1. Petrophysics applied structured training program:— Standard Logging tools, Advanced Logging tools, Cased Hole Logging tools, Routine Core Analysis, Special Core Analysis, Wireline Borehole Images, Wireline Logging Sonic, Formation Testing and Sampling tools, Mud Logging.2. Responsibilities:— Quality control of petrophysical data received from clients.— Preliminary quick-look evaluations of petrophysical data received from clients.— Support development of deterministic and… Show more 1. Petrophysics applied structured training program:— Standard Logging tools, Advanced Logging tools, Cased Hole Logging tools, Routine Core Analysis, Special Core Analysis, Wireline Borehole Images, Wireline Logging Sonic, Formation Testing and Sampling tools, Mud Logging.2. Responsibilities:— Quality control of petrophysical data received from clients.— Preliminary quick-look evaluations of petrophysical data received from clients.— Support development of deterministic and probabilistic petrophysical models for clients, including Clay Volume, Total and Effective Porosities, Mud Volume in oil sands, fluids saturations and contacts determination, and multi-mineral models.3. Achievements:— Creation of an in-house Petrophysical Management System built in Python, capable to read and preprocess large number of LAS files to carry out exploratory data analysis and advanced interpretation techniques. This system has improved logs quality control efficiency by reducing its time consumption in large projects. Automated advanced interpretation techniques in this system have helped to recover affected data by enlarged boreholes with log reconstruction using Machine Learning. Show less

Development of methodologies for the technical and economic evaluation of new assets and investment opportunities in the O&G sector. Construction of automated cash flow projections for projects and investors based on reservoir decline models. Construction of project databases and visualization of investment opportunities in dashboards in Power BI.

Comprehensive support for students of differential calculus and statistics 1. Solving student problems and mediating conflicts.

Quality control of electrical logs in the exploration and development area. Elaboration of petrophysical reports and update of petrophysical summaries and statistical tables. Creation of a database and dashboards for the time control of the electrical logs.