Course Overview
This 5-day intensive program provides engineers, project managers, and offshore professionals with core knowledge of offshore oil & gas operations, marine systems, and subsea infrastructure. Participants will gain a solid foundation in offshore field development, structural design, and operational challenges through real-world case studies and practical exercises.
Course Objectives
Upon completion, participants will be able to:
- Understand offshore field development phases (exploration to decommissioning)
- Compare fixed vs. floating platform concepts (jackets, TLPs, semis, FPSOs)
- Analyze environmental loads (waves, currents, wind) on offshore structures
- Evaluate subsea production systems (trees, manifolds, flowlines)
- Apply marine construction techniques (pipelaying, heavy lifts)
- Identify key safety and regulatory requirements (API, DNV, ISO standards)
- Assess emerging technologies in offshore renewable energy
Who Should Attend
This course is essential for:
- New Offshore Engineers
- Project Engineers transitioning to offshore
- Subsea System Designers
- Marine Warranty Surveyors
- Oil & Gas Operations Staff
- Renewable Energy Professionals
- Graduate Engineers
Course Modules
Module 1: Offshore Industry Fundamentals
- Global offshore basins and reserves
- Field development stages (concept selection to decommissioning)
- Offshore vs. onshore project differences
- Key industry players and contractors
Module 2: Fixed Platform Engineering
- Jacket structure design (API RP 2A)
- Pile foundation systems
- Topside modules and layout
- Inspection and maintenance challenges
Module 3: Floating Systems
- FPSO design and mooring configurations
- Semi-submersible platform stability
- TLP and Spar platform concepts
- Stationkeeping systems (spread mooring vs. DP)
Module 4: Subsea Production Systems
- Christmas tree configurations
- Umbilicals, risers, flowlines (SURF)
- Pipeline end manifolds (PLEMs)
- Subsea processing technologies
Module 5: Marine Operations
- Heavy lift vessel capabilities
- Pipelaying methods (S-lay, J-lay)
- Diving and ROV operations
- Decommissioning techniques
Module 6: Environmental & Safety Considerations
- Metocean data interpretation
- Load calculations (100-year wave)
- Offshore safety case approach
- Emergency response planning
Module 7: Emerging Offshore Technologies
- Offshore wind turbine foundations
- Floating LNG (FLNG) developments
- Carbon capture and storage (CCS)
- Hydrogen production platforms