At the moment, we have the following open opportunities:
Ph.D Degree
Subject:
Development and management of reservoirs
integrated with geology
Requirements:
Education in engineering, geology, geophysics, mathematics, or related fields
Master's Degree
Subject:
Numerical simulation applied to polymer injection
Requirements:
Education in engineering, mathematics, or related fields
Ph.D Degree
Subject:
Improving Production Optimization Using Derivative-Free Methods
Requirements:
Education in engineering, mathematics, physics, computer science, or related fields
Ph.D Degree
Subject:
Development of New Parameterization Methods for Data Assimilation in Carbonate Reservoirs
Requirements:
Education in engineering, mathematics, physics, computer science, or related fields
Master's Degree
Subject:
Enhancing the methodology of representative models to improve decision-making in Reservoir Development and Management Process – Temporal Production Data
Requirements:
Education in Exact Sciences; Proficiency in Java or Python programming
Ph.D Degree
Subject:
Numerical modeling of multiphase flow in porous media
Requirements:
Extensive mathematical knowledge, particularly in Linear Algebra, and some experience with high-performance computing (C++, CUDA, HIP, etc.)
Ph.D Degree
Subject:
Bi-level Optimization Algorithms for Exploitation Strategy Definition
Requirements:
Education in Computer Science, Engineering, Applied Mathematics or related areas. Solid knowledge in computer programming and some experience with computational intelligence.
Ph.D Degree
Subject:
Fracture and Vug Characterization Based on Cores, Computed Tomography and Borehole Image, and its Impact in Reservoir Quality and Flow Properties
Requirements:
Master's degree in geology, geophysics, and petroleum engineering
Ph.D Degree
Subject:
Geomodel Seismic Conditioning Using Machine Learning and Probabilistic Methods
Requirements:
Master's degree in Geology, Geophysics, Petroleum Engineering, or related fields
Ph.D Degree
Subject:
Fracture and Vug Characterization for Reservoir Fluid Flow Prediction
Requirements:
Master's degree in Computer Science, Computer Engineering, Geology, Petroleum Engineering, or related fields
Ph.D Degree
Subject:
Development of Upscaling Methods Based on
Deep Learning Techniques
Requirements:
Master's degree in Computer Science, Computer Engineering, Geology, Petroleum Engineering, or related fields
Ph.D Degree
Subject:
Geological Modelling and Reservoir Simulation
of Carbonate Pre-Salt Deposit
Requirements:
Master's degree in geology, geophysics, and petroleum engineering
Ph.D Degree
Subject:
Study of asphaltene aggregation mechanisms
Requirements:
Undergraduate degree in Chemistry, Chemical
Engineering, or similar areas.
Ph.D Degree
Subject:
Evaluation of the precipitation behavior of asphaltenes obtained by pressure drop and n-alkanes
Requirements:
Undergraduate degree in Chemistry, Chemical
Engineering, or similar areas.
Master's Degree
Subject:
Investigating the effect of carbonate rock saturation on pore volume and breakthrough during acid treatment
Requirements:
Undergraduate degree in Chemistry, Chemical
Engineering, or similar areas.
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