Masterclass in Subsea and Pipeline Engineering

Why Select this Training Course?

Undertaking a journey of learning about the world of Subsea and Pipeline Engineering gives you a unique edge in this highly critical area of the energy industry. The blend of advanced technology, environmental sustainability and robust design philosophy is not only demanding but also highly satisfying.

What makes this masterclass critical?

Subsea and pipeline systems today require a wide array of skillset. Developed by a set of industry experts, this masterclass is built to provide a deep dive into the field. From learning the newest digital technologies, such as machine learning for pipeline inspection to understanding environmental risk assessments for sustainable projects.

How will this masterclass prepare you for the industry?

This will be done through case studies, simulations and practical examples of the technology and methodologies being used for subsea systems, especially in chicane and multiphase metering, deepwater drilling challenges and subsea repairs in cold harsh areas. It will enable the delegates to develop solutions and also perhaps identify new challenges for innovations to meet and exceed the requirements which are mostly stringent in these areas.

Who Should Attend?

This masterclass is designed for engineers who want to re-calibrate their skills and keep themselves updated with the innovations in the field of Subsea and Pipeline Engineering. It is ideal for:

• Subsea Engineers
• Pipeline Engineers
• Project Managers in Offshore Projects
• Design Engineers
• Marine Operations Specialists
• Environmental Consultants
• Risk Assessment Analysts
• Inspection and Maintenance Supervisors

What are the Course Objectives?

Participants will complete this masterclass with:

• Advanced understanding of subsea production systems and pipeline engineering.
• The capability to integrate modern technologies with traditional engineering.
• Strategies for effective risk management and environmental safeguarding.
• Enhanced skills for project management and cost-effective operations.
• Insights into global regulatory frameworks and best practice compliance.
• Practical know-how for responding to emergency situations and damage control.

How will this course be presented?

This course will be delivered through an immersive blend of:

• Real-world case studies and simulations.
• Interactive live webinars.
• Group projects and collaborative tasks.
• Access to proprietary industry software for practical application.
• Networking sessions with industry experts.

What are the Topics Covered in this Course?

Module 1: Advanced Subsea Engineering Fundamentals

• Deepwater technology breakthroughs.
• Subsea layout and field architecture.
• Flow assurance methodologies.
• Materials and corrosion prevention innovations.
• Subsea control systems and umbilicals.
• Advanced interventions and subsea robotics.
• Reliability and failure mode analysis.
• Subsea processing and boosting systems.

Module 2: Pipeline Design and Material Selection

• High-strength pipeline materials for extreme conditions.
• Compliant pipeline design software applications.
• Thermal design and insulation practices.
• Cathodic protection and anti-corrosion measures.
• Smart pipelines and embedded sensor technologies.
• Tailored material selection criteria and standards.

Module 3: Dynamics of Deepwater Drilling

• BOP systems and wellhead technologies.
• Drilling riser analysis.
• Managing deepwater pressure and temperature extremes.

Module 4: Subsea Surveying and Installation Techniques

• Hydrographic and geophysical survey advancements.
• Latest trends in pipeline installation vessels and equipment.
• Precision seabed mapping technologies.
• Environmental impact assessments (EIAs) for subsea projects.
• Innovative anchoring and mooring systems.
• PLEM and manifold installation strategies.
• Subsea tieback operations.
• Technological solutions for noise reduction.
• Remote Operated Vehicle (ROV) operations in installation.

Module 5: Pipeline Integrity and Inspection

• Risk-based inspection frameworks.
• Autonomous Underwater Vehicles (AUV) in pipeline inspection.
• Non-destructive testing (NDT) technologies.
• Pipeline defect assessment methods.
• Big data analytics for integrity management.

Module 6: Subsea Control and Communication Systems

• Real-time monitoring and telemetry advances.
• Subsea to surface communication enhancements.
• Power systems and distribution for remote operations.
• Intelligent field instrumentation and diagnostics.

Module 7: Operational Excellence in Subsea Maintenance

• Strategic maintenance planning and execution.
• Predictive maintenance using machine learning algorithms.
• Underwater welding and repair techniques for pipeline integrity.
• Hydraulic and mechanical intervention methods.
• Collaborative industry standards for sustainable maintenance.
• Emergency response planning for subsea systems.
• Contractor management and logistics.
• Human factors and safety considerations in maintenance operations.

Module 8: Decommissioning and Environmental Compliance

• Overview of decommissioning strategies and frameworks.
• Latest regulatory and environmental developments.
• Advanced cutting and decommissioning tools.
• Post-decommissioning monitoring and environmental restoration.
• Stakeholder engagement in decommissioning projects.
• Economics and cost estimation of decommissioning.
• Life extension of subsea equipment.
• International conventions and marine biodiversity protection.
• Sustainability considerations and circular economy applications.

Module 9: Subsea Project Management and Economics

• Streamlining project workflows with advanced software solutions.
• Integrating cost control measures within project management.
• Life cycle assessment and management for offshore projects.

Module 10: Advanced Subsea Risk Assessment

• Quantitative risk assessment (QRA) methodologies.
• Climate impact forecasting and mitigation strategies.
• The role of artificial intelligence in risk management.

Module 11: Innovative Offshore Pipeline Installation Methods

• Role of dynamic simulation in offshore installation planning.
• Complex pipeline lay methods for challenging environments.
• Technological enhancements in J-lay and S-lay methodologies.
• Usage of flexibles and umbilicals in deepwater scenarios.
• Robotics in pipeline lowering and positioning.
• Nanotechnology coatings for pipeline protection.
• Impacts of seismic activities on pipeline integrity.
• Advanced emergency repair techniques for minimizing downtime.

Module 12: Offshore Regulatory Compliance and Safety

• In-depth analysis of global offshore regulations and standards.
• Frameworks for managing compliance with the International Maritime Organization (IMO).
• Safety Case approach for offshore operations.
• Risk Management in hydrocarbon release scenarios.
• Best practice sharing and benchmarking in health & safety.
• Interactive disaster simulation exercises.
• Navigating cross-jurisdictional regulatory challenges.
• Cultural and Human factors in offshore safety management.

Module 13: Subsea Asset Management and Digitalization

• Utilising the Digital Twin technology for subsea asset lifecycle management.
• Advanced data analytics for asset performance optimization.
• Implementing Enterprise Resource Planning (ERP) systems in offshore operations.
• Asset integrity management using 3D modeling and visualization.
• Condition monitoring utilizing IoT and sensor networks.
• Blockchain for enhancing traceability in the supply chain.
• Predictive analytics for component failure and maintenance scheduling.
• Incorporating Augmented Reality (AR) for training and remote operations.