The Marine and Ocean Engineering (MO) programme at EKC 2026 brings together international experts from academia, industry, and government to address the profound structural transformations in the maritime sector. Aligned with the conference theme, "AI-Driven Future of Science and Technology," the programme features six distinct yet interconnected sessions that explore the convergence of artificial intelligence, decarbonization, and advanced engineering.
The programme opens with the SNAK-EKMOA Joint Session, which frames AI as a systemic integrator across the ship lifecycle—from production to operation. Discussions span how robotics and AI are redefining shipbuilding, digital process twins for optimizing marine fuel and carbon capture systems, and applied engineering challenges such as crew transfer vessel docking at offshore wind turbines and simplified numerical modelling for submarine collision and grounding analysis.
The KRISO-EKMOA Joint Session focuses on maritime decarbonization and future ship safety in practice. Presentations cover the development of a remote operation system for multi-MASS operation, high-performance insulation systems for liquefied hydrogen carriage, ship energy efficiency through effective biofouling control management, and the evolving safety requirements for decarbonized and autonomous operations.
The HDERC-EKMOA Joint Session highlights the role of AI and digitalisation in advancing autonomous and intelligent maritime operations. Topics include AI and digitalisation in production logistics, optimized onsite installation methods for floating offshore wind turbines, floating offshore wind layout optimization integrating geophysical and geotechnical data, and uncertainty quantification in ultra-short-term ship motion prediction using deep learning models in wave environments.
The LR-EKMOA Joint Session emphasizes that marine safety and hydrodynamics remain fundamental to a safer world. It addresses assurance during the IMO MASS Code experience-building phase, lessons and opportunities from a decade of collaboration between Ecole Centrale de Nantes and Bureau Veritas, recommended practice for fatigue assessment of floating offshore solar platforms, lab-scale experimental studies on hydroelastic and shared mooring effects in floating offshore wind turbines, and developments towards safe and sustainable LH₂ carriers.
The MMC Project-EKMOA Joint Session showcases policy and technology pathways for the alternative-fuel transition. Presentations cover international trends and domestic response strategies for seafarer education and training on alternative fuel ships, a scenario-based framework for developing a Korea-type green shipping corridor integrating alternative fuel supply chains and lifecycle assessment approaches, and KORIES-led key technology developments for eco-friendly ships.
The programme concludes with the EKMOA S&T Session, which brings together cutting-edge research on AI-enabled and risk-aware ship engineering. Presentations cover AI-ready ship design through interoperability, numerical estimation of ship performance under actual sea conditions accounting for added resistance and required power across varying wave conditions, risk-aware and self-explainable AI agents for safety-critical operations of autonomous ships, and dynamic failure mode and effects analysis for the use of hydrogen as a marine fuel.
Together, these sessions underscore the strategic importance of the Europe-Korea partnership. By integrating AI-driven innovation with rigorous engineering and practical demonstration, the EKC 2026 MO programme aims to shape a resilient, competitive, and sustainable maritime future.
Dr. Hayoung Jang is a Research Associate specializing in marine environmental and safety assessment, with a particular focus on the technical evaluation of future marine systems. Prior to his current academic role, he gained extensive industry experience at Haeyoung Maritime Services, where he was responsible for technical ship management and operational safety, ensuring vessel compliance with international maritime standards. His technical expertise includes the application of Computational Fluid Dynamics (CFD) specifically for safety simulations, such as the dispersion behavior of hydrogen and ammonia fuel leaks on board vessels.
His research methodology involves deconstructing complex engineering challenges into manageable steps, with a primary focus on Life Cycle Assessment (LCA) for marine power sources and retrofitting activities. By combining his practical background in ship operations with advanced numerical modeling for gas safety, he provides a comprehensive approach to developing sustainable and secure maritime technologies. Furthermore, he is an active leader in the international research community, presently serving as both the General Director and the Academic Director of the Europe-Korea Marine and Ocean Engineers Association (EKMOA).
