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Achievements

Fundamental Technology Research Center

The Fundamental Technology Research Center is the only construction machinery reliability certification institute in Korea designated as a testbed public research institution under the Special Measures on Materials, Parts, and Equipment Industries Act.

It is equipped with various testing and research infrastructures and provides customized technical support to customers. Using automation and intelligent technologies, it is a national leader in the development of unmanned technology for domestic construction equipment.

Research Areas

Reliability Application Technology Research and Commercialization Support

  • Research on reliability application technology for core materials, parts, and equipment
  • Provision of research equipment infrastructure for the development of smart construction machinery
  • Establishment and revision of reliability evaluation standards (RS)
  • Issuance of reliability certification (R-Mark) and official testing in the field of construction machinery

Advanced Machinery Parts/System Element Technology Research

  • Development of intelligent embedded systems and hardware/software verification technology for core sensor/control components
  • Provision of research equipment infrastructure for developing smart construction machinery
  • Application technology for IoT and network devices for intelligence and unmanned systems
  • Structural optimization and robust design technology based on NVH (Noise, Vibration, and Harshness)
  • Optimal design, control, and verification technology based on IoT systems and digital twin models for digital twin construction
주요성과1

Performance evaluation and reliability certification of construction machinery parts

주요성과2

Development of semi-autonomous multi-process tools for high-performance forestry machinery

주요성과3

Development of 5G and Wifi6-based network device testing and application service technology suitable for intelligent construction equipment

주요성과4

Development of a data integration system for linking construction machinery data and fleet management at smart construction sites

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