Monday 14th September 2026
08-30
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09-00
Catering Space
Monday Morning Coffee & Networking
60
09-00
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10-00
Main Theatre
Opening Plenary: Keynote + Gold Sponsor Talk + Additional Plenary Talks
60
10-00
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10-30
Catering Space
Monday Morning Coffee Break
60
10-30
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10-50
Track 1: Digital Twin Enabled Decision Support & Knowledge Integration
Enabling the Digital Shipyard: A Collaborative Integration Approach between ASC and PROSTEP for Complex Naval Programs
60
Matthias Grau, PROSTEP AG
Track 2: Autonomy & AI in Ship Design Practice
Design Work, Not Document Work: AI Enablement at Ship Design Offices
60
Track 3: Improved Environmental Performance & Decarbonisation
Neuro Symbolic AI for IMO CII Compliance Prediction with Bayesian Uncertainty Quantification
60
Fernando Martinez, Independent Researcher
10-50
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11-10
Track 1: Digital Twin Enabled Decision Support & Knowledge Integration
Design Information Exchange Networks and Design Agents for Information Centric Ship Design
60
Kohei Matsuo, National Maritime Research Institute, National Institute of Maritime, Port and Aviation Technology
Track 2: Autonomy & AI in Ship Design Practice
Development of a Hull Form Design Platform based on Deep Reinforced Learning and Generative AI Technique
60
Inwon Lee, Pusan National University
Track 3: Improved Environmental Performance & Decarbonisation
Towards Net Zero: Modelling Offshore Carbon Costs Using an Integrated Decision-Support Dashboard
60
Denise Chew Ying Xuan, Singapore Institute of Technology (SIT), Singapore
11-10
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11-30
Track 1: Digital Twin Enabled Decision Support & Knowledge Integration
A Digital Twin of Propulsion Systems for Optimal Operation and Maintenance of Ships
60
Rei Miratsu, Nippon Kaiji Kyokai (ClassNK)
Track 2: Autonomy & AI in Ship Design Practice
Monocular Camera-Based 6D Pose Estimation of Shipyard Blocks Using Synthetic Data and Domain Adaptation
60
Dahun Jung, National Korea Maritime & Ocean University
Track 3: Improved Environmental Performance & Decarbonisation
Modeling Maritime Fuel Transition under Uncertainty: An Agent-Based Simulation Approach to Fleet Composition Decisions
60
Seunga Jung, The University of Tokyo
11-30
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12-00
Track 2: Autonomy & AI in Ship Design Practice
Q&A Panel Discussion: Autonomy & AI in Ship Design Practice
60
Track 3: Improved Environmental Performance & Decarbonisation
Q&A Panel Discussion: Improved Environmental Performance & Decarbonisation
60
Track 1: Digital Twin Enabled Decision Support & Knowledge Integration
Q&A Panel Discussion 1: Digital Twin Enabled Decision Support & Knowledge Integration
60
12-00
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13-00
Catering Space
13-00
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13-20
Track 1: Environmental Performance, Safety & Energy Systems
CFD Analysis of Battery Room Ventilation for All-Electric Vessels: From Rule Compliance to Goal-Based Safety
60
Ivan Khor Zhi Liang, Singapore Institute of Technology (SIT), Singapore
13-00
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14-30
Track 2: Workshop
13-20
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13-40
Track 1: Environmental Performance, Safety & Energy Systems
FMECA Analysis of Full Electric Harbour Craft
20
Qi Yifei, Singapore Institute of Technology
13-40
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14-00
Track 1: Environmental Performance, Safety & Energy Systems
Integrated Co-Simulation of Electric Tug Power and Propulsion Systems