Dr. Bae Jun Kwon is a Principal Approval Engineer at DNV, based at the company’s headquarters in Norway, specializing in maritime stability and ship classification, with over 25 years of experience in ship design and classification. He is responsible for complex intact and damage stability assessments and regulatory approval of a wide range of vessel types, including offshore units, passenger vessels, and large commercial ships.
Prior to joining DNV, he worked at a shipyard in Korea, where he was involved in ship design and developed practical insight into ship construction and operational processes.
His technical expertise lies in advanced stability verification and approval methodologies, supported by strong theoretical foundations and sound engineering judgement. He has contributed to the development and global implementation of structured stability verification frameworks, enabling independent and systematic validation of stability calculations and improving consistency, technical robustness, and efficiency in approval processes.
In parallel, his recent work focuses on advancing digital approval practices and integrating AI-assisted approaches into engineering workflows to enhance both efficiency and reliability. His academic research centers on lifecycle decarbonisation in shipbuilding, addressing material-related emissions and regulatory implications under frameworks such as FuelEU Maritime, EU ETS, and CBAM.
He currently serves as President of the European Korean Marine & Ocean Engineers Association (EKMOA), where he promotes international collaboration and strengthens technical exchange between Europe and Korea in the maritime sector.
Joongwon Kim is a marine system and shipbuilding engineer with 18 years of experience in ship design and engineering. He earned a Bachelor's in marine system engineering from Korea Maritime and Ocean University and a Master’s in Mechanical Engineering from Yonsei University. His career includes roles as a first engineer on merchant vessels and a leadership position at Hanwha Ocean (formerly DSME). Joongwon's research focuses on simulation-driven sustainability assessment and system integration in shipbuilding. His doctoral work creates a sustainability framework for shipyards by combining Discrete Event Simulation (DES), digital twin concepts, and lifecycle assessment (LCA) aligned with ISO and EN standards. His research centres on cradle-to-gate carbon accounting in shipbuilding, KPI-ESG integration, and performance models for smart shipyards. He has created simulation models for carbon emissions and analysed regulatory impacts on maritime stakeholders. By linking process modelling with environmental indicators, Joongwon aims to develop a digital framework connecting design, manufacturing, and sustainability. Through his naval architecture PhD, he seeks to advance lifecycle sustainability methods and help transform maritime and shipbuilding industries into data-driven, carbon-conscious, and integrated operations.
Prof. Young-Myung Choi is an Associate Professor in the Department of Naval Architecture and Ocean Engineering at Pusan National University, Korea. He received his BSc and MSc degrees in Naval Architecture and Ocean Engineering from Pusan National University, and his PhD in Fluid Mechanics from LHEEA, École Centrale de Nantes, France.
Before joining Pusan National University, he worked as a project-based researcher at KRISO in Daejeon, Korea, and as a research engineer in hydrodynamics at Bureau Veritas in Paris, France. His research interests include marine hydrodynamics, offshore floating structures, underwater vehicles, fluid–structure interaction, and high-fidelity numerical simulations.
Synopsis
The maritime industry is experiencing a structural transformation driven by urgent decarbonization goals and rapid advances in digital and artificial intelligence (AI) technologies. Regulatory frameworks such as EU ETS and FuelEU Maritime, alongside expanding ESG requirements and net-zero commitments, are reshaping ship design, shipbuilding, and vessel operations. At the same time, AI, digital twins, and advanced simulation platforms are redefining how complex engineering systems are modelled, optimised, and managed. This convergence positions the maritime sector as a strategic domain for realising the EKC2026 theme, “AI-Driven Future of Science and Technology.”
This session explores how AI-enabled methodologies accelerate innovation in smart and sustainable ship design and operation. It will address multi-objective design optimisation integrating performance, safety, cost-efficiency, and carbon reduction; digital-twin–based smart shipyard systems for predictive maintenance and production optimisation; and lifecycle carbon-accounting frameworks supporting regulatory compliance and sustainability reporting.
