The 8th International Conference on Marine Technology (SENTA 2023)

Introduction

Since 2001, Faculty of Marine Technology – Institut Teknologi Sepuluh Nopember (ITS) Surabaya has held the annual SENTA conference, formerly known as Seminar Nasional Teknologi dan Aplikasi Kelautan (National Conference on Marine Technology and Application), which provided a regular forum for researchers and engineers of Marine Technology in Indonesia. Then in 2016, SENTA conference has turned into an international conference in order to expand its research network.

The 8th International Conference on Marine Technology (SENTA 2023) will be held in Institut Teknologi Sepuluh Nopember, Surabaya on November 23^rd, 2023 centered around the theme of “Autonomous and Smart Innovation in Marine Science and Technology”.

Important Dates

~~Abstract Submission~~	: ~~28 July – 12 August 2023~~
~~Full paper Submission~~	~~: 18 August – 11 September 2023~~
~~Extended Full paper Submission~~	~~: 11 – 18 September 2023~~
~~Full Paper Acceptance Notification~~	~~: 28 September 2023~~
~~Rescheduled Full Paper Acceptance Notification~~	~~: 5 October 2023~~
~~Final Manuscript Submission~~	~~: 15 October 2023~~
~~Regular Registration~~	~~: 13 September – 18 October 2023~~
~~SENTA 2023 Conference~~	: 23 November 2023

All selected papers will be published in SpringerBriefs in Applied Sciences and Technology Indexed Q4.

Other papers will be published in two journals: the International Journal of Offshore and Coastal Engineering (IJOCE), which is indexed by Sinta 4, and the Journal of Marine-Earth Science and Technology (JMEST), which is indexed by Garuda.

Topics

All honourable authors are kindly encouraged to contribute to the conference through submissions of their research papers on all topics related to “Autonomous and Smart Innovation in Marine Science and Technology”, including, but not limited to:

Naval Architecture

Objective: To analyze the design principles and innovations in naval architecture for autonomous and smart marine vessels. Evaluate the impact of advanced materials and manufacturing techniques on the efficiency and sustainability of naval architecture.

Subtopic:

Designing efficient and sustainable marine vessels
Advanced propulsion systems in naval architecture
Innovative shipbuilding materials and techniques
Ship stability and safety considerations

Ship Production

Objective: To examine the adoption of automation and smart technologies in ship production processes. Assess the integration of digital twin models and virtual reality in shipbuilding for enhanced productivity, quality control and explore the use of robotics and artificial intelligence in shipyard operations and assembly processes.

Subtopic:

Automation and robotics in ship manufacturing
Digitalization in ship production
Sustainable shipbuilding practices
Quality control and inspection in ship construction

Marine Material

Objective: To investigate novel materials and coatings for improved durability, corrosion resistance, and biofouling prevention in marine environments. Analyze the impact of smart materials on energy efficiency, structural integrity, and sustainability in marine applications. Furthermore, explore the development of biodegradable and environmentally friendly materials for marine construction and equipment.

Subtopic:

Eco-friendly and durable materials for marine applications
Corrosion-resistant coatings for marine structures
Lightweight materials for improved fuel efficiency
Sustainable material selection for shipbuilding

Underwater Technology

Objective: To explore the latest advancements in underwater exploration and data collection technologies. Assess the challenges and opportunities in developing underwater technology for marine research and exploration. Additionally, Investigate the integration of sensors and communication systems for real-time monitoring of underwater environments.

Subtopic:

Autonomous underwater vehicles (AUVs) for marine exploration
Underwater sensors for environmental monitoring
Imaging and mapping technologies for underwater exploration
Remote sensing in underwater research

Marine Autonomous and Digital Technology

Objective: To assess the advancements in autonomous marine vehicles, such as unmanned surface vehicles (USVs) and underwater drones and evaluate the challenges and potential solutions for enabling robust autonomous navigation and intelligent decision-making in marine robotics.

Subtopic:

Autonomous marine vehicles for various applications
Intelligent control systems for autonomous marine vehicles
Multi-robot systems and swarm robotics in marine environments
Underwater drones for inspection and research

Marine and Safety Engineering

Objective: To analyze the latest developments in marine and safety engineering and Enhancing safety measures in maritime operations through innovative technologies and practices.

Subtopic:

Risk assessment and management in maritime operations
Safety systems and protocols for offshore installations
Cybersecurity in autonomous marine systems
Human factors and ergonomics in marine safety

Marine Renewable Energy

Objective: To investigate the advancements in marine renewable energy technologies, such as tidal, wave, and offshore wind energy. Additionally, this topic explore the challenges and opportunities in implementing technologies for efficient and sustainable marine energy production.

Subtopic:

Offshore wind energy generation and technologies
Tidal and wave energy systems
Integration and optimization of marine renewable energy
Environmental impact assessment of marine energy projects

Offshore and Coastal Engineering

Objective: To examine the innovative solutions and technologies in offshore and coastal engineering and explore the integration of remote sensing, data analytics, and predictive modeling for coastal monitoring, erosion control, and coastal infrastructure management.

Subtopic:

Design and analysis of offshore structures
Coastal erosion and protection measures
Resilience of offshore infrastructure to extreme events
Coastal and offshore environmental management

Shipping, Port, and Maritime Logistics

Objective: To investigate the application of autonomous technologies in shipping, port, and maritime logistics. Furthermore, explore the integration of smart logistics systems, including blockchain and Internet of Things (IoT), for real-time tracking, inventory management, and supply chain optimization.

Subtopic:

Automation and digitalization in port operations
Efficient cargo handling and logistics in maritime transportation
Supply chain management in shipping industry
Sustainable practices in port and maritime logistics

Marine Biology

Objective: To explore the intersection of marine biology and autonomous technologies. Investigate the use of autonomous sensors, drones, and imaging systems for marine biodiversity assessment, species monitoring, and ecosystem analysis.

Subtopic:

Conservation of marine biodiversity
Monitoring and research techniques in marine biology
Impact of climate change on marine ecosystems

Marine Toursim

Objective: To examine the role of autonomous and smart technologies in enhancing the marine tourism industry. Explore the use of autonomous vessels and underwater drones for immersive and sustainable tourism experiences.

Subtopic:

Sustainable practices in marine tourism industry
Marine wildlife and eco-tourism
Technology-enhanced experiences for marine tourists
Conservation and education in marine tourism

Marine Education and Training

Objective: To investigate the use of autonomous and smart technologies in marine education and training. Examine the development of virtual reality (VR) and simulation-based training programs for maritime skills and operations. Additionally, analyze the implementation of autonomous systems in educational environments to enhance understanding and practical knowledge of marine science, technology, and safety.

Subtopic: