Building a Sustainable Maritime Future
through Digital Transformation, Decarbonisation & Collaborative Innovation
We invite original research papers, technical studies, and case-based insights addressing the theme above.
International Conference on Maritime Technology and Applications (ICOMTA) 2025 provides a global forum for researchers,
industry professionals, and policymakers to share breakthrough ideas toward greener, safer and smarter maritime systems.
About ICOMTA 2025
ICOMTA 2025 aims to provide a global platform for knowledge exchange, collaborative research,
and dissemination of scientific advancements that support a sustainable and technology-driven maritime future.
Join us in advancing the next generation of maritime technology and strengthening global collaboration.
A. Digital Transformation in Maritime Engineering & Operations
- Digital Twin for Shipbuilding, Offshore Structures, and Maritime Operations
- IoT, CPS, and Automation Systems for Smart Ships and Smart Yards
- Data Analytics, AI, and Predictive Maintenance for Maritime Assets
- Industry 4.0/5.0 Applications in Welding, Manufacturing, Ship Construction
- Smart Safety Systems and Digital Monitoring for Maritime K3
B. Decarbonisation, Clean Energy, and Sustainable Maritime Technology
- Low-Carbon Ship Technology: Electrification, Hybrid Propulsion, and Alternative Fuels
- Blue Energy, Offshore Renewables, and Sustainable Coastal Power Systems
- Energy Efficiency Technologies for Ship Machinery and Maritime Infrastructure
- Emission Reduction Strategies in Shipyards and Port Operations
- Waste-to-Energy, Waste Management, and Circular Economy
C. Collaborative Innovation in Shipbuilding, Manufacturing & Maritime Safety
- Collaborative Design & Integrated Product Development in Shipbuilding
- Innovation in Welding, Fabrication, and Modular Construction
- Risk Engineering, Safety Management Systems (SMS), and Human Factors
- Cross-Disciplinary Collaboration Models for Sustainable Ship Design
- Integrating Business Management & Technical Disciplines
D. Advanced Ship Design, Construction, and Marine Engineering
- Advanced Marine Structures, Computational Design, and Simulation
- Innovations in Ship Hull Design, Piping Networks, and Structural Engineering
- Sustainable Materials, Welding Technology, and Shipyard Productivity
- Mechanical Systems, Powertrains, and Sustainable Machinery Integration
- Automation and Precision Engineering in Ship Fabrication
E. Environmental Protection, Waste Treatment & Sustainable Operations
- Advanced Maritime Waste Treatment, Recycling, and Waste-to-Energy
- Pollution Prevention Technologies for Shipyards and Vessels
- Green Port & Green Shipyard Approaches
- Environmental Risk Assessment and Sustainable Compliance
- Sustainable Water, Fuel, and Material Management
F. Maritime Business, Policy, and Sustainable Development
- Maritime Digitalisation: Business Models, Value Chains, and Economic Impact
- Sustainable Maritime Policy, Regulatory Compliance, and Green Financing
- Innovation Management and Entrepreneurship in Maritime Technology
- Socio-Economic Impact of Decarbonisation on Coastal and Island Communities
- Sustainable Supply Chain, Logistics, and Port Management