The Ship and Marine Logistics division is a dedicated division focused on advancing knowledge and innovation in the field of maritime logistics. With a primary emphasis on ship operations, port management, and supply chain efficiency, the center aims to address critical challenges and contribute to the sustainable development of the maritime industry. Through interdisciplinary research, collaboration with industry partners, and knowledge dissemination, the center plays a pivotal role in shaping the future of marine logistics.

Ship Design and Performance Optimization: The research center investigates advanced ship design concepts, propulsion systems, and operational strategies to enhance vessel performance, fuel efficiency, and emissions reduction. It explores cutting-edge technologies, such as alternative fuels, smart ship systems, and autonomous vessels, to improve the overall sustainability and economic viability of maritime transportation.

Port Operations and Logistics Management: The center focuses on optimizing port infrastructure, logistics operations, and cargo handling processes. It delves into areas such as port layout design, berth allocation, terminal automation, and supply chain integration to enhance the efficiency, capacity, and resilience of ports. Additionally, the center explores digitalization, data analytics, and innovative technologies to streamline port operations and improve the coordination of maritime logistics networks.

Maritime Safety, Security, and Risk Management: Research efforts at the center encompass safety protocols, risk assessment, and security measures to safeguard maritime operations. It investigates technologies and practices that mitigate the risks associated with accidents, piracy, cyber threats, and environmental disasters. The center also contributes to the development of regulations and standards to ensure compliance and promote a secure and resilient maritime environment.

Sustainable and Green Shipping: With a strong commitment to environmental stewardship, the research center explores eco-friendly solutions for the maritime industry. It focuses on reducing greenhouse gas emissions, promoting sustainable ship recycling, assessing the environmental impact of shipping activities, and developing strategies for biodiversity conservation. The center also investigates the adoption of renewable energy sources and the implementation of green technologies in maritime logistics operations.

Policy Development and Industry Collaboration: The center actively engages with industry stakeholders, government agencies, and international organizations to influence policy formulation and promote best practices in marine logistics. It provides expertise and research-based recommendations to support evidence-based decision-making in areas such as maritime regulations, trade facilitation, labor standards, and infrastructure development. The center also facilitates knowledge exchange through conferences, workshops, and collaborative research projects with industry partners

• Smart Port Optimization: This project aims to develop an intelligent port optimization system that utilizes real-time data, artificial intelligence, and predictive analytics to optimize port operations. The project involves designing algorithms for efficient berth allocation, vessel scheduling, and cargo handling to reduce congestion, minimize waiting times, and improve overall port productivity. The project also focuses on integrating the system with supply chain stakeholders to enhance coordination and optimize the entire maritime logistics network.
• Fuel Efficiency and Emissions Reduction: This research project focuses on improving fuel efficiency and reducing emissions in maritime transportation. It involves conducting studies on hull design optimization, propulsion systems, and operational strategies to minimize fuel consumption and greenhouse gas emissions. The project explores the feasibility of alternative fuels, such as liquefied natural gas (LNG) and hydrogen, and investigates the implementation of energy-efficient technologies, like waste heat recovery systems and hybrid propulsion systems, to make shipping more sustainable and environmentally friendly.
• Maritime Safety and Risk Management: This project aims to enhance maritime safety and risk management by developing advanced technologies and protocols. It involves studying collision avoidance systems, early warning systems for adverse weather conditions, and emergency response procedures. The project also explores the use of autonomous vessels, remote sensing technologies, and data analytics to improve situational awareness and decision-making in critical situations. The outcomes of this project contribute to a safer and more secure maritime environment.
• Sustainable Ship Recycling: This research project focuses on sustainable ship recycling practices to address environmental concerns and worker safety in the ship breaking industry. It involves developing guidelines and protocols for environmentally sound ship dismantling processes, hazardous material removal, and proper disposal of waste materials. The project also explores innovative techniques for ship recycling, such as automated dismantling systems and the reuse of ship components, to minimize waste generation and promote circular economy principles.
• Digitalization and Supply Chain Integration: This project aims to leverage digital technologies and data integration to optimize supply chain efficiency in maritime logistics. It involves developing digital platforms for real-time tracking and tracing of cargo, enhancing transparency and visibility in the supply chain. The project also explores the implementation of blockchain technology for secure and efficient documentation and information sharing among supply chain stakeholders. By streamlining processes and improving collaboration, this project contributes to the seamless flow of goods and information in global trade

• Rizwan, T., Kandi, O., Jalil, Z., Setiawan, I., Maulana, R., Ranti, D. M. V., … & Chaliluddin, M. A. (2021). The analysis of clean water need for fishing activities in Kutaraja Fishing Port, Aceh Indonesia.
• Australian Journal of Maritime & Ocean Affairs, 13(1), 1-11.
• Zulfahmi, I., Apriansyah, M., Batubara, A. S., Kautsari, N., Sumon, K. A., Rahman, M. M., & Nur, F. M. (2022). Commercial marine fish species from Weh Island, Indonesia: Checklist, distribution pattern and conservation status. Biodiversitas Journal of Biological Diversity, 23(4)