Exploration & Production Training

The Online Composite Material Training Course offers a comprehensive overview of composite materials, covering their functionalities, engineering processes, design, analysis, manufacturing, and testing methods. The course includes case studies to illustrate challenges faced in designing advanced composite structures. Aimed at engineers, operations managers, scientists, and technologists interested in lightweight composite material and structure design, the course provides valuable insights for those involved in designing and managing various engineering structures. The course consists of four lectures totaling six hours, delivered by Dr. Mohammad Fotouhi.

This online Finite Element for Marine Structures Training course covers topics such as Matrix Algebra, Differential Equations, and FEM-Weighted Residue Approach. It aims to provide engineers and scientists involved in onshore and offshore structures with the necessary knowledge for design, operation, and assessment. The course includes lectures on Finite Element Analysis, stiffness matrices for 1D, 2D and 3D FEA, structural dynamics, and case studies. The lecturer, Dr. Deepak Kumar, brings expertise in structural dynamics and offshore structures. The course spans 2 days and is suitable for those seeking to enhance their understanding of Finite Element Analysis.

Online CFD and Hydrodynamics for Ships Training is designed to provide engineers and scientists involved in ship design with a comprehensive understanding of Computational Fluid Dynamics (CFD) technology. The course covers topics such as turbulent flows, ship geometry modeling, CFD applications, turbulence modeling, hull optimization, and propeller numerical methods. Attendees from ship management, oil companies, classification societies, and ship builders will benefit from the innovative content and structure that balances theory and practice. The course aims to equip participants with the knowledge and skills to apply CFD techniques effectively in ship design.

The Online Masts, Towers and Axis Turbines Training course focuses on calculating wind turbulence and fluidelastic instabilities for masts, towers, and horizontal axis turbines. It covers incident flow, fluid loading, dynamic response, extreme responses, fatigue loading, and fatigue damage calculation. The course is designed for engineers, scientists, and students involved in wind or renewable energy engineering. It offers a balance of theory and practice through lectures and worked examples over a 2-day duration. The course is led by Professor Nigel Barltrop, an expert in fatigue and strength of offshore structures and renewable energy devices.

The online Naval Architecture Training course aims to provide conversion or refresher training for science and engineering graduates, experienced draughtsmen, and professionals involved in ship design and ship systems. The course covers a broad understanding of ship behavior under various conditions, including basic ship definitions, hull girder components, hydrostatics, and hydrodynamics. It is designed for engineers and research scientists seeking to comprehend ship behavior at sea, with a focus on theory and practice. The course includes lectures on stability, damage survivability, resistance, propulsion, and sea-keeping, delivered by experienced industry professionals over a 3-day duration.

The Online Advanced Design of Ship Structures course focuses on the first principle design of ship structures, including advanced analysis procedures for beams and plates. It covers the ultimate strength of hull girders, progressive collapse analysis, and common structural rules. The course is designed for engineers, scientists, and personnel from ship-related industries, offering a balance of theory and practice. Lectures cover topics such as deterministic and probabilistic design, hull girder strength, and reliability-based design. The course is led by Professor Purnendu Das and spans two days.

Online Risk and Reliability Training is a 2-day course focusing on theoretical and practical applications of risk and reliability engineering. Participants will learn about risk analysis, reliability engineering fundamentals, failure distributions, consequences, and Monte Carlo simulations. The course aims to equip attendees with the skills to analyze and mitigate risks effectively, make informed decisions in uncertain situations, and comply with safety regulations. Suitable for mechanical, process, and energy engineers seeking applied knowledge in risk and reliability engineering.

The Online Structure Integrity Analysis (Fatigue and Fracture) Training course focuses on providing engineers and scientists with a deep understanding of fatigue and fracture mechanics in structural design. Attendees will learn about stress/strain calculations, fatigue assessment, multiaxial fatigue, fracture mechanics, crack/flaw analysis, and material selection for fatigue and fracture resistance.