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Busan Headquarters

     
R&D of autonomous ships
  • R&D of equipment and systems related to autonomous ships
  • AI, deep learning-based autonomous navigation vessel remote control/unmanned R&D
  • R&D of monitoring/safety/preview maintenance system for autonomous ships
  • Smart marine cloud and communication technology, data collection platform R&D
  • R&D of digital twin systems, big data utilization, and ship environment regulation response monitoring systems for autonomous ships
  • Eco-friendly autonomous operation ship equipment safety management R&D
  • Causes of Marine and Land Safety Accidents and Prevention Research
  • R&D of ICT convergence unmanned management system technology
  • A Study on the Application of Safety Management Based on Digital Twin
Research and development of electric propulsion systems for ships
  • Research and development of electric propulsion systems and hybrid systems for ships
  • A study on the application of fuel cell-based electric propulsion systems
  • A study on the application of SMR-based electric propulsion systems
  • R&D of next-generation ship equipment
  • Application of computer analysis technology Support for future ship equipment design technology
  • Implementing performance verification technology and preparing equipment
R&D of small and medium-sized unmanned marine systems
  • R&D of small and medium-sized unmanned systems for underwater and water operation
  • R&D of complex unmanned transportation system
Support digital transformation R&D and design for smart yard construction
  • R&D of network integration and data collection technologies for smart yard construction
  • Intelligent Data Hub Platform R&D for Smart Yards
  • R&D of smart yard data analysis technology for optimal decision support
Building a corporate design support platform for digital transformation
Establishment of an eco-friendly and autonomous ship safety design support platform
R&D of renewable energy systems
  • Design and performance evaluation of renewable energy (sea wind power, marine green hydrogen, marine energy) systems
  • Building floating offshore wind power marine demonstration test infrastructure and performance evaluation platform
  • Development of marine environment measurement and resource evaluation technology
  • R&D of renewable energy operation and maintenance technology (fault diagnosis/forestation maintenance, etc.) and related equipment
  • R&D of new and renewable energy-related materials and composite materials
  • Research and development of marine control and submethod systems
  • R&D of domestic and foreign standards for offshore wind power and marine energy
R&D of eco-friendly energy systems for ships
  • R&D of hydrogen fuel cell system for ships
  • R&D of Small Nuclear Power Plant (SMR) System for Ships
  • R&D of Energy Storage System (ESS) Element Technology
Building a platform to support eco-friendly energy design
A Study on Environmentally Friendly and Autonomous Ship Equipment
  • R&D of improving energy efficiency and reliability of eco-friendly autonomous ships (ocean and coastal ships) equipment
  • R&D of future ship fuel, equipment and systems
  • R&D of eco-friendly mechanical components and systems
  • Research and development of integrated design of marine plants
  • R&D of equipment and systems related to eco-friendly ports
Building an eco-friendly autonomous ship equipment design support platform
  • Building an eco-friendly autonomous ship equipment design support platform
  • Support engineering-based design analysis
  • Technical guidance, technology transfer, and follow-up management for technology commercialization
  • Technical support for improving technology, quality and productivity of shipbuilding equipment manufacturers
R&D and reliability improvement of marine and fisheries smart equipment
  • Research and development of localization of smart equipment in marine and fisheries
  • Development of technology for demonstration and reliability of smart equipment in marine and fisheries
  • Development of machine learning-based reliability prediction technology
Research and development of ship's atmospheric environment
  • R&D on domestic and foreign ship atmospheric environment/waste cleaning water/fuel oil
  • R&D of alternative energy for ships
  • Supports product design and commercialization of ship environmental facilities
  • Development of technology to respond to domestic and foreign ship atmospheric environment standards
Environmental facility test and performance evaluation
  • Authorized testing and performance evaluation of environmental facilities
  • Operation of the KOLAS system for atmospheric (2.023), petroleum products (2.013), and test facilities
