Exploration & Production Training

The Offshore Wind Turbine Training course focuses on the design and analysis of wind turbine substructures to reduce costs in offshore wind projects. It covers topics such as mono pile and piled jackets design, soil-pile interaction, and dynamic responses. The course also highlights differences between wind turbine and substation substructures. Expert lecturers provide insights into offshore foundation design and loads analysis methodologies. The training is offered in various locations in the UK and internationally.

The Online Earthquake Structures Training course aims to equip engineers and scientists with the necessary skills to design safer and resilient infrastructures in earthquake-prone areas. The course covers seismic design aspects, risk analysis of structures, and introduces Eurocode 8 guidelines. Participants will study various earthquake hazards, seismic analysis techniques, and design considerations for earthquake-resistant structures. The course is suitable for professionals involved in designing, operating, and assessing onshore and offshore structures. Expert lecturers from diverse engineering backgrounds provide in-depth knowledge and practical insights throughout the program.

The Corrosion and Fatigue Training course aims to introduce fundamental corrosion theories in an accessible manner, emphasizing practical applications. It covers topics such as recognizing, measuring, and protecting against corrosion, as well as fatigue and fracture mechanisms. The course targets engineers and scientists involved in designing, operating, and assessing onshore and offshore structures. Lectures are delivered by experts in the field, including Dr. Helena Polezhayeva, a renowned fatigue specialist, and Dr. Adam Wojcik, a materials scientist with expertise in corrosion theory and prevention.

The Finite Element Training course is designed for engineers and scientists working with engineering structures. The course covers various aspects of Finite Element Analysis (FEA), including techniques, types of elements, pre and post-processing, and advanced FE modeling. Participants will gain knowledge in structural mechanics and learn about applications in industries such as automotive, aerospace, civil engineering, and renewable energy. The course is suitable for professionals involved in the design, operation, and assessment of onshore and offshore structures.

This course focuses on the first principle design of offshore and ship structures, covering advanced analysis procedures for beams and plates, hull girder strength, and structural reliability analysis. It is designed for engineers and scientists involved in the design of offshore and ship structures, as well as personnel from ship management companies, oil companies, classification societies, and ship and offshore builders. The course offers a balance of theory and practice, with lectures by expert Purnendu Das, who has extensive experience in marine structures and research.

The Nuclear Power Plant Design Training course is designed for civil engineers interested in understanding seismic design related to nuclear power plants. The course covers basics of generating electricity from nuclear reactions and topics such as components in a nuclear installation, safety systems, seismic design, geotechnical aspects, and waste disposal. Expert lecturers provide insights into containment design, reactor materials, structural integrity, and risk management. The course aims to equip participants with the knowledge needed to address the challenges of designing and operating nuclear power plants safely and efficiently.

Wind Turbine Design Training is a course aimed at individuals involved in various aspects of wind energy who seek a deeper understanding of turbine technology. The course offers a balance of theory and practice, covering topics such as wind technology development, energy extraction principles, electrical systems integration, and future technology trends. Engineers and researchers in wind farm development, financing, management, and installation will benefit from attending. The course spans two days and includes lectures by experts in the field.

The Risk and Safety Management Training course aims to provide participants with a comprehensive understanding of risk analysis and safety management. Key topics covered include probabilistic risk analysis techniques, risk reduction, system reliability models, and risk communication. The course is designed for engineers, managers, and scientists involved in risk assessment and safety management, as well as personnel from Local Authorities and major facilities operating companies. The program includes lectures on risk management, safety, societal risk, risk communication, and corporate risk management, presented by expert lecturers in the field.