As part of global decarbonization initiatives, I conduct comprehensive analyses of the U.S. Carbon Capture, Transport, and Storage value chain, addressing technical, economic, regulatory, and market aspects. My role encompasses project development in collaboration with internal and external partners, with a focus on opportunity prioritization, economic modeling, and joint venture assessments aligned with the company's carbon reduction strategy.

I lead the implementation processes of standards and workflows in acquisition, processing, interpretation, analysis, and storage of geological and geophysical information, as well as geological modeling, resource evaluation and reserves certification. This is the basis for the implementation of future Coal Bed Methane (CBM) and Carbon Capture and Storage projects (CCS).

Reservoir Geophysicist (Middle Magdalena Basin Business Unit)• Supervision of design and progress 3D seismic acquisition projects• Data conditioning, 2D/3D seismic interpretation (structural and stratigraphic) • Pre-stack/post-stack inversion and multi-attribute and machine learning analysis • Multi-disciplinary work within the reservoir development team to evaluate and redirect the current and future development plan

Reservoir Geophysicist (Middle Magdalena Basin Business Unit)• Supervision of design and progress 3D seismic acquisition projects• Data conditioning, 2D/3D seismic interpretation (structural and stratigraphic) • Pre-stack/post-stack inversion and multi-attribute and machine learning analysis • Multi-disciplinary work within the reservoir development team to evaluate and redirect the current and future development plan

Seismic reservoir characterization to visualize complex variations in lithology and rock physics properties. Goal: reducing uncertainty for well placement and geosteering operations in: - Permian Basin (Delaware Basin-Wolfcamp Formation)- Fort Worth Basin (Strawn Fm and Smithwick Shale)____________________________________________________________________-Seismic data conditioning-Integration of seismic and well log data-3D seismic interpretation-QI-Pre/post-stack seismic inversion-Multi-attribute analysis-Facies classifications

Thesis topic: Thesis topic: Seismic reservoir characterization and Sequence Stratigraphy of the Lower Strawn Formation (Deep water sand bodies?). And, seismic characterization of the Smithwick Shale to identify brittle and TOC-rich zones/sweet spots). Late-middle Pennsylvanian (Desmoinesian Interval), North-Central Texas, Fort Worth Basin.Quantitative seismic interpretation (pre-post stack inversion, neural networks, rock physics, multi-attribute analysis) and machine learning techniques to generate seismic facies classifications. (Self-organizing maps (SOM), k-means clustering, Principal Component Analysis (PCA), Principal support vector Machine (PSVM) and Generative Topographic maping (GTM)).

-Coordinating the acquisition, processing, inversion, and interpretation of 3D-3C seismic programs for unconventional gas projects (CBM and Shales). Cesar-Rancheria Basin, Colombia. -Give support to the drilling team on well placement. -Assessing the potential of new prospective areas with the new business-group

• 2D/3D seismic interpretation. • Coordination of seismic well logs acquisition-evaluation for unconventional gas projects in Cesar-Rancheria Basin, Colombia. • Evaluating potential new projects.

• Geological and operational control of exploration and development wells (conventional and unconventional hydrocarbons in the Cesar-Rancheria basin).• Well logs acquisition and evaluation, well correlations, sedimentological core description, and gas desorption tests for Coal Bed Methane.

• Mud Logger Geologist for the Tenay wells in the upper Magdalena Valley (ECOPETROL-Colombia).

Junior seismologist for 2D and 3D seismic programs in charge of:• Giving induction to skilled and unskilled personnel, preparing and updating databases, daily operating reports, and maps.• Monitoring progress in field operations, procedures and compliance with technical and environmental parameters.