Other Courses

The Marine Renewable Energy Training Course offers a comprehensive overview of marine renewable energy sources and their harvesting technologies, focusing on wave, tidal, and offshore wind energy. The course covers engineering and commercial aspects, resource estimation, policy frameworks, economic analysis, and project development. Practical exercises enhance understanding, and the integration of marine energy devices into various structures is explored. Targeted at engineers, researchers, and technical leaders, the course aims to provide a deep understanding of marine renewable energy and its significance in the evolving energy landscape.

The Online Hydroelasticity for Ship and Marine Training Course focuses on the study of hydro structure interactions in off-shore and naval applications. It covers the determination of operational profiles, deterministic hydro-structure interaction tools, and structural integrity criteria verification. The course is designed for engineers, scientists, MSc, PhD students, and personnel from ship management companies, oil companies, classification societies, and ship builders. It offers a balance of theory and practice, with lectures on environmental conditions, loads on bodies, seakeeping, structural response, use of CFD, and design methodologies. The course spans 3 days and is led by Šime Malenica, an expert in hydrodynamics.

Online Marine Technology Training is a course focusing on Computational Fluid Dynamics (CFD) in the marine industry. It covers the use of CFD for ship performance evaluation, flow around ships, and resistance of various vessel types. The course targets marine engineers, CFD enthusiasts, and naval architects seeking professional experience in this field. Topics include turbulence basics, finite volume methods, and an introduction to naval architecture. The trainer, Dr. Hari Warrior, is an expert in CFD and turbulence modeling with over 30 international publications. The course spans 2 days.

The Online Onshore Wind Turbine Training Course focuses on the design aspects of onshore wind turbine structures and foundations. It covers topics such as structural design, load modeling, geotechnical aspects, and foundation types. The course is designed for Engineers, Operations managers, Fabricators, Applied Scientists, and Technologists interested in wind energy. Expert trainers provide lectures on various aspects of wind turbine design and manufacturing. The course spans two days and aims to equip participants with the knowledge needed for designing efficient onshore wind turbine structures.

The HAZOP Training for Team Leaders is a three-day interactive course focusing on process safety and the HAZOP process. Participants will learn about setting up and conducting HAZOP studies, facilitation techniques, reporting, and problem-solving. The course incorporates client-specific standards and P&IDs, with team role plays and advanced facilitation methods covered. Interface with Layer of Protection Analysis is also explored.

This training course focuses on the integration of oil and gas infrastructure for the energy transition. It addresses the challenges posed by international Net-Zero Greenhouse Gas Emission targets for 2050. The course explores emerging technologies, legal boundaries, and the potential of existing infrastructure to accommodate new energy carriers. Designed for professionals in the energy industry, it covers theoretical content, case studies, and discussions to build understanding of energy transition concepts, legal frameworks, technical challenges, and project feasibility.

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 Environmental Management in Construction Training course provides project management, risk advisors, and health and safety professionals with knowledge of environmental regulations and planning for construction projects. Sessions cover planning considerations, environmental and social constraints, ecological surveys, management plans, and environmental clerk roles. The course also addresses site clearance, consents, unexpected findings during construction, and auditing. The course aims to equip professionals with the necessary skills for effective environmental management in construction.