to design the most appropriate road map strategy for each product. Addressing customer’s needs and evaluating competitor’s capabilities.-Reviewing pricing strategies and creating new package offers that satisfy different user segments.-Creating new cloud commercial products for DSPetrophysics® and Drillworks®.

Senior petrophysicist at Neftex® consultancy team.•Reservoir characterization analysis complementing exploration studies for conventional and unconventional targets.•Well log analysis for frontier regions (Suriname/Guyana, Offshore Argentina and Uruguay).•Petrophysical interpretations performed in mature regions complementing Neftex® products in mature regions (North Sea (UK and Norwegian sector), Berkine Basin (Algeria) and Golf of Mexico).•Seal assessment performed applying geomechanical techniques. Pore pressure analysis and capillary pressures were utilized to create a workflow to evaluate seal efficiency.•Petrophysical interpretations for unconventional reservoirs for the determination of elastic properties and trackability index (Rub’Al Khali (Tuwaiqu Fm), Permian Basin (Wolfcamp Fm), Appalachian Basin (Utica and Marcellus) and Powder River (Niobrara Fm).•Applying geochemical techniques to determine TOC values (Density, GR-RES and Passey’s model).•Pore pressure studies for Guyana/Suriname basin.•Consultancy projects working for different operators and service companies (SNOC, Beicip-Franlab, ONG Videsh Limited)•Provided expert information and resolving technical issues in sales/workshops/meetings.•Supporting the sales team for different products: ALI® (Assisted Lithology tool) and DSpetrophysics® software.•Mentoring and supporting interns at the STEPS Halliburton program for MSc and PhD students.

Applying machine learning techniques to create/develop the Assisted Lithology Interpretation tool (ALI®).•Preparing training datasets for the application of ML algorithms. Applying deterministic and stochastic multimineral analysis to determine lithology.•Developing numerical codes in Python. Testing and improving code performance.•Applying developed code to real case scenarios provided by partners (POC application).•Presenting ALI® in major O&G data science conferences (Janet Watson Conference, London Petrophysical Society LPS and EAGE).

Taking part in a multidisciplinary team working for the identification of potential acquisitions (New Ventures department).•Log analysis and petrophysical interpretation for conventional and unconventional targets.•Integration of RCAL and SCAL data (mercury injection and porous plate) for the identification of rock types.•Creation of a saturation height modeling for static models, based on rock typing and hydraulic flow-units.•Regional study and log-based sequence stratigraphy refinement.•Delivering accurate Vcl, porosity and permeability values working with NMR logs.•Refining poro-perm and Vcl values building multimineral models using ECS, PEF, sonic and XRD data. Working in both siliciclastic and carbonate environments. •Strong methodology workflow enabling efficient integrated studies of large well data sets and dealing with multiwell petrophysical evaluations.•Supporting rock physics works (synthetic seismograms and pore pressure studies).•Analyzing microresistivity image logs for borehole working with different tools like FMI or OBMI to identify reservoir characteristics and paleocurrents. Experience working on the following basins:- -Ceara Basin (Brazil)- -Berkine Basin (Algeria)- -Songkhla Basin (Thailand)- -Rub’Al Khali basin (Abu Dhabi)- -Lokichar Basin (Kenya)- -Lamu Basin (Kenya)- -Gulf Of Mexico (Mexico)- -Upper Magdalena Basin (Colombia)

Geoscientist assigned to the preparation of a drilling campaign project located in the Berkine Basin (Algeria). The followings tasks were performed:• Prognosis studies for exploration wells. • Wellsite Geologist position on a rig site. • Core description of the fluvial braided TAGI reservoir and Plug selection for SCAL and CCA.• Evaluation of the exploration potential in a developed field, detailing estimated hydrocarbon volumes and associated risks for the main objectives. Evaluation of both Contingent and prospective resources.Working on the static Geological model using Petrel.

“Hydrogeology and geomorphology at RKF oilfield in Eastern Algeria”. A hydrogeological study was delivered to further understand the shallowest aquifer resources in Eastern Algeria with the aim to support the drilling of supply wells in the surroundings of the RKF oilfield. Also, a geomorphology study was followed to study the location of gypsum outcrops between the dunes to be applied to civil works purposes (camp location, roads, etc.)