About the Journal

Journal History

The Indonesian Journal of Maritime Technology (ISMATECH) was established in 2023 in response to the growing need for a dedicated scholarly platform that accommodates academic publications in the fields of maritime science and marine technology. The journal was initiated by academics and professionals who recognized the strategic importance of advancing scientific research in areas such as Naval Architecture, Ocean Engineering, Marine Engineering, and Mechanical Engineering with maritime applications, along with other related disciplines including marine and fisheries science, renewable and ocean energy, electrical engineering, materials and metallurgical engineering, environmental engineering, and other interdisciplinary fields that support the development of maritime science and technology.

ISMATECH was founded with the mission of supporting the dissemination of innovative research and technological developments that contribute to the sustainability, safety, and efficiency of maritime industries, both in Indonesia and globally. Since its inception, the journal has been committed to upholding high standards of publication ethics, a rigorous peer-review process, and open-access principles, ensuring broad accessibility and meaningful academic impact for researchers, practitioners, and policymakers.

The journal officially began publication in June 2023 and follows a biannual publication schedule, releasing issues in June and December each year. Since its first volume, ISMATECH has received submissions from researchers, engineers, and practitioners from various academic institutions and industries, and continues to expand its contribution to the maritime research community.

To further strengthen its academic quality and national recognition, ISMATECH is currently undergoing the national journal accreditation process through the ARJUNA (Akreditasi Jurnal Nasional) system, administered by the Ministry of Higher Education, Science, and Technology of Indonesia. The journal formally submitted its accreditation application on April 23, 2025, and successfully passed the desk evaluation stage on September 20, 2025. At present, ISMATECH is awaiting the final accreditation decision and official determination from the ARJUNA accreditation committee.

As the journal continues to develop, ISMATECH remains dedicated to fostering interdisciplinary collaboration and supporting research that addresses global maritime challenges, including those aligned with the United Nations Sustainable Development Goals (SDGs). Through this commitment, the journal aims to serve as an important platform for advancing maritime technology research and innovation at both the national and international levels.

Focus and Scope

The Indonesian Journal of Maritime Technology (ISMATECH) is a peer-reviewed scientific journal dedicated to publishing high-quality research articles, review papers, and applied studies in the field of maritime science and technology. The journal aims to promote scientific advancement and technological innovation that support the development, sustainability, safety, and efficiency of maritime industries at national and global levels.

ISMATECH publishes interdisciplinary research covering a wide range of topics related to maritime engineering, marine science, and maritime technology development. The journal welcomes contributions from researchers, academics, engineers, and practitioners working in various fields related to the maritime sector.

The scope of the journal includes, but is not limited to, the following areas:

1. Naval Architecture and Ship Design

Ship design and optimization
Ship hydrodynamics
Ship stability and seakeeping
Ship resistance and propulsion
Ship construction and production technology

2. Marine and Ocean Engineering

Offshore structures and offshore technology
Ocean structures and coastal engineering
Marine structural analysis
Marine materials and corrosion protection

3. Marine Engineering and Ship Machinery

Marine propulsion systems
Ship engine performance and efficiency
Ship machinery systems and maintenance
Marine power systems

4. Renewable and Alternative Energy in Maritime Systems

Marine renewable energy technologies
Solar energy applications in maritime systems
Ocean energy systems (wave, tidal, and current energy)
Hybrid and sustainable energy systems for maritime applications

5. Computational and Numerical Methods

Computational Fluid Dynamics (CFD)
Finite Element Method (FEM)
Numerical simulation in maritime engineering
Digital modeling and optimization in ship and marine systems

6. Electrical, Control, and Automation Systems in Maritime Technology

Marine electrical systems
Marine control systems and automation
Smart ship technologies
Marine instrumentation and monitoring systems

7. Marine Environmental and Sustainability Studies

Maritime environmental protection
Marine pollution control
Sustainable maritime technology
Environmental impact assessment in maritime activities

8. Marine Resources and Fisheries Technology

Marine resource management
Fisheries technology and marine production systems
Marine ecosystem studies related to maritime activities

Through this multidisciplinary scope, ISMATECH aims to serve as an academic platform for the dissemination of innovative research and technological developments that contribute to the advancement of maritime science and technology.