The session emphasises AI not merely as a computational tool, but as a systemic integrator across the ship lifecycle, from conceptual design and manufacturing to operation and performance monitoring. Building upon the collaboration between the Europe-Korean Marine and Ocean Engineers Association (EKMOA) and the Society of Naval Architects of Korea (SNAK), it aims to strengthen academia–industry partnerships between Europe and Korea. Ultimately, the session highlights how AI-driven integration of decarbonization and digitalisation can shape a resilient, competitive, and sustainable maritime future.
Speakers
MR. TELHIMTKASMI, Sohaib
(Dassault Systèmes Se)
[ 13:30 - 14:00 ]
Title: How Robotics and AI are Redefining Shipbuilding
MR. HAN, Sang Phil
(Simens)
[ 14:00 - 14:20 ]
Title: Digital Process Twins: Optimizing Marine Fuel and Carbon Capture Systems
PROF. SEO, Jae Won (Pusan National University)
[ 14:20 - 14:40 ]
Title: A Study on the Docking Operations of a Crew Transfer Vessel to Offshore Wind Turbines at the Southwest Coast of Korea
MS. JANG, Yuri (Hongik University)
[ 14:40 - 15:00 ]
Title: Development of a Simplified Numerical Model for Submarine Collision and Grounding Analysis
Date / Time
2026-07-21 15:30 -- 17:00
Room
Pierre Baudis - Argos
Conveners / Chairs
DR. JOUNG, Taehwan
Principal Researcher, Korea Research Institute of Ships and Ocean Engineering (KRISO)
Dr. Taehwan Joung currently serves as principal researcher of the International Maritime Research Division at the Korea Research Institute of Ships and Ocean Engineering (KRISO). He also holds the position of the vice president of SEANRI (Scientists and Engineers’ Association of National Research Institutes in ROK) since January 2025.
He earned his bachelor's degree (1990-1997), master's degree (1998-2000) and Ph.D. degree (2000-2005) from the Department of Naval Architecture at Chungnam National University, Republic of Korea, with a specialization in Ships and Ocean structures.
Dr. Joung has a variety of experience before he joined KRISO in 2016. He has had an experience in Korea, Japan, Australia and Norway as a researcher or a post-doctoral research scholar for the last twenty-five years (2000-2024). During his time in Korea (KRISO and Pusan National University), Japan (RIAM and Kyusyu University), Australia (Flinders University) and Norway (SINTEF-Ocean/MARINTEK), he has endeavoured for developing enhancement of ships and underwater vehicles’ performance by using structural and Computational Fluid Dynamics (CFD) analysis tools. Dr. Joung is a rare person who holds two Ph. D degrees in different fields - structural and CFD analysis area.
DR. KIM, Hyungju
Associate Professor, Norwegian University of Science and Technology (NTNU)
Dr Kim currently works for Norwegian University of Science and Technology (NTNU) as an associate professor, and he is responsible for several lectures and research projects in innovative marine solutions, like autonomous ships and green ships. Prior to current position, he worked for University of South-Eastern Norway (USN) as an associate professor for four and a half years and for Norwegian University of Science and Technologies (NTNU) as a postdoctoral research fellow for two and a half years after obtaining his doctoral degree in maritime safety at the same university. He started his professional career at SAMSUNG Heavy Industries in South Korea as a naval architect. For seven years, he was involved with a large number of research and shipbuilding projects. He obtained this master and bachelor degrees in naval architecture and ocean engineering at Seoul National University in South Korea. He is currently a director of academic services of the Europe-Korea Marine and Ocean Engineering Association (EKMOA).
Synopsis
This joint session organized by Korea Research Institute of Ships and Ocean Engineering (KRISO) and Europe Korea Marine and Ocean Engineering Association (EKMOA) aims to explore practical pathways toward sustainable and efficient maritime systems by addressing both technological innovation and regulatory developments. A central focus will be placed on the real ship testbed for green technologies that provides a platform for demonstrating and verifying advanced green ship technologies and operational concepts under realistic conditions. The session will also examine Onboard Carbon Capture and Storage (OCCS), hull and vessel energy efficiency improvement technologies, emerging propulsion options such as Small Modular Reactors (SMR), and the implications of IMO mid-term measures for greenhouse gas reduction on ship design, operation, and maritime infrastructure.
Beyond individual technologies, the session will also consider how large-scale test environments and ongoing collaborative projects can support the practical implementation of new maritime solutions. The focus will be on lessons learned from demonstration activities, system integration challenges, and regulatory developments. By bringing together participants from academia, industry, and government in both Korea and Europe, the session will provide an opportunity to exchange views on current initiatives and identify areas for future cooperation. The intention is to strengthen existing collaboration between Korean and European partners and to support the development of safe, energy efficient, and low emission maritime transport.
Speakers
MR. YIM, Geun-tae
(Korea Research Institute Of Ships And Ocean Engineering)
[ 15:30 - 15:55 ]
Title: Development of Remote Operation System for Multi MASS Operation
DR. KIM, Hyun-seok (Korea Research Institute Of Ships And Ocean Engineering)
[ 15:55 - 16:20 ]
Title: Development of High-Performance Insulation Systems for Maritime Liquefied Hydrogen Carriage
DR. JOUNG, Tae-hwan (Korea Research Institute Of Ships & Ocean Engineering (kriso))
[ 16:20 - 16:40 ]
Title: Enhancement of the Ship Energy Efficiency by Using Effective Biofouling Control Management
PROF. KIM, Hyungju (Ntnu)
[ 16:40 - 17:00 ]
Title: Future Ship Safety in Decarbonised and Autonomous Operations
Dongkyu Shin is a senior researcher at HD KSOE (Korea Shipbuilding and Offshore Engineering), currently dispatched to HD Hyundai Europe R&D Center (HD-ERC) in Düsseldorf, Germany.
He received his B.Eng., M.Eng., and Ph.D. from KAIST (Korea Advanced Institute of Science and Technology), specializing in structural analysis. Prior to joining HD KSOE in 2013, he held post-doctoral positions at KAIST and Rice University.
At HD KSOE, he served as a team leader from 2019 to 2024 before being dispatched to HD-ERC. He is currently working on fostering collaborative R&D activities between HD Hyundai and European partners in the areas of green shipping, ship electrification, and digitalization.
He is a member of the Europe-Korea Marine and Ocean Engineers Association (EKMOA).
Synopsis
The maritime industry is undergoing a profound transformation as artificial intelligence and digital technologies become integral to ship energy management and operational decision-making. With vessels adopting increasingly complex multi-fuel and hybrid power configurations, the demand for intelligent systems that optimize energy flows, support real-time decisions, and reduce lifecycle costs has never been greater. This joint session by EKMOA and HD Hyundai Europe R&D Center (HD-ERC) brings together researchers and practitioners from industry, academia, and regulatory bodies to explore how AI and digitalization are reshaping maritime engineering.
Topics of interest include, but are not limited to:
(1) AI and data-driven approaches for ship energy management and operational optimization;
(2) digital twin technologies for ship design, monitoring, and fleet management;
(3) smart vessel infrastructure including sensor integration, IoT, and onboard data systems; and
(4) regulatory and classification perspectives on intelligent shipping systems.
This session aims to foster collaboration between European and Korean stakeholders toward smarter, cleaner, and more efficient maritime operations.
