Exploration & Production Training

Structure Integrity Analysis (Fatigue and Fracture) Training provides a comprehensive understanding of fatigue and fracture mechanics in structural design. The course covers pivotal concepts for fatigue assessment, multiaxial fatigue problems, and Linear Elastic Fracture Mechanics. Attendees will learn about crack/flaw analysis, material selection for fatigue resistance, and codified procedures for flaw evaluation. Aimed at engineers and scientists working with onshore and offshore structures, the course is led by Professor Luca Susmel, an expert in fatigue and fracture behavior.

The Virtual Engineering Structures Under Fire & Blast Training course covers structural response under blast loading and fire, including blast profile, design principles, and fire physics. Participants will learn about numerical methods, structural and human response assessment, and design procedures for steel and concrete members. The course is suitable for engineers, managers, scientists, and technologists involved in designing and managing various engineering structures. The program includes lectures on blast response analysis, numerical modeling, fire safety design, and modeling techniques for structural fire analysis. Dr. Feng Fu, an experienced lecturer, will lead the course over 2 days.

The course on Design of Lightweight Engineering Structures focuses on the application of materials with high strength-weight ratios in structural engineering and transport. It emphasizes cost savings through the use of strong but lightweight members, reducing stress levels and handling costs. The course covers topics such as composite materials, aluminium structures, and their design considerations for various applications in industrial structures. Expert lecturers provide insights into composite materials selection, analysis, and design, as well as the behavior and performance of aluminium structures in different loading conditions.

This course on Data Analytics using R and R Studio aims to train engineers and managers in practical methods for data analysis and modeling. It covers topics like data mining and machine learning, focusing on techniques such as classification trees and cluster analysis. The course is designed for professionals with a numerate educational background, including engineers, researchers, consultants, and managers. Hands-on tutorial sessions on R software are provided, making it suitable for individuals with some exposure to programming. The course aims to equip participants with the skills to leverage vast amounts of data for organizational optimization and insights.

The course on Design of Offshore Structural Components Including Fatigue & Structural Reliability focuses on teaching the modelling and analysis of offshore structures using beam elements and codified rules. It covers the design of various structural components like beams, columns, plates, and shells, emphasizing structural reliability and fatigue analysis. Targeted at engineers and scientists involved in offshore structure design, the course offers a balance of theory and practice. Led by experienced lecturers, the program spans four days and includes tutorials and practical sessions.

The Foundation Design of Offshore Wind Turbine Structures course focuses on optimizing foundation design to reduce costs in offshore wind energy. Participants gain detailed knowledge of mono pile and jacket structure foundations, soil-pile interaction, dynamic responses, and software for offshore wind systems. The course covers fatigue and fracture, crack/flaw analysis, ultimate and fatigue limit state checks, and reliability-based design of suction piles. Engineers, researchers, project managers, and safety inspectors involved in offshore wind farm design benefit from the course's theory-practice balance.

The Eurocode Training course provides an overview of Eurocode 0, focusing on design requirements, limit state principles, and load combinations. Engineers and scientists working on onshore and offshore structures should attend. The course covers design checks for beams, local buckling, shear resistance, compression members, and more. Led by Dr. Boulent Imam, a Senior Lecturer at the University of Surrey, the training emphasizes steel structure analysis and Eurocodes. The one-day course includes lectures on Eurocode 3 and practical examples.

The Pipelines Design Course focuses on teaching the principles of designing pipelines and risers for the offshore industry. It covers topics such as structural analysis methods, hydrodynamic and environmental loading, VIV effects, fatigue performance, and material selection. The course is designed for engineers and scientists involved in the design, operation, and assessment of offshore structures. Lectures are delivered by experts in the field, providing valuable insights and methodologies for achieving optimal design.