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My Bio
Who I Am
Carlos Buenrostro is a Senior Petrophysicist, and Petroleum Engineer with over 20 years of industry experience currently working as a Petrophysicist Advisor for LUKOIL International Upstream in Houston, Texas. He has worked in a wide range of petrophysical disciplines, including drilling-geomechanics, acoustic analyst, reservoir engineering and geomodeling, interpretation of open hole and cased hole logging, integration of special core analysis (SCAL), logging field engineer, stimulation engineer, programming, and data analytics.
Carlos is an enthusiastic team player integrating well data in multidisciplinary disciplines with broad experience worldwide.
Education
February 2022 - December 2023
M.Eng., Petroleum Engineering
• Present Studies
• Degree plan: Production Logging, Formation Evaluation, and Reservoir Performance, Machine Learning for Petroleum Engineering using Python, Reservoir Simulation, Upscaling Geological Models, Reservoir Management, Production Engineering, Linear and NonLinear Rock Mechanics, Finite Element Method Geomechanics, Drilling Engineering, Data Integration for Petroleum Reservoirs, Geostatistics and Data Analytics.
February 1999- November 1999
MSc., Computer Aided Engineering
GPA 3.56 (B+ Passed)
• Geometric and volume models: geometric description of complex construction forms. CAD applications.
• Finite Element Method: determination of deformation, stress and temperature distributions, calculation of magnetic or electric field issues.
• Artificial Intelligence: Databases for design in a Finite Element calculation (mesh generation).
• Interactive real-time representation: programming techniques to develop interactive real-time representations, multitasking, multi-user systems in UNIX.
September 1998 - January 1999
MSc., Computer Aided Engineering
GPA 3.56 (B+ Passed)
• CAD techniques and applications: computer-aided design of complex structures, integration with other techniques, production of prototypes (rapid prototyping).
• Modal analysis: techniques and methods to measure vibration and evaluate, assess, and reduce vibration issues.
• Multibody dynamics: simulation techniques for determining dynamic motion and acceleration sequences, optimization of mechanisms, determination of forces and loads
• Data processing systems and networks: modern data processing and networks, signal processing, and filters, transformation techniques, interfaces.
August 1993 - July 1998
BSc., Mechanical Engineering
GPA 3.36
• First Year: Statistics, Technical Programming, Programming I, Higher Mathematics, Mathematics, Dynamics, Electricity and Magnetism, Programming II, Mathematics II, Probability.
• Second Year: Circuits, Differential Equations, Statistics II, Mathematics III, Numerical Methods, Material Science I, Machines and Tools Workshop I, Circuits II, Materials Mechanics, Mechanisms, Thermodynamics.
• Third Year: Materials Science II, Machines and Workshop II, Design I, Mechanical Vibrations, Thermal Engineering I, Fluid Mechanics, Manufacturing I, Industrial Maintenance Workplace I, Fundamentals of Electrical Installations, Design II, Thermal Engineering II, Hydraulic Machines.
• Fourth Year: Manufacturing II, Instrumentation and Control, Computer-Assisted Design, Computer-Assisted Engineering, Refrigeration, Automated Manufacturing, Air Conditioning, Hydraulic, and Pneumatic Controls, Principles of Labor Law, Degree Project I.
• Fifth Year: Mechanical Installations, Industrial Refrigeration, Principles of Business Administration, Applied Industrial Engineering, Degree Project II.
Degree Project at Rockwell Semiconductor Systems, Mexicali, Baja California Mexico.