Turning the motion of ocean waves into usable electricity is one of the more technically demanding corners of renewable energy — it takes hydrodynamic modelling, purpose-built conversion mechanisms, and real offshore experience to get right. This Arab British Fellowship Training Academy programme walks participants through the rationale behind the key technologies used to harness wave power, along with the numerical and experimental modelling techniques used to predict performance.

The course also reviews power conversion mechanisms and documented experience from full-scale ocean deployments, giving participants up-to-date knowledge on assessing the benefits of wave and hydro technology, designing installations, and accessing available incentives. It prepares attendees for success locally and internationally in the renewable energy, wave power, and water industries.

Who Should Attend?

• Engineers, designers, and architects working on marine and hydropower projects.
• Individuals who want to learn how marine and hydropower systems work, and how to install, maintain, and repair them.
• Those with a basic or advanced understanding of the renewable energy industry looking to specialise further.

Course Objectives

By the end of the programme, participants will be able to:

• Define wave power, tidal power, and hydroelectric power, and describe the physical basis behind each (energy content, technology type).
• Summarise the current markets, resources, and targets for wave and hydro technology.
• Apply design advice covering type, size, selection, and manufacturer choice.
• Assess environmental impact and analyse case studies and best practices from the field.
• Navigate financing, regulation, and incentive schemes (FIT, CFD) relevant to wave and hydro projects.
• Use simulation tools and reference the applicable norms and standards.

Module 1: Understanding Wave Energy Resources

• Fundamentals of wave energy.
• Characterization of wave energy resources.

Module 2: Conversion Technology and Modelling

• Overview of WEC concepts and power conversion mechanisms.
• Numerical modelling of wave energy converters.
• Modelling a wave power plant and predicting power generation.

Module 3: From Lab to Sea

• R&D roadmap: from computer simulation to test tank.
• From tank testing to full-scale sea deployment.

Module 4: Looking Ahead

• Future prospects and alternative uses of wave and hydro technology.
• Open Q&A session.