Reserch & Development(R&D)
 Improve capabilities with R&D and data voucher              deployment projects

ㅇ Research and Development of a Dent Image Detection Model 
    on a ship's hull using drone Images.

ㅇ Data Voucher Construction Project : Construction of Image Dataset for    
    ship's dent using drone Images.

ㅇ R&D Capacity Enhancement Project for Small and Medium Businesses: 
    Production of Prototype Mold for Watertight Door
  


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Improving defense capabilitys by R&D on the localization of weapons systems(aircraft parts and etc.,)

ㅇNecessity
- The discontinued aircraft parts are burdensome to carry out operations due to    excessive FMS maintenance period
 - Need to supply parts for stable operation
- Fostering the defense industry by revitalizing the domestic manufacturing 
  industry, materials, parts, and equipment industries

ㅇExpecting effect 
 - Improvement of air valves for aircraft: Improvement of aircraft operational capabilities through new technologies such as improvement from DC to BLDC
- Job creation: creating new jobs as they focus on research on the localization and development of weapons system components.
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Development of composite materials and manufacture of ship designs by material innovation (CFRP)

ㅇOverview
 -Development of composite materials with higher performance and lighter weight than existing SS400 for material innovation (CFRP) and easy to manufacture eco-friendly and economical ship designs

ㅇMajor R&D contents
- Material: A Study on CFRP Materials Based on Carbon Fiber
- Molding: Production of products through the development of molding processes
  such as RTM and VIP
- Verification: Reviewing and promoting certification procedures for developed
   composite materials
- Environment: Reducing energy consumption and CO2 emissions by lightening 
  with composite materials
- Economic efficiency: Reducing fuel consumption and reducing costs by using
  CFRP materials to reduce ship weight
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Development and Production of DUCT Sterilization and Purification System for ship using UVC LED lamp

ㅇOverview
- Contributing to the prevention of infectious diseases in ship and eco-friendly operation by developing a UVC LED Sterilization and Purification System optimized for 99.9% sterilization of Salmonella and Pseudomonas aeruginosa

Major R&D contents
- Design: The UVC LED sterilization system is designed according to the size and shape of the DUCT system on the ship
- Verification: 99.9% sterilization power and efficiency verification of the developed UVC LED lamp
- economic feasibility: Low power consumption and long-term maintenance costs for UVC LED lamp
- Environment: Environment-friendly operation without using chemical materials, contributing to the prevention of infectious diseases on ships

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