Aims & Scope

The rapid advancement of digital twin is transforming the field of ocean engineering, enabling smarter, more efficient, and safer marine operations. As challenges such as extreme weather conditions, complex offshore activities, and the increasing demand for sustainable energy solutions continue to grow, digital twin offers a powerful tool for simulation, monitoring, and predictive analytics.

From marine equipment and offshore renewable energy systems to disaster prevention and automated exploration, digital twin is reshaping the way we design, operate, and maintain critical ocean infrastructure. The integration of data-driven learning, real-time simulations, and intelligent risk assessment is paving the way for smarter and more resilient marine systems. This session brings together researchers, engineers, and industry leaders to explore the latest advancements in digital twin for ocean engineering. Through discussions on cutting-edge research, platform architecture, and real-world applications, this session aims to provide valuable insights that will shape the future of digital and intelligent ocean systems.

The session will focus on the following aspects:

• • Digital twin in ocean renewable energy
• • Digital twin in maritime operations and disaster prevention
• • Digital twin in automated ocean exploration and offshore platform equipment
• • Digital twin in intelligent marine equipment design, real-time monitoring, operational simulation, smart decision-making, and risk control
• • Digital twin architecture for ocean engineering: data-driven online learning and standardization of data exchange

Call for Presentations

Call for Presentations is now open. Researchers and industry professionals are invited to submit presentation proposals.

Please see the Call for Presentations for details.