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International Conference on Marine Renewable Energy Systems in Marine Engineering

📅 29–30 Jan 2027 📍 Doha, Qatar 👤 Standard / Listener

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$185

virtual · $185 in person

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Supporting global researchConnect with researchers across 30+ countries

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This track focuses on the latest innovations in offshore wind energy systems, including turbine design, deployment strategies, and efficiency improvements. Participants will explore the integration of these technologies into existing marine engineering frameworks.

This session will cover the engineering challenges and solutions associated with tidal energy systems, emphasizing site assessment, resource mapping, and technology deployment. Discussions will include case studies of successful tidal energy projects.

This track aims to showcase cutting-edge designs and operational strategies for wave energy converters. Participants will discuss performance optimization, reliability, and the integration of these systems into marine energy networks.

This session will delve into the engineering principles behind floating energy platforms, focusing on stability, mooring systems, and environmental impacts. Experts will present their findings on the feasibility and scalability of these platforms.

This track will explore innovative storage technologies that enhance the reliability and efficiency of marine renewable energy systems. Discussions will include battery technologies, pumped hydro storage, and hybrid systems.

This session will address the development and application of sustainable materials in marine energy systems. Topics will include corrosion resistance, lifecycle analysis, and the environmental impact of material choices.

This track focuses on the modeling and simulation of hydrodynamic energy systems, emphasizing computational fluid dynamics and experimental validation. Participants will share methodologies for optimizing system performance.

This session will cover advanced optimization techniques for marine power systems, including algorithms for energy management and resource allocation. Case studies will illustrate successful implementations in real-world scenarios.

This track will examine the unique challenges and opportunities of renewable energy harvesting in coastal environments. Participants will discuss site-specific considerations and community engagement in project development.

This session will focus on the latest modeling techniques for predicting the performance of marine energy systems. Experts will present tools and frameworks that facilitate the design and analysis of these systems.

This track will highlight novel approaches to harnessing ocean energy, including hybrid systems and integrated energy solutions. Participants will explore the potential for ocean energy to contribute to global energy needs.