|
Course Code |
Module |
Credit Hour |
QCM5013
|
Basin and Structural Dynamics |
3 credits |
This course addresses structural analysis of basin formation and development in the framework of regional plate tectonics dynamics. It provides an overview of the architecture of the different types of sedimentary basins, and related structures and includes exercises of seismic interpretation to correctly reconstruct their evolution with time.
|
Course Code |
Module |
Credit Hour |
QCM5023
|
Applied Sedimentology and Stratigraphy |
3 credits |
This module covers selected central topics within sedimentology and stratigraphy - such as a detailed analysis of various sedimentary palaeoenvironments, interpretation of sediment petrography and geochemistry, understanding of trace fossils, practical use of sequence stratigraphic.
|
Course Code |
Module |
Credit Hour |
QCM5033
|
Petroleum System and Basin Modelling |
3 credits |
Petroleum system analysis comprises detailed review of the seven critical elements required for hydrocarbon accumulation. Workflow encompasses compilation of input data needed to build 3D basin model. Lectures and presentations will illustrate the basin evolutionary processes & the hydrocarbon plumbing mechanism from source kitchen to traps. Practical use of a routinely used 3D basin modelling software, e.g. PetroMod integrate seismic, well logs, lab analysis etc. New perspectives & recent developments in petroleum system analysis and basin modelling will be highlighted & discussed. With advancement of computational memory, petroleum system analysis and basin modelling will increasingly become a 'must have" rather than a “nice to have" to QA/QC prospect maturation workflow. Its favorable impact on exploration successes will be profound.
|
Course Code |
Module |
Credit Hour |
| QCMB5043 |
Applied Geophysics |
3 credits |
This course imparts knowledge on the application of geophysical techniques for hydrocarbon resource exploration. Theoretical background, fundamental principles, routine applications as well as the latest advances of each of the geophysical techniques will be presented. The techniques discussed are seismic, gravity, magnetics and electromagnetics.
|
Course Code |
Module |
Credit Hour |
QCM5053
|
Formation Evaluation & Petrophysics |
3 credits |
This course focuses on the study of the physical properties of rocks focusing on the storage and flow of the fluids contained within them. It also provides the fundamental basics of coring, well site geology and the conventional geological and petrophysical log interpretation. Log data acquisition for some advanced tools will be presented in order to highlight the significance of the recorded parameters and the impact of uncertainties on the evaluation results. The student will get some basic knowledge on core analysis, will understand methodology used to carry out different petrophysical property measurements in lab and using logs, and will become familiar with qualitative and quantitative well log interpretations and core-log calibration. He should be able to prepare and use this information for integrated geological work flows in flow units, basin analysis and reservoir characterization.
|
Course Code |
Module |
Credit Hour |
| QCM5063 |
Life of Field & Subsurface Risking |
3 credits |
The module integrates the learning outcomes of previous taught module. The main aim is to adapt and develop a petroleum potential exploration/appraisal plan based on given data. The main learning outcomes are expected to enhance cognitive and core skills: developing problem solving strategies etc. The case study subsurface data provided include key petroleum systems elements, to enable sensitivity analysis of subsurface risks and evaluation of volumetrics uncertainties. The ensuing techno-commercial exploration proposal will be negotiated to satisfy the stakeholders' contractual requirements and management approval. Each candidate will consolidate the final recommendation using a decision tree framework and present the finding in front of module leader for feedback and endorsement. A pre-drilling and post-discovery comparative resource assessment will be analyzed.
|
Course Code |
Module |
Credit Hour |
QCM5073
|
Advance Seismic Technology |
3 credits |
The module addresses the current and advanced techniques in subsurface seismic data processing and imaging. An overview of the acquisition methodologies as well as mathematical theory behind the processing application will be given in brief. Throughout the module, comprehensive and state-of-the-art processing sequences are explained with the aid of hands-on practical exercises and projects. A particular attention is paid to the signal processing / imaging tools. Data processing and imaging exercises are done with the help of a commercial processing software available in-house.
|
Course Code |
Module |
Credit Hour |
QCM5083
|
Quantitative & Computational Geophysics |
3 credits |
An important skill that students in geophysics specialization need to acquire is the ability to analyze geophysical data based on the quantitative, computational method and computer program. This course provides an introduction to various interpretation methods, numerical methods applied at various sizes and complexity of the geophysical data for building the earth sub-surface images includes solution techniques, modelling, tomography and inverse problems.
|
Course Code |
Module |
Credit Hour |
QCM5093
|
Reservoir Modelling & Characterization
|
3 credits |
This course comprises of reservoir characterization and modeling routinely used in the industry. The presentation will illustrate the stochastic and volumetric modeling, volumetric and uncertainties calculations. Geomodelling tools are used to assist in data integration among seismic production and well logs. New perspectives in reservoir characterization and modeling are highlighted.
|
Course Code |
Module |
Credit Hour |
| QCM5103 |
Reservoir Engineering |
3 credits |
This course provides fundamental knowledge of reservoir engineering in terms of reservoir geology: rock properties, reservoir fluid properties, volumetric and non-volumetric calculation with MBE. At the end of the course, the students will have practical/ industry-oriented knowledge to describe the behavior of a reservoir and understand the principles of reservoir engineering.
|
Course Code |
Module |
Credit Hour |
QCM5113
|
Individual Industrial Project I |
3 credits |
The projects are provided by industry in topics among others are basin evaluation, reservoir modelling, seismic technology, prospect maturity and non-seismic techniques. In the first part of the project, students are required to gather the information (conduct literature review), defend the research project proposal, and carry out preliminary works, prior to Industrial Individual Project II.
|
Course Code |
Module |
Credit Hour |
| QCM5127 |
Individual Industrial Project II |
7 credits |
The projects are provided by the industry in topics among others are basin evaluation, reservoir modelling, seismic technology, prospect maturity and non-seismic techniques. The total duration of the project is 4 months with months of project proposal and examination and preparation of final report on dissertation.
|
Course Code |
Module |
Credit Hour |
DAM5362
|
Data Analytics |
3 credits |
In this course we explore key data analysis techniques, which can be applied to massive datasets to enable real-time decision making. In particular, we examine the software tools that make possible the efficient analysis of data in near real time. Students are expected to make use of said tools to design highly scalable systems that can process and analyze big data for a variety of scientific, social, and environmental challenges.