Speakers
DR. JEONG, Yongkuk
(Kth Royal Institute Of Technology)
[ 17:10 - 17:30 ]
Title: AI and Digitalisation in Production Logistics: Opportunities and Challenges
DR. HONG, Sunghun (Ntnu)
[ 17:30 - 17:50 ]
Title: Optimizing Onsite Installation Methods forFloating Offshore Wind Turbine: Effect of Lifting Arrangement Strategies and Mechanical Damping on Relative Motion Reduction
DR. SHIN, Yun Sup (Pdp Mo/equinor/oslo)
[ 17:50 - 18:10 ]
Title: Floating Offshore Wind layout optimization considering geohazard assessment integrating geophysical and geotechnical data
PROF. SEO, Yujin (Sungshin Women's University)
[ 18:10 - 18:30 ]
Title: Uncertainty Quantification in Ultra-Short-Term Ship Motion Prediction Using Deep Learning Models in Wave Environments
Dr Yongwon Lee is a Senior Specialist in Hydrodynamics at Lloyd’s Register. He joined the marine industry over 30 years ago. He obtained a BSc and an MSc in Naval Architecture and Ocean Engineering at Pusan National University, and a PhD in Marine Technology at Newcastle University. He joined Lloyd’s Register in 2007. Before his appointment at LR, he was working for Daewoo Heavy Industries, Pusan National University and Newcastle University. Dr Lee has carried out various projects of design, research, development, consulting, appraisal and technical investigation in marine and offshore. He is a maritime safety and technical expertise provider. He was the founder and the president of the Europe-Korea Marine and Ocean Engineers Association.
Dr. Seung-Yoon Han is a senior research scientist in Ocean Engineering at École Centrale Nantes (ECN). He obtained a BSc and an MSc in Naval Architecture and Ocean Engineering at Pusan National University. He earned his Ph.D. in Fluid Mechanics in 2024 from ECN as part of the Marie Skłodowska-Curie Actions ITN project, FLOAWER (EU H2020), which is dedicated to floating offshore wind turbines. Currently, he is involved in Horizon Europe project, FLOATFARM, where his contribution focuses on the hydroelastic response of floating structures and shared mooring systems for the floating wind.
Synopsis
Addressing global challenges such as climate change, energy transition, environmental protection and technological transformation requires innovative and collaborative solutions. Advances in science, engineering, artificial intelligence and digital technologies are creating new opportunities to improve safety, sustainability and quality of life while supporting economic growth and industrial development.
This session will bring together researchers, industry practitioners and policymakers from Europe and Korea to share knowledge, discuss emerging technologies and explore practical solutions that contribute to a safer and more sustainable future. Topics may include safety and risk management, sustainable transportation, clean energy, environmental protection, digital transformation and AI-enabled innovation.
By bridging research and industry, the session aims to foster collaboration, promote innovation and support the development of technologies and strategies that enhance safety, sustainability and prosperity for future generations.
Speakers
MR. DUFFY, Duncan
(Lloyd's Register)
[ 09:00 - 09:20 ]
Title: Assurance during the IMO MASS Code experience building phase
DR. BOUSCASSE, Benjamin
(LHEEA, Ecole Centrale Nantes)
[ 09:20 - 09:40 ]
Title: Lessons and opportunities from 10 years of collaboration between Ecole Centrale de Nantes and Bureau Veritas
MR. KIM, Jaekyun (Lloyd's Register)
[ 09:40 - 09:55 ]
Title: Recommended Practice - fatigue assessment of floating offshore solar platforms
DR. HAN, Seung-yoon (LHEEA, École Centrale Nantes)
[ 09:55 - 10:10 ]
Title: Lab-scale experimental study of hydroelastic and shared mooring effects in floating offshore wind turbines
DR. LEE, Yongwon (Lloyd’s Register)
[ 10:10 - 10:30 ]
Title: Towards Safe and Sustainable Maritime Transport: LH₂ Carrier Developments
Ms. Yoon Choi is a PhD student and Research Assistant at the University of Strathclyde. She holds a BSc in Naval Architecture and Ocean Engineering from Pusan National University and an MSc in the same field from the University of Strathclyde.
Her research focuses on developing a comprehensive framework for reliability assessment and dynamic risk modeling of alternative fuel systems in the maritime sector, with a particular focus on hydrogen bunkering systems.
She is a member of the Korean Scientists and Engineers Association in the UK (KSEAUK) and the Europe-Korea Marine and Ocean Engineers Association (EKMOA).