Building an atmospheric environment equipment design support platform
R&D of autonomous ships
  • R&D of equipment and systems related to autonomous ships
  • AI, deep learning-based autonomous navigation vessel remote control/unmanned R&D
  • R&D of monitoring/safety/preview maintenance system for autonomous ships
  • Smart marine cloud and communication technology, data collection platform R&D
  • R&D of digital twin systems, big data utilization, and ship environment regulation response monitoring systems for autonomous ships
  • Eco-friendly autonomous operation ship equipment safety management R&D
  • Causes of Marine and Land Safety Accidents and Prevention Research
  • R&D of ICT convergence unmanned management system technology
  • A Study on the Application of Safety Management Based on Digital Twin
Research and development of electric propulsion systems for ships
  • Research and development of electric propulsion systems and hybrid systems for ships
  • A study on the application of fuel cell-based electric propulsion systems
  • A study on the application of SMR-based electric propulsion systems
  • R&D of next-generation ship equipment
  • Application of computer analysis technology Support for future ship equipment design technology
  • Implementing performance verification technology and preparing equipment
R&D of small and medium-sized unmanned marine systems
  • R&D of small and medium-sized unmanned systems for underwater and water operation
  • R&D of complex unmanned transportation system
Support digital transformation R&D and design for smart yard construction
  • R&D of network integration and data collection technologies for smart yard construction
  • Intelligent Data Hub Platform R&D for Smart Yards
  • R&D of smart yard data analysis technology for optimal decision support
Building a corporate design support platform for digital transformation
Establishment of an eco-friendly and autonomous ship safety design support platform
R&D of renewable energy systems
  • Design and performance evaluation of renewable energy (sea wind power, marine green hydrogen, marine energy) systems
  • Building floating offshore wind power marine demonstration test infrastructure and performance evaluation platform
  • Development of marine environment measurement and resource evaluation technology
  • R&D of renewable energy operation and maintenance technology (fault diagnosis/forestation maintenance, etc.) and related equipment
  • R&D of new and renewable energy-related materials and composite materials
  • Research and development of marine control and submethod systems
  • R&D of domestic and foreign standards for offshore wind power and marine energy
R&D of eco-friendly energy systems for ships
  • R&D of hydrogen fuel cell system for ships
  • R&D of Small Nuclear Power Plant (SMR) System for Ships
  • R&D of Energy Storage System (ESS) Element Technology
Building a platform to support eco-friendly energy design
A Study on Environmentally Friendly and Autonomous Ship Equipment
  • R&D of improving energy efficiency and reliability of eco-friendly autonomous ships (ocean and coastal ships) equipment
  • R&D of future ship fuel, equipment and systems
  • R&D of eco-friendly mechanical components and systems
  • Research and development of integrated design of marine plants
  • R&D of equipment and systems related to eco-friendly ports
Building an eco-friendly autonomous ship equipment design support platform
  • Building an eco-friendly autonomous ship equipment design support platform
  • Support engineering-based design analysis
  • Technical guidance, technology transfer, and follow-up management for technology commercialization
  • Technical support for improving technology, quality and productivity of shipbuilding equipment manufacturers
R&D and reliability improvement of marine and fisheries smart equipment
  • Research and development of localization of smart equipment in marine and fisheries
  • Development of technology for demonstration and reliability of smart equipment in marine and fisheries
  • Development of machine learning-based reliability prediction technology
Research and development of ship's atmospheric environment
  • R&D on domestic and foreign ship atmospheric environment/waste cleaning water/fuel oil
  • R&D of alternative energy for ships
  • Supports product design and commercialization of ship environmental facilities
  • Development of technology to respond to domestic and foreign ship atmospheric environment standards
Environmental facility test and performance evaluation
  • Authorized testing and performance evaluation of environmental facilities
  • Operation of the KOLAS system for atmospheric (2.023), petroleum products (2.013), and test facilities
Building an atmospheric environment equipment design support platform