Subsea Engineering Master Class
Contact Us If You Have A Group of 7 Attendees and Above
About The Course
This Course has been designed for engineers new to the offshore industry, those transferring from other disciplines within the industry and those who have worked in the subsea job area previously but would like to benefit from a refresher course and learn about the latest subsea technology in the oil and gas industry.
All modules are presented in the classroom, the sessions will be interactive, with the opportunity to ask questions and discuss what has been learned. Visual animations, pictures and software demonstrations have been included to enhance the learning experience.
Course Objectives
- Understanding of the issues of subsea systems ranging from conceptual design to hardware components
- Understanding of subsea system design analysis
- Knowledge of aspects of design and operations of subsea intervention systems (ROVs, AUVs)
Curriculum
- 10 Sections
- 67 Lessons
- 5 Days
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- Overview of Subsea Engineering and Field Development6 Items
- Components of Subsea Production Systems (SPS)7 Items
- Subsea Hardware Design and Material Selection6 Items
- Subsea Drilling and Well Intervention Systems7 Items
- Subsea Installation Engineering7 Items
- Marine Vessels and Support Systems6 Items
- 5.0Types of offshore vessels (DSV, CSV, FPSO, pipelay, anchor handlers)
- 5.1Vessel capabilities and DP (Dynamic Positioning) systems
- 5.2Deck layout planning and equipment mobilization
- 5.3Marine assurance and sea-fastening
- 5.4Weather constraints and operational limits
- 5.5Coordination between marine and subsea teams
- Subsea Flowlines, Pipelines & Umbilicals7 Items
- Remotely Operated Vehicles (ROVs) and Intervention Tools7 Items
- Subsea Integrity, Monitoring & Decommissioning7 Items
- 8.0Integrity management plans (IMPs)
- 8.1Inspection, Maintenance and Repair (IMR) operations
- 8.2Integrity threats: corrosion, fatigue, erosion
- 8.3Monitoring systems: sensors, fiber optics, AUVs
- 8.4Subsea abandonment and plug & abandonment (P&A)
- 8.5Regulatory compliance and environmental considerations
- 8.6Cost estimation for decommissioning
- Case Studies and Emerging Technologies7 Items
- 9.0Deepwater field development case study (e.g., Gulf of Mexico or West Africa)
- 9.1Lessons learned from subsea failures
- 9.2Subsea processing and boosting
- 9.3All-electric subsea systems
- 9.4Subsea digital twins and AI integration
- 9.5Carbon capture and subsea storage applications
- 9.6Interactive Q&A / Group assignment or quiz
Target audiences
- Senior and mid-level engineers in offshore/subsea engineering
- Project managers and technical leads
- Engineering consultants and subsea operations personnel
- Graduates seeking expert-level understanding of subsea systems