A1: To introduce the fundamentals of offshore engineering, subsea engineering and pipeline engineering.
A2: To introduce offshore, subsea and pipeline systems, including exploration, production, development, design, commissioning.
A3: To introduce the economic requirements, safety and environmental issues.
A4: To provide the latest engineering knowledge in the context of offshore survey and the hydrocarbon production chain.
Outline Of Syllabus
1. Offshore oil and gas development.
2. Offshore survey: principles and technologies of offshore survey.
3. Potential flow theory and overview of ocean environmental conditions.
4. Reservoir geochemistry and chemical processing.
5. Fundamentals of pipelines.
6. Drilling Engineering.
7. Subsea structures, installation and field architecture.
Normally requires 50 hours of study.
Pre-school material enables you to revise and review prerequisite material so that the intensive school can be run efficiently and effectively. The materials will be available six to eight weeks before the intensive school takes place.
You will undertake a pre-school assignment (30% of the module mark) which you will submit on the first day of the intensive school.
One week intensive school
Has an approximate contact time of 35 hours.
The intensive school includes lectures, case studies, tutorials, presentations, and discussions.
You will sit an examination (40% of the module mark) during this intensive teaching week.
Requires 15 hours of study.
This material consolidates the module learning.
Post-school material involves completion of a post-school assignment (30% of the module mark) which you will submit eight weeks after the intensive school.
Teaching Location: Newcastle City Campus
*The start and end date stated above is approximate
Intended Knowledge Outcomes
On successful completion of this course, students will be able to demonstrate knowledge and understanding of:
IKO1: The key players and their roles in the offshore, subsea and pipeline (OSP) industry;
IKO2: Know the key process of offshore oil and gas production;
IKO3: Understanding of the basic hydrodynamic and structural knowledge and principles in this field;
IKO4: The main components of OSP field architecture and facilities;
IKO5: The fundamental processes and regulations about design, installation, operation, control and maintenance of OSP facilities;
IKO6: The future development of the OSP industry.
Intended Skill Outcomes
On successful completion of this course, students will develop the following subject specific and intellectual skills:
ISO1: Identification of key issues and principles of offshore, subsea and pipeline engineering;
ISO2: Integration and evaluation of information and data from a variety of sources and within a variety of scientific and engineering disciplines;
ISO3: Capability and skills of design and investigation for an OSP structure, select design parameters and critically assess a construction programme.
You should have a minimum of:
- a Second Class Honours degree in Engineering or equivalent with a strong quantitative component
- at least three years of relevant work experience in the marine sector or similar
You'll also need to provide a personal statement and reference.
Find out more about entry requirements (including English language requirements).