MSc Petroleum Engineering involves the application of earth and physical sciences to the evaluation and exploitation of natural hydrocarbon resources. The dominant problems of the petroleum engineer are those of flow and equilibrium in porous media, in vertical and horizontal well bores, in surface pipelines and in primary process equipment. The complexity of the hydrocarbon fluids, and the geological strata involved in flow in reservoirs and production systems raises problems requiring sophisticated numerical techniques for their solution. In the practical field, drilling and production engineering continually pose new engineering problems requiring engineered solutions.
Postgraduate Diploma and MSc Petroleum Engineering & Management provides the option to study the management and commercial aspect of the petroleum industry. Decision-making, contractual negotiations and arrangements, financial implications and man power management must be well understood and executed at various stages.
MSc Reservoir Engineering seeks to economically optimise the exploration of the reservoir. Reservoir Engineering is a sub-set of Petroleum Engineering where understanding of the reservoir is studied in more detail.
The MSc petroleum programmes can be described as conversion types, since they prepare students who have a basic science or engineering degree or even a petroleum background at the bachelors level to enter into specialty petroleum engineering fields. The curriculum of our MSc programmes are geared towards the generation of new knowledge while developing and transferring methods, techniques, methodologies and tools that lead to improved processes in industry.
The PSU has very strong ties to the energy industry through an active Industry Liaison Committee established for the interchange of advice and ideas in maintaining industry relevance of the Department's MSc petroleum programmes. Visiting lecturers from the industry and government establishments also make an important contribution to the more specialised teaching of the MSc programmes.
The PSU has a strong interaction with the Society of Petroleum Engineers, an international learned society looking after petroleum engineering. The aim of the SPE is to disseminate frontier knowledge from fundamental to field experience, including cost benefit. Over the years, the SPE has been most generous in its support to Petroleum Engineering at UWI, including scholarship support, running a student research paper event and welcoming students to their meetings and conferences.
Students are required to complete 44 credits for the award of the MSc Petroleum Engineering and MSc Reservoir Engineering. Students should demonstrate proficiency in Petroleum or Reservoir Engineering by satisfactory completion of at least 32 credits of coursework (comprised of core and compulsory courses) and 12 credits in their research project (3 credits Research Methods and 9 credits Independent Project).
Students are required to complete 42 credits for the award of the MSc Petroleum Engineering & Management. Students should demonstrate proficiency in Petroleum Engineering and Management by satisfactory completion of at least 30 credits of coursework (comprised of core and compulsory courses) and 12 credits in their research project (3 credits Research Methods and 9 credits Independent Project).
Duration of Study: The MSc programme is offered both Part-Time and Full-Time, and must be completed in 3 years and 5 years respectively.
Course Load: A Part-Time student is required to carry half the course load per semester than that of a Full-Time student.
Evaluation: All courses will normally be assessed by coursework and final examination. Candidates will be required to pass BOTH the coursework and examination.
MSc Petroleum Engineering Course ListingCore CoursesSemester 1: 16 Credits
|
Course Code |
Course Title |
Credits |
---|---|---|
PENG 6000 |
Petroleum Geoscience |
E4 |
PENG 6002 |
Drilling Engineering & Completions |
E4 |
PENG 6005 |
Reservoir Evaluation |
E4 |
PENG 6007 |
Reservoir Engineering |
E4 |
Course Code |
Course Title |
Credits |
---|---|---|
PENG 6010 |
Improved Oil Recovery |
E4 |
PENG 6012 |
Natural Gas Engineering |
E4 |
PENG 6015 |
Production Engineering |
E4 |
PENG 6023 |
Research Methods |
C3 |
PENG 6025 |
Group Field Project |
C4 |
Postgraduate Diploma and MSc Petroleum Engineering & Management Course ListingCompulsory Courses — For MSc option ONLY9 Credits
|
Course Code |
Course Title |
Credits |
---|---|---|
MENG 6402 |
Human Resource Management 1 |
E3 |
MENG 6502 |
Financial Management |
E3 |
PENG 6023 |
Research Methods |
C3 |
Course Code |
Course Title |
Credits |
---|---|---|
PENG 6002 ** |
Drilling Engineering & Completions |
E4 |
PENG 6005 ** |
Reservoir Evaluation |
E4 |
PENG 6007 ** |
Reservoir Engineering |
E4 |
PENG 6009 |
Strategic Petroleum Managment & Operations |
E4 |
PENG 6010 ** |
Improved Oil Recovery |
E4 |
PENG 6011 |
Petroleum Economics, Law & Contract Administration |
E4 |
PENG 6012 ** |
Natural Gas Engineering |
E4 |
PENG 6015 ** |
Production Engineering |
E4 |
PENG 6021 |
Production Planning & Control |
E4 |
MSc Reservoir Engineering Course ListingCore CoursesSemester 1: 16 Credits
|
Course Code |
Course Title |
Credits |
---|---|---|
PENG 6000 |
Petroleum Geoscience |
E4 |
PENG 6006 |
Advanced Well Test Analysis |
E4 |
PENG 6007 |
Reservoir Engineering |
E4 |
PENG 6028 |
Formation Evaluation |
E4 |
Course Code |
Course Title |
Credits |
---|---|---|
PENG 6010 |
Improved Oil Recovery |
E4 |
PENG 6012 |
Natural Gas Engineering |
E4 |
PENG 6008 |
Advanced Reservoir Engineering |
E4 |
PENG 6023 |
Research Methods |
C3 |
PENG 6025 |
Group Field Project |
C4 |
Course Code |
Course Title |
Credits |
---|---|---|
PENG 6024 |
MSc Research Project |
C9 |
The objectives and learning outcomes for the Project Report under the MSc management option will be similar to Project Report PENG6024 currently offered in the MSc Petroleum Engineering programme. The primary difference is that the emphasis of the management option will be around the theme of management in the Petroleum Industry.
Students are to note the following: