Wind Turbine & Offshore Structures

The Online Offshore Structures Training course focuses on teaching structural modeling of fixed platforms, including hydrodynamic loading calculations through Morison's equation. Participants will learn to model fixed platforms as 3D structural models using beam elements, check structure compliance, and perform strength checks for yielding, buckling, and fatigue. The course targets engineers and scientists involved in offshore structure design, offering a balance of theory and practice. Expert lecturers cover topics such as wave theories, wave and current loads, and fatigue assessment over a 2-day duration.

This online course on Foundation Design of Offshore Wind Turbine Structures aims to provide detailed knowledge on designing and analyzing mono pile and jacket structure foundations. It covers soil-pile interaction, dynamic responses, and the use of Bladed software for offshore wind system dynamics. The course targets engineers, researchers, project managers, and safety inspectors involved in offshore wind farm foundation design. Lectures include wind modeling, loads on wind turbine structures, and fully coupled simulations for different types of wind turbines. The course balances theory and practice for a comprehensive learning experience.

The Online Floating Offshore Structures Training course introduces engineers and scientists to the design and assessment of floating offshore structures, focusing on concepts like FPSOs, semi-submersibles, TLPs, and Spars. The course is suitable for professionals in the offshore industry, including those from oil and wind energy companies, classification societies, and offshore structure fabricators. Led by Professor Nigel Barltrop, the program offers a balance of theory, practice, and worked examples over two days.

The Online Floating Structures Analysis Training course focuses on the assessment of rigid-body and structural response of floating offshore concepts like FPSOs, semi-submersibles, TLPs, and Spars due to various loadings. It targets engineers, scientists, and industry personnel involved in offshore structure design. Led by Professor Nigel Barltrop, the course offers a blend of theory, practice, and examples over two days. Topics covered include wave theory, structure motion, fatigue assessment, and more. The course aims to equip participants with the necessary tools for analyzing floating structures in deeper waters.

The Online FAST Program Training Course focuses on utilizing the OpenFAST wind turbine simulation tool to analyze wind turbine configurations, including onshore and offshore structures. The course is designed for engineers and scientists involved in the design and analysis of offshore floating wind turbine structures, offering a balance of theory and practice. The program covers topics such as wind modeling, aerodynamic and structural modeling, and simulation of fixed-bottom and floating offshore wind turbines. Dr. Yang Yang, an expert in offshore wind turbines, leads the course.

The Online WTSR AE Training course provides in-depth knowledge on the roles and responsibilities of an Authorising Engineer (AE) in the wind sector. It is designed for current and aspiring AEs, as well as individuals involved in safe system operations in wind turbines. The course covers key topics such as safety protocols, technical competence, and AWP approval processes. Accredited for CPD, the course is delivered interactively and can be customized to meet specific needs. Delivery options include classroom, remote, and e-learning formats, with opportunities for coaching and mentoring.

The Online Wind Turbine Safety Rules (WTSR) Training course, delivered by an approved Safety onTrainer, aims to educate participants on the purpose and benefits of WTSR.

The Online Geotechnics for Offshore Structures Training Course is a 2-day program focusing on geotechnical engineering for offshore structures. Led by experts Dr. Ana Ivanovic and Trevor Hodgson, the course covers topics such as soil characterization, foundation concepts, and design of mudmats and mooring anchors. Dr. Ivanovic's research background includes investigating marine pipelines and seabed influences, while Hodgson brings over thirty years of experience in offshore-related areas. Participants will gain insights into geotechnical analysis and design specific to offshore environments.