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
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.
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
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