20
Yasho Bharat Boggarapu, Singapore Institute of Technology
14-00
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14-30
Track 1: Environmental Performance, Safety & Energy Systems
Q&A Panel Discussion: Environmental Performance, Safety & Energy Systems
20
14-30
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15-00
Catering Space
Monday Afternoon Coffee Break
60
15-00
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15-20
Track 1: Digital Shipyard Transformation
From Drawing Boards to Digital Shipyards: The Transformation of Ship Design and Production in the Digital Era
60
Rodrigo Pérez Fernández, Siemens DISW
Track 2: Design & hydrodynamic optimisation
From General Arrangement to Hydrodynamic Performance: An Integrated Early-Stage Design Approach for Electric Harbour Craft
60
Myat Thandar Myo, Singapore Institute of Technology
Track 3: Operational support & automation
Prediction of Ship's Speed Through Water Using the Previous Voyage's Drift Speed
60
Toshiyuki Kano, NPO Marine Technologist (MTL
15-20
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15-40
Track 1: Digital Shipyard Transformation
Bridging the gap between Shipyard 4.0 and Traditional Methods by Developing a Readiness Assessment Framework and an Inclusive Roadmap towards digitalization
60
Dwij Donga, Indian Institute of Technology, Madras
Track 2: Design & hydrodynamic optimisation
AIS Derived Operational Profiles for Computational Ship Design
60
Ahmad Faisal Mohamad Ayob, Universiti Malaysia Terengganu
Track 3: Operational support & automation
Multi Sensor Based Docking System
60
Minto Chalissery, Cochin Shipyard Limited
15-40
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16-00
Track 1: Digital Shipyard Transformation
Using passenger review analytics to inform experience-centric cruise ship design decisions
60
Sabina Akter, Aalto University
Track 2: Design & hydrodynamic optimisation
Q&A Panel Discussion: Design & hydrodynamic optimisation
60
Track 3: Operational support & automation
Q&A Panel Discussion: Operational support & automation
60
16-00
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16-30
Track 1: Digital Shipyard Transformation
Q&A Panel Discussion: Digital Shipyard
60
Tuesday 15th September 2026
08-30
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09-00
Catering Space
Tuesday Morning Coffee & Networking
60
09-00
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09-20
Track 1: Optimisation of Ship Operation Performance & Cost Effectiveness
A Method for the Virtual Modeling and Performance Prediction of a Ship to Replace Sea Trials
60
Hayun Kim, Seoul National University
Track 2: Evolving 3D Modelling, Visualisation, Capture & Manipulation
MBSE in Shipbuilding - Maritime Drone Use Case a Virtual Twin Experience
60
Robert Ong, Dassault Systèmes
Track 3: CFD, Hydrodynamics & Propulsion Performance
CFD assessment of hull-propeller interaction and cavitation from model scale benchmarks to full scale self propulsion simulations
60
Lucas Legagneux, Cadence Design Systems
09-20
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09-40
Track 1: Optimisation of Ship Operation Performance & Cost Effectiveness
Reimagining Sea Trials: Automated, Real-Time Data Analytics for Continuous Vessel Performance Optimisation
60
Junwei Fan, ST Engineering
Track 2: Evolving 3D Modelling, Visualisation, Capture & Manipulation
European Digital Warship (EDINAF): Three Architecture Approaches focused on Digital Platform Evolution modelled using MBSE
60
Ivan Andres Pena Regueiro, Navantia
Track 3: CFD, Hydrodynamics & Propulsion Performance
An Integrated CFD-Based System for Ship Resistance, Self-Propulsion, Trim Optimization, and Energy-Saving Device Evaluation Using OpenFOAM
60
Dianxiang Xiang, TechnoStar Co., Ltd.