Synopsis
Bringing together expertise from across Europe and Korea, this session provides a collaborative platform to advance AI, digital engineering, and green technologies for maritime applications. Aligned with the EKC 2026 theme on the AI-driven future of science and technology, the session will explore how artificial intelligence and sustainable engineering solutions are collectively transforming the design, integration, and operation of next-generation marine systems.
The programme spans technological, regulatory, and educational themes, including alternative fuel systems, green shipping corridors, lifecycle assessment, supply chain integration, and maritime workforce training, reflecting the multidisciplinary nature of the transition toward cleaner maritime operations.
Through contributions from academia, research institutions, and industry, the session aims to foster cross-regional collaboration between Europe and Korea and identify practical pathways for the development and deployment of sustainable, intelligent, and high-performance solutions for the future maritime sector.
Speakers
PROF. DOO, Hyun Wook (Professor)
[ 13:55 - 14:20 ]
Title: International Trends and Domestic Response Strategies for Seafarer Education and Training on Alternative Fuel Ships
PROF. YEO, Siljung (Division Of Coast Guard, Mokpo National Maritime University, Mokpo, Republic Of Korea)
[ 14:20 - 14:40 ]
Title: A Scenario-Based Framework for Developing a Korea-Type Green Shipping Corridor: Integrating Alternative Fuel Supply Chains and Lifecycle Assessment Approaches
DR. CHOI, Sungyoon (Komeri)
[ 14:40 - 15:00 ]
Title: Development of Key Technology Systems for Eco-Friendly Ships Led by KORIES
Date / Time
2026-07-22 15:30 -- 17:00
Room
Pierre Baudis - Argos
Conveners / Chairs
DR. PAUL, Lee
Norwegian University of Science and Technology (NTNU)
Dr. Paul Lee is a Postdoctoral Fellow in the Department of Marine Technology (IMT) at the Norwegian University of Science and Technology (NTNU). His current research focuses on the risk awareness and explainability of AI agents for the safe navigation of autonomous ships. His research areas include, but are not limited to, deep reinforcement learning, deep learning, risk assessment, and safety. He obtained his PhD at the University of Strathclyde on the topic of safe e-navigation and collision avoidance of autonomous ships, and his MEng at the National Technical University of Athens (NTUA) on the topic of drag reduction through microbubble lubrication.
Synopsis
The EKMOA S&T Session presents cutting-edge research at the intersection of artificial intelligence, hydrodynamic performance, and engineering risk assessment for next-generation ships. The session opens with a vision of open, interoperable ship design, demonstrating how AI-ready architectures can break down data silos across the design lifecycle and enable more integrated and intelligent vessel development. Attention then turns to ship performance in realistic operating environments, with a numerical study estimating powering requirements under actual sea conditions by accounting for added resistance and power across varying wave conditions. Building on the theme of safe autonomy, the session examines risk-aware and self-explainable AI agents designed to support safety-critical decision-making in autonomous ship operations, where transparency and trustworthiness are essential. Finally, it addresses the safety challenges of the alternative-fuel transition through a dynamic Failure Mode and Effects Analysis (FMEA) framework for the use of hydrogen as a marine fuel. Together, these presentations illustrate how rigorous engineering analysis and explainable AI can jointly advance the safety, efficiency, and sustainability of future maritime systems.
Speakers
MR. SON, Myeong-jo
(Napa)
[ 15:30 - 15:55 ]
Title: Open by Design — AI-Ready Ship Design through Interoperability
DR. LEE, Soonhyun (Ntnu (norwegian University Of Science And Technology))
[ 15:55 - 16:20 ]
Title: A numerical study on estimation of ship performance under actual sea conditions considering added resistance and power of various wave conditions
DR. LEE, Paul (Norwegian University Of Science And Technology)
[ 16:20 - 16:45 ]
Title: Towards risk-aware and self-explainable AI agents for safety-critical operations of autonomous ships
MS. CHOI, Yoon (University Of Strathclyde)
[ 16:45 - 17:00 ]
Title: Introduction to Dynamic Failure Mode and Effects Analysis for using Hydrogen as Marine Fuel