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Marine Electronics Equipment
Testing & Certification Center

     
R&D for autonomous ships
  • Research and development of equipment and systems related to autonomous ships
  • Remote control/unmanned research and development of autonomous ships based on AI and deep learning
  • Research and development of monitoring/safety/predictive maintenance system for autonomous ships
  • Research and development of smart marine cloud and communication technology, data collection platform
  • Research and development of digital twin system for autonomous ships, utilization of big data, monitoring system in response to ship environmental regulations
  • R&D for safety management of equipment and materials for eco-friendly autonomous ships
  • Analysis of causes of marine and land safety accidents and research on preventive measures
  • ICT convergence unmanned management system technology research and development
  • A study on the application of digital twin-based safety management
Research and development of electric propulsion systems for ships
  • Research and development of electric propulsion system and hybrid system for ships
  • Fuel cell-based electric propulsion system application research
  • Small Reactor (SMR)-based electric propulsion system application research
  • Research and development of next-generation ship equipment
  • Technical support for future ship equipment design by application of computational analysis technology
  • Implementation of performance verification technology and preparation of equipment
Research and development of small and medium-sized marine unmanned systems
  • Research and development of small and medium-sized unmanned systems for underwater and water operation
  • Research and development of complex unmanned mobile system
Digital conversion R&D and design support for smart yard construction
  • Research and development of network integration and data collection technology for smart yard construction
  • Research and development of intelligent data hub platform for smart yard
  • Research and development of smart yard data analysis technology for optimal decision-making support
Establishment of enterprise design support platform for digital transformation
Establishment of an eco-friendly and autonomous ship safety design support platform
Renewable energy system research and development
  • Renewable energy (offshore wind power, marine green hydrogen, marine energy) system design and evaluation
  • Floating soft wind power judgment demonstration test and performance evaluation platform
  • Development of marine environment preservation and resource evaluation technology
  • Renewable energy operation maintenance technology (failure diagnosis/predictive maintenance, etc.) and related equipment R&D
  • Research and development of new materials and composite materials related to new and renewable energy
  • Research and development of marine control and anticorrosive systems
  • Research and development of domestic and foreign standards for offshore wind power and marine energy
Research and development of eco-friendly energy systems for ships
  • Research and development of hydrogen fuel cell system for ships
  • Research and development of small nuclear power plant (SMR) system for ships
  • Research and development of energy storage system (ESS) element technology
Establishment of an eco-friendly energy design support platform
Research on equipment and materials for eco-friendly and autonomous ships
  • Research and development to improve energy efficiency and reliability of equipment for eco-friendly autonomous ships (ocean and coastal ships)
  • R&D for fuel, equipment and systems for future ships
  • Research and development of eco-friendly mechanical parts and systems
  • R&D for offshore plant integrated design safety
  • Research and development of equipment and systems related to eco-friendly ports
Establishment of an eco-friendly autonomous ship equipment design support platform
  • Establishment of eco-friendly autonomous ship equipment design support platform
  • Support for engineering-based design analysis
  • Technical guidance for technology commercialization, technology transfer, follow-up management
  • Technical support for technical improvement, quality and productivity improvement of shipbuilding equipment manufacturers
Research and development of marine and fishery smart equipment and reliability improvement
  • Research and development of localization of smart equipment for maritime and fisheries
  • Development of maritime and fisheries smart equipment demonstration and reliability verification technology
  • Development of reliability prediction technology based on machine learning
R&D in the field of air environment for ships
  • Research and development related to domestic and overseas ship atmospheric environment/waste washing water/fuel oil
  • Research and development of alternative energy for ships
  • Support for product design and commercialization of ship environmental facilities
  • Development of technologies to respond to domestic and foreign ship air quality standards
Environmental facility testing and performance evaluation
  • Environmental facility certification test and performance evaluation
  • Air (2.023), petroleum product (2.013) test facility KOLAS system operation
Establishment of air environment equipment design support platform