09-40
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10-00
Track 1: Optimisation of Ship Operation Performance & Cost Effectiveness
Validation of Ship Design-based Simulated Dynamic Interface Testing Techniques as a Tool in the Forecasting of Vehicle Deck Limits
60
Bernard Ferrier, Fincantieri Marinette Marine (USA)
Track 2: Evolving 3D Modelling, Visualisation, Capture & Manipulation
Integrated Platform Management System Using Virtual Plc Architecture for Marine Applications
60
Minto Chalissery, Cochin Shipyards Limited
Track 3: CFD, Hydrodynamics & Propulsion Performance
A Two-Stage Numerical Framework for Computationally Efficient Propeller Hydroacoustics in Effective Wake
60
10-00
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10-30
Track 1: Optimisation of Ship Operation Performance & Cost Effectiveness
Q&A Panel Discussion: Optimisation of Ship Operation Performance & Cost Effectiveness
60
Track 2: Evolving 3D Modelling, Visualisation, Capture & Manipulation
Q&A Panel Discussion: Evolving 3D Modelling, Visualisation, Capture & Manipulation
60
Track 3: CFD, Hydrodynamics & Propulsion Performance
Q&A Panel Discussion: CFD, Hydrodynamics & Propulsion Performance
60
10-30
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11-00
Catering Space
Tuesday Morning Coffee Break
60
11-00
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11-20
Track 1: Digital Thread, PLM & Lifecycle Data Management
Avoiding Multi CAD Pitfalls: A Shipbuilding Specific PLM Approach
60
Track 2: Structural Integrity, Monitoring & Safety
PINN-Based Structural Health Monitoring for Floating Naval Docks: Event-Driven Damage Assessment
60
Sandaka Chakradhari Aryan Raj, Department of Ship Technology, Cochin University of Science and Technology
Track 3: Manufacturing Automation & Engineering Intelligence
A Method for Ship Pipe Routing Based on Transformer Architecture with Expert Knowledge
60
Seong-Won Choi, Seoul National University
11-20
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11-40
Track 1: Digital Thread, PLM & Lifecycle Data Management
The OCX Standard and the Transition to 3D Model-Based Classification: Industry-Wide Impacts
60
Track 2: Structural Integrity, Monitoring & Safety
Investigation of Shaft and Stern Vibration of a Slow Speed Small Craft
60
Guangyi Xie, Singapore Institute of Technology
Track 3: Manufacturing Automation & Engineering Intelligence
Parametric Design and Study of Ship Inserting Pipes Based on Light-Pen Measurement
60
Di Han, Wuhan University of Technology, School of Naval Architecture Ocean and Energy Power Engineering
11-40
-
12-00
Track 1: Digital Thread, PLM & Lifecycle Data Management
PLM in Shipbuilding: A Capability Based Blueprint
60
Torben-H Wölke, PROSTEP AG
Track 2: Structural Integrity, Monitoring & Safety
Estimation of Marine Engine Lubricating Oil Base Number during Operations with Machine Learning Techniques
60
Choon Liang Lee, Singapore Institute of Technology
Track 3: Manufacturing Automation & Engineering Intelligence
Automated ship structural scantling optimization using NSR (LR) and MARSMILI (BV) software integrated with Heeds
60
Rafael Martín Agüí, Navantia S.A.
12-00
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12-30
Track 1: Digital Thread, PLM & Lifecycle Data Management
Q&A Panel Discussion: Digital Thread, PLM & Lifecycle Data Management
60
Track 2: Structural Integrity, Monitoring & Safety
Q&A Panel Discussion: Structural Integrity, Monitoring & Safety
60
Track 3: Manufacturing Automation & Engineering Intelligence
Q&A Panel Discussion: Manufacturing Automation & Engineering Intelligence
60
12-30
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13-30
Catering Space
13-30
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13-50
Track 1: Naval Architecture & Early Design Optimisation
Parametric Framework for Automated Layout Generation and Spatial Optimization for River Cruise Vessels
60
Harikrishnan Usha Ratnakaran, Cochin Shipyard Limited
Track 2: Planning, Scheduling & Resource Optimisation
Application of a Weighted-Penalty Genetic Algorithm to Platen Allocation in Grand Assembly Stage in Shipbuilding Considering Scheduling Constraints
60
Yui Okubo, Kyushu University, Department Marine Systems Engineering
13-30
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15-00
Track 3: Workshop
Cadence Design Systems
60
13-50
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14-10
Track 1: Naval Architecture & Early Design Optimisation
A framework enabling iterative optimisation of bulkheads and compartment layouts using rapid damage stability evaluation
60
Samruddhi Goud, Indian Institute of Technology, Madras
Track 2: Planning, Scheduling & Resource Optimisation
Simultaneous Layout and Resource-Constrained Scheduling for Hull Block Assembly in Shipbuilding
60
Tomoyuki Taniguchi, National Institute of Maritime, Port and Aviation Technology
14-10
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14-30
Track 1: Naval Architecture & Early Design Optimisation
Valuing Design Options: An Entropy Based Approach
60
Christopher De Martinis, University of Michigan
Track 2: Planning, Scheduling & Resource Optimisation
A Data Driven Shipyard Facility Sizing
60
Joseph Serpa, University of Michigan
14-30
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15-00
Track 1: Naval Architecture & Early Design Optimisation
Q&A Panel Discussion: Naval Architecture & Early Design Optimisation
60
Track 2: Planning, Scheduling & Resource Optimisation
Q&A Panel Discussion: Evolving 3D Modelling & Visualisation
60
15-00
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15-30
Catering Space
Tuesday Afternoon Coffee Break
60
15-30
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15-50
Track 1: Innovative Data Capture, Management & Control
A Study on Drawing Check AI for Ship Structures
60
Hiromune Egusa, TSUNEISHI SHIPBUILDING Co., Ltd.
