SENSISTEK: Riset Sains dan Teknologi Kelautan is a peer-reviewed, open-access scientific journal dedicated to the advancement of marine science, maritime technology, ocean engineering, coastal systems, and related interdisciplinary research.
The journal provides a scholarly platform for academics, researchers, engineers, students, professionals, government institutions, maritime industries, and coastal stakeholders to disseminate original research, engineering applications, technological developments, review studies, and interdisciplinary perspectives related to marine and maritime systems.
SENSISTEK promotes scientifically rigorous, technically relevant, and practically meaningful research that contributes to safer, smarter, more resilient, and sustainable ocean and maritime development.
Journal Position
Marine Science · Ocean Engineering
Journal Information
| e-ISSN |
2988-2559 |
| p-ISSN |
2623-1506 |
| DOI Prefix |
10.62012 |
| Frequency |
May and November |
| Access |
Open Access |
| Review |
Peer-Reviewed |
| Accreditation |
SINTA 5 |
| Publisher |
Department of Ocean Engineering, Faculty of Engineering, Hasanuddin University |
Aim
SENSISTEK aims to disseminate high-quality scientific and engineering knowledge in marine science, ocean engineering, maritime technology, coastal systems, and related interdisciplinary fields.
The journal seeks to connect scientific research, engineering development, technological innovation, field applications, industrial practice, environmental sustainability, maritime management, and policy.
Through scholarly publication, SENSISTEK supports the advancement of sustainable ocean development, maritime safety, infrastructure resilience, efficient marine operations, environmental protection, and responsible utilization of marine resources.
Scopes
01. Ocean and Offshore Engineering
Offshore structures, floating systems, subsea engineering, pipelines and risers, mooring systems, hydrodynamics, marine structural analysis, offshore operations, reliability, risk, safety, and structural integrity.
02. Naval Architecture and Ship Technology
Ship design, resistance and propulsion, ship structures, stability, ship hydrodynamics, marine machinery, ship production, maintenance, safety, and emerging vessel technologies.
03. Ports, Maritime Transportation and Logistics
Port planning and engineering, terminal systems, maritime transportation, shipping operations, navigation, maritime logistics, vessel routing, supply chains, cargo handling, and port efficiency.
04. Coastal Engineering and Ocean Processes
Waves, tides and currents, coastal hydrodynamics, sediment transport, shoreline change, coastal erosion, coastal structures, reclamation, dredging, coastal flooding, tsunami, storm hazards, and coastal resilience.
05. Marine Environment and Pollution
Marine pollution, oil spills, marine debris, wastewater, coastal sanitation, environmental monitoring, pollution mitigation, environmental impact, ecosystem resilience, and coastal environmental management.
06. Marine Renewable Energy and Sustainable Technology
Wave energy, tidal energy, offshore renewable energy, marine energy systems, energy efficiency, sustainable maritime technology, low-carbon systems, and emerging blue-energy technologies.
07. Digital and Intelligent Marine Systems
Numerical modelling, computational fluid dynamics, artificial intelligence, machine learning, digital twins, sensors, automation, control systems, autonomous marine vehicles, ROV/AUV technology, and condition monitoring.
08. Marine Materials and Structural Integrity
Marine materials, corrosion, protective coatings, fatigue, fracture, welding, structural degradation, inspection, nondestructive testing, maintenance, and integrity management.
09. Fisheries and Marine Resource Technology
Fisheries technology, fishing vessels, marine resource utilization, aquaculture technology, seafood logistics, marine resource monitoring, and sustainable fisheries systems.
10. Maritime Economy, Policy and Coastal Society
Blue economy, maritime economics, maritime governance, marine policy, coastal community development, marine tourism, maritime safety policy, and interdisciplinary studies linking technology, environment, economy, and society.
Interdisciplinary Research
SENSISTEK welcomes interdisciplinary studies integrating engineering, marine science, environmental science, digital technology, economics, management, policy, and societal dimensions, provided that the study maintains a clear and substantive relationship with marine, maritime, coastal, offshore, ship, port, or ocean systems.
Scope Boundary
General studies in artificial intelligence, materials science, civil engineering, mechanical engineering, electrical engineering, environmental science, management, economics, or social science should demonstrate a clear application or contribution to marine, maritime, coastal, offshore, ship, port, or ocean-related systems.
Types of Contributions
- Original Research Articles
- Review Articles
- Engineering Case Studies
- Technical Notes
- Conceptual and Methodological Articles
Intended Audience: Researchers, academics, ocean and marine engineers, students, maritime professionals, industrial practitioners, government institutions, professional organizations, coastal stakeholders, and communities involved in marine science, maritime technology, and sustainable ocean development.
Advancing Marine Science and Technology
Manuscripts should clearly identify the scientific, engineering, technological, environmental, economic, or societal problem addressed; apply an appropriate and transparent methodology; provide evidence-supported results; and explain the significance of the findings for marine, maritime, coastal, offshore, ship, port, or ocean systems.
