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Maximizing economic production of unconventional resources is a critical objective of the oil and gas industry. Specializing in this rapidly growing topic is key to becoming a successful professional in this global field. This multidisciplinary program helps... Read more
Maximizing economic production of unconventional resources is a critical objective of the oil and gas industry. Specializing in this rapidly growing topic is key to becoming a successful professional in this global field. This multidisciplinary program helps engineers and geoscientists master the fundamentals of unconventional resources from different perspectives and provides them with the advanced technical tools to manage them effectively. It also bridges the gap between the subsurface of the unconventional resources and hydrocarbon production.
In this program, students will learn advanced, multidisciplinary methods in evaluating and producing unconventional hydrocarbon resources. This includes the engineering (single-well performance forecasting, flow in ultralow permeability reservoirs, hydraulic fracturing and their clusters, etc.), geomechanics and petrophysics (e.g. boreholes tresses, instability, sand production, etc.), reserves estimation and whole-reservoir production forecasting at a level required to act as a reserves estimator, and advanced topics such as depositional settings and heterogeneity of unconventional reservoirs. The program devotes time to dive into hydraulic fracturing (e.g. 2D and P3D fracture design, fracture chemistry, diagnostics, etc.), and also covers natural gas engineering, production optimization, well completion parameters, artificial lift systems, and underground gas storage. The program also covers Uncertainty quantification, including statistical methods that address the modeling, assessment, propagation, and management of uncertainties (stochastic modeling, Monte Carlo methods, etc.).
Maximizing economic production of unconventional resources is a critical objective of the oil and gas industry. Specializing in this rapidly growing topic is key to becoming a successful professional in this global field. This multidisciplinary program helps... Read more
Maximizing economic production of unconventional resources is a critical objective of the oil and gas industry. Specializing in this rapidly growing topic is key to becoming a successful professional in this global field. This multidisciplinary program helps engineers and geoscientists master the fundamentals of unconventional resources from different perspectives and provides them with the advanced technical tools to manage them effectively. It also bridges the gap between the subsurface of the unconventional resources and hydrocarbon production.
In this program, students will learn advanced, multidisciplinary methods in evaluating and producing unconventional hydrocarbon resources. This includes the engineering (single-well performance forecasting, flow in ultralow permeability reservoirs, hydraulic fracturing and their clusters, etc.), geomechanics and petrophysics (e.g. boreholes tresses, instability, sand production, etc.), reserves estimation and whole-reservoir production forecasting at a level required to act as a reserves estimator, and advanced topics such as depositional settings and heterogeneity of unconventional reservoirs. The program devotes time to dive into hydraulic fracturing (e.g. 2D and P3D fracture design, fracture chemistry, diagnostics, etc.), and also covers natural gas engineering, production optimization, well completion parameters, artificial lift systems, and underground gas storage. The program also covers Uncertainty quantification, including statistical methods that address the modeling, assessment, propagation, and management of uncertainties (stochastic modeling, Monte Carlo methods, etc.).
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
Unconventional Hydrocarbon Energy
KFUPM Main Campus, Dhahran, Saudi Arabia
# 5QS Subject Rankings
24 monthsProgram duration
Engineering - PetroleumMain Subject Area
Program overview
Main Subject
Engineering - Petroleum
Degree
MSci
Study Level
Masters
Study Mode
On Campus
Maximizing economic production of unconventional resources is a critical objective of the oil and gas industry. Specializing in this rapidly growing topic is key to becoming a successful professional in this global field. This multidisciplinary program helps...
Read more
Maximizing economic production of unconventional resources is a critical objective of the oil and gas industry. Specializing in this rapidly growing topic is key to becoming a successful professional in this global field. This multidisciplinary program helps engineers and geoscientists master the fundamentals of unconventional resources from different perspectives and provides them with the advanced technical tools to manage them effectively. It also bridges the gap between the subsurface of the unconventional resources and hydrocarbon production.
In this program, students will learn advanced, multidisciplinary methods in evaluating and producing unconventional hydrocarbon resources. This includes the engineering (single-well performance forecasting, flow in ultralow permeability reservoirs, hydraulic fracturing and their clusters, etc.), geomechanics and petrophysics (e.g. boreholes tresses, instability, sand production, etc.), reserves estimation and whole-reservoir production forecasting at a level required to act as a reserves estimator, and advanced topics such as depositional settings and heterogeneity of unconventional reservoirs. The program devotes time to dive into hydraulic fracturing (e.g. 2D and P3D fracture design, fracture chemistry, diagnostics, etc.), and also covers natural gas engineering, production optimization, well completion parameters, artificial lift systems, and underground gas storage. The program also covers Uncertainty quantification, including statistical methods that address the modeling, assessment, propagation, and management of uncertainties (stochastic modeling, Monte Carlo methods, etc.).
Read lessProgram overview
Main Subject
Engineering - Petroleum
Degree
MSci
Study Level
Masters
Study Mode
On Campus
Maximizing economic production of unconventional resources is a critical objective of the oil and gas industry. Specializing in this rapidly growing topic is key to becoming a successful professional in this global field. This multidisciplinary program helps...
Read more
Maximizing economic production of unconventional resources is a critical objective of the oil and gas industry. Specializing in this rapidly growing topic is key to becoming a successful professional in this global field. This multidisciplinary program helps engineers and geoscientists master the fundamentals of unconventional resources from different perspectives and provides them with the advanced technical tools to manage them effectively. It also bridges the gap between the subsurface of the unconventional resources and hydrocarbon production.
In this program, students will learn advanced, multidisciplinary methods in evaluating and producing unconventional hydrocarbon resources. This includes the engineering (single-well performance forecasting, flow in ultralow permeability reservoirs, hydraulic fracturing and their clusters, etc.), geomechanics and petrophysics (e.g. boreholes tresses, instability, sand production, etc.), reserves estimation and whole-reservoir production forecasting at a level required to act as a reserves estimator, and advanced topics such as depositional settings and heterogeneity of unconventional reservoirs. The program devotes time to dive into hydraulic fracturing (e.g. 2D and P3D fracture design, fracture chemistry, diagnostics, etc.), and also covers natural gas engineering, production optimization, well completion parameters, artificial lift systems, and underground gas storage. The program also covers Uncertainty quantification, including statistical methods that address the modeling, assessment, propagation, and management of uncertainties (stochastic modeling, Monte Carlo methods, etc.).
Read lessAdmission Requirements
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
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