15-30
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17-00
Track 2: Workshop
15-30
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15-50
Track 3: Manufacturing Bills of Materials & Fabrication Intelligence
Automatic Generation of M-BOM Using a Liaison Graph-Based Assembly Structuring Method for Shipbuilding
60
Mizuki Morishita, National Maritime Research Institute
15-50
-
16-10
Track 1: Innovative Data Capture, Management & Control
A Method for the Automatic Revision Identification in Ship Drawings
60
In-Su Han, Seoul National University
Track 3: Manufacturing Bills of Materials & Fabrication Intelligence
Automatic BOP Generation for Pipe Fabrication Using M-BOM Structures and Inspection Timing Defined by Intermediate Assembly States
60
Shunsuke Mukai, Yokohama National University
16-10
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16-30
Track 1: Innovative Data Capture, Management & Control
Integration of Structural Analysis System into Shipbuilding CAD
60
MyeongO Kwon, Samsung Heavy Industries
Track 3: Manufacturing Bills of Materials & Fabrication Intelligence
Enhancing Piping Fabrication Processes through the Utilization of 3D Drawings
60
Fumihiko Sakai, Mitsubishi Shipbuilding Co., Ltd.
16-30
-
17-00
Track 1: Innovative Data Capture, Management & Control
Q&A Panel Discussion: Innovative Data Capture, Management & Control
60
Track 3: Manufacturing Bills of Materials & Fabrication Intelligence
Q&A Panel Discussion: Manufacturing Bills of Materials & Fabrication Intelligence
60
17-00
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19-00
Catering Space
Wednesday 16th September 2026
08-30
-
09-00
Catering space
Wednesday Morning Coffee & Networking
60
09-00
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09-30
Main Theatre
09-30
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09-50
Track 2: Design of Aerial, Submarine & Surface Autonomous Vessels
Shipbased Impact on Airwake Quiescent Period Prediction Test and Evaluation System
60
Bernard Ferrier, Fincantieri Marinette Marine (USA)
Track 3: Additive & Digital Manufacturing
Designing USV Hull for Additive Manufacturing
60
Martin Wibawa, Defence Science and Technology Agency
Track 1: Digital Twin Enabled Decision Support & Knowledge Integration
Connecting Engineering Silos in Naval and Offshore Programs: A Knowledge Graph-Based Digital Thread for Cross-Domain and Supply Chain Integration
60
Carsten Zerbst, PROSTEP AG
09-50
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10-10
Track 2: Design of Aerial, Submarine & Surface Autonomous Vessels
Real-Time EO/IR Instance Segmentation for Maritime Obstacle Detection
60
Jinshad A, Cochin Shipyard Limitedp
Track 3: Additive & Digital Manufacturing
A Digital Twin-Enabled Parametric Design and Validation Framework for Additively Manufactured Propellers in Small Electric Marine Craft
60
Tin Yadanar Tun, Singapore Institute of Technology
Track 1 : Digital Twin Enabled Decision Support & Knowledge Integration
Design-to-Operations Data Bridges in Shipbuilding: Use-Case Driven Foundations for a Multidimensional Digital Twin
20
10-10
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10-30
Track 3 : Additive & Digital Manufacturing
Discrete-Event Simulation for Evaluating Concurrent Multi-System Operations in Deep-Sea Survey Vessels
60
Keisuke Hirukawa, Graduate School of Engineering Science, Yokohama National University
Track 1: Digital Twin Enabled Decision Support & Knowledge Integration
Fincantieri's Navis Sapiens: Platform-Centric Architecture for Integrated Maritime Digital Ecosystems
60
Marco Antonelli, Fincantieri Nextech
Track 2: Design of Aerial, Submarine & Surface Autonomous Vessels
