Exploration & Production Training

The Well Integrity Training Course provides a comprehensive understanding of well completion principles and practices, focusing on well integrity. It covers strategies, calculations, and solutions for maintaining well integrity. The course is designed for drilling, production, or operations engineers, field supervisors, and managers. Participants will learn about well construction, completion, and components, as well as how to select the best tools for achieving well integrity. Topics include wellbore barriers, casing and tubing design, cementing equipment impact, and long-term well integrity management.

The Well Testing Training Course focuses on providing structured information about Wireline Formation Testing methods, data acquisition, and related downhole tools used in the hazardous business of well testing. It covers technology application, hardware details, operational aspects, and test design theory. The course is designed for geologists, engineers, supervisors, and professionals involved in formation evaluation and well test operations. Participants will gain confidence in selecting test equipment, reviewing procedures, understanding well test analysis, using interpretation software, and designing well tests. Topics include testing methodology, equipment options, test design, operations, safety, and interpretation approaches.

The Online Hydrodynamics Training Course is designed for professionals in major ports, harbours, offshore, and marine industries to understand wave mechanics terminology, wave motion basics, and wave deformation. The course covers topics such as wave properties, wave transformation, finite amplitude wave theories, analysis of random waves, wave loads on structures, and application of hydrodynamics to wave energy. Engineers, scientists, ship designers, and personnel from ship management, oil companies, and ship builders will benefit from the course's innovative content and structure. The course is led by Dr. Debabrata Karmakar, an expert in Marine Hydrodynamics and Offshore Renewable Energy.

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.

The Online Risk, Resilience and Sustainability Training course focuses on assessing and quantifying risk and resilience of critical infrastructure to extreme events and diverse hazards. It aims to help engineers, consultants, and operators make informed decisions for infrastructure assets and networks. The course covers topics such as vulnerability assessment, risk analysis, adaptation, and sustainability quantification. It aligns with Sustainable Development Goals and strategic priorities of the UK and EU. The course is designed for engineers, operations managers, fabricators, applied scientists, and technologists interested in infrastructure management.

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 Submarine Structures Training course focuses on the structural design of submarines, emphasizing the selection of materials, toughness, and strength formulations. It covers topics such as elastic stability of pressure hulls, collapse of pressure hull structures, and structural reliability analysis. The course is designed for Engineers, Operations managers, Fabricators, Applied Scientists, and Technologists interested in submarine design. Led by experts like Dr. Piero Caridis and Professor Purnendu Das, the program spans 2.5 days and includes lectures on finite element analysis, submarine fatigue, and corrosion.

The Online Seismic Assessment Training Course provides a theoretical framework for understanding seismic design for various structures. It consists of 8 lectures over 2 days covering seismic design basics, dynamic analysis, and code-related design principles. Participants will learn about structural response under dynamic loading and gain knowledge of technologies for checking structures' response to seismic loading. The course is suitable for Engineers, Operations’ Managers, Applied Scientists, and Technologists involved in the design, assessment, and management of engineering structures.