CFD-Based Hydrodynamic Optimisation of a Dual-Mode Autonomous Underwater-Surface Vehicle
60
Andrew Ling, Solis Marine Consultants
10-30
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11-00
Track 1: Digital Twin Enabled Decision Support & Knowledge Integration
Q&A Panel Discussion: Digital Twin Enabled Decision Support & Knowledge Integration
60
Track 2: Design of Aerial, Submarine & Surface Autonomous Vessels
Q&A Panel Discussion: Design of Aerial, Submarine & Surface Autonomous Vessels
60
Track 3: Additive & Digital Manufacturing
Q&A Panel Discussion: Additive & Digital Manufacturing
60
11-00
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11-30
Catering Space
Wednesday Morning Coffee Break
60
11-30
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11-50
Track 1: Management of Shipbuilding Projects, Planning & Workflow
Delivering Complexity Predictably: A DBOP Framework for Shipyard Execution and Vessel Lifecycle Performance
60
Santosh Kumar Singh, Hexagon
11-30
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13-00
Track 2: Workshop
11-50
-
12-10
Track 1: Management of Shipbuilding Projects, Planning & Workflow
Increasing LNG Shipbuilding Resilience through Procurement Risk Coordination using Adaptive Digital Twins
60
Mengyao Yang, Newcastle University
12-10
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12-30
Track 1 : Management of Shipbuilding Projects, Planning & Workflow
Refining a Shipyard-wide Discrete Event Simulation with Highly Accurate Co-Simulations of Individual Workstations
60
Felix Reuter, SDU Center for Large Structure Production, University of Southern Denmark
12-30
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13-00
Track 1: Management of Shipbuilding Projects, Planning & Workflow
Q&A Panel Discussion: Management of Shipbuilding Projects, Planning & Workflow
60
13-00
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14-00
Catering Space
14-00
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14-20
Track 1: Production Intelligence & Manufacturing Systems
Estimation of Fillet Weld Leg Length Using Deep Learning Based on Welding Process Log Data and Sounds Emitted during Welding
60
Daiki Senzaki, Kyushu University, Department Marine Systems Engineering
Track 2: Digital Compliance, Monitoring & Operations
Digitalization Of Compliance Checks with the New Ship Stability Criteria
60
Sergio Ribeiro e Silva, University of Lisbon
14-20
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14-40
Track 1: Production Intelligence & Manufacturing Systems
The Block Micro-Factory as a Production Paradigm for Naval Shipbuilding
60
Trevor Kilinski, University of Michigan, Naval Architecture & Marine Engineering
Track 2: Digital Compliance, Monitoring & Operations
MARINA: An Integrated Platform for Maritime Regulatory Inspection and NDT Assessment in Shipbuilding
60
Aditya Ghosh, Indian Maritime University, Visakhapatnam Campus
14-40
-
15-00
Track 1: Production Intelligence & Manufacturing Systems
A Computational Framework for Shipyard Site Identification and Capacity Assessment
60
Nate Keyes, University of Michigan Naval Architecture and Marine Engineering
Track 2: Digital Compliance, Monitoring & Operations
The Digitalization of the Marine Power Sources: A Remote Management and Monitoring Solution
60
Giuseppe Giannino, Isotta Fraschini Motori (Fincantieri)
15-00
-
15-30
Track 1: Production Intelligence & Manufacturing Systems
Q&A Panel Discussion: Production Intelligence & Manufacturing Systems
60
Track 2: Digital Compliance, Monitoring & Operations
Q&A Panel Discussion: Digital Compliance, Monitoring & Operations
60
15-30
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16-00
Main Theatre
