(첨부)_한국건설기술연구원_사칭_피해_예방_안내문

한국건설기술연구원 직원 사칭 사기 주의

최근 연구원 직원을 사칭하여 개인 계좌로 대금 이체 요구, 물품 대리 구매요청, 금융상품 가입유도 등의 다양한 사칭 범죄 사례가 확인되고 있습니다. 연구원은 어떠한 경우에도 개인 계좌로의 이체를 요구하지 않습니다. 피해가 발생하지 않도록 각별히 유의해주시기 바랍니다.

주요 사칭 사기 수법

  • 한국건설기술연구원 직원(허위 또는 수집된 실명)의 이름을 사용
  • 허위 공문을 작성하여 물품 납품 유도
  • 한국건설기술연구원 직원을 사칭하면서 계약체결 절차 없이 물품 선납유도
  • 이메일/유선 등을 통한 특정업체를 소개하며 물품 구매 및 계약유도
  • 연구원 직원을 사칭하여 해킹메일, 피싱사이트 접속 및 개인정보 입력 유도

대응방법

  1. 전화번호 및 이메일 도메인 확인

    연구원 명의로 의심스러운 연락을 받으신 경우 연구원 홈페이지 정보를 통해 발신처 사실여부를 반드시 확인 (홈페이지 경로: kict.re.kr > KICT 소개 > 조직 > 직원찾기)

  2. 발신처/공문 진위확인

    의심스러운 경우 계약부서/연구부서에 직접 문의

  3. 선입금 및 선납 금지

    연구원은 대리구매를 통한 선입금 및 선납을 요청하지 않음

  4. 사기의심 즉시 신고

    사기의심 사례가 발생하는 경우 경찰(112)에 신고하시고, 추가 피해를 예방하기 위해 사기 시도 연락처를 전기통신금융사기 통합대응단에 등록 및 신고하여 주시기 바랍니다.

    [링크 이동: 전기통신금융사기 통합대응단 - https://www.counterscam112.go.kr/]

KICT 한국건설기술연구원 (KOREA INSTITUTE OF CIVIL ENGINEERING AND BUILDING TECHNOLOGY)

오늘하루 보지않기 닫기

Research Information

Introduction

The River Experiment Center (REC) of the Korea Institute of Civil Engineering and Building Technology was established In Nov. 2009 to conduct various experiments concerning flow characteristics, river morphology and ecosystem under close-to-prototype experiment conditions. The center, located in Andong city which is southeastern part of the Korean Peninsula has three-types experiment streams, 11 meter wide and 600 meter long and experiment ponds in site area of 193,051 m2. The REC has the capacity to reproduce artificial flood of 10.0㎥/s at maximum using a large pumping facilities, and the Center enables various river experiments almost free from scale effects.

위치: 경상북도 안동시 남후면 아곡길 942(히아리 379-92) Location : Agok-gil, Namhu-myeon, Andong-si, Gyeongsangbuk-do
Operation Objctives

Development and dissemination of river management technology to ensure coexistence of human beings and the nature while harmonizing water utilization, flood control and river environment

  • Verification and authentication of new technology and materials
  • Development of river design criteria for coexistence of human beings and the nature
  • Hydraulic experiments related to restoration of rivers
  • Limnological experiments to ensure coexistence of human beings and the nature
Vision & Mission
Creation of healthy and safe river environment
  • Advancement of the river design methodology that ensures sound environmental functions of rivers and prepares against abnormal flood
  • Offering of the Korean typical river model that guarantees water resources securement, flood control, water quality, and ecosystem
  • Enhancement of the public perception toward river management
Healthy &
Safe River
  • Certificate of method & materials
  • Natural friendly River Design
  • Natural friendly Lake Test
  • River Restoration
Facilities
주요실험시설 - 펌프장, 유입수조, 유출수조, 급경사수로, 직선수로, 사행수로, 저류지, 다목적 호수실험장, 연구동
Research Areas
  • Basic research area
    • Accumulation of practical/evidential documents related to natural rivers and regulated rivers
    • River morphology factoring into river’s self-initiated flood control
    • Adaptive management for vegetation
    • Habitate designing that reflects discharge and water surface elevation
    • Research that compares water quality by river type
    • Reduction of sediment contamination
  • Application area
    • Ecosystem restoration technology using dike, wetland, etc.
    • Fish way-related researches
    • River channel design to ensure river restoration
    • Development and verification of new materials and new technology related to bank protection
Equipments
  • Water level and velocity measuring devices
    • Setup of the real-time water level measuring system for intakes, inflow tank, outflow pond, etc.
    • Establishment of water level measuring devices in various forms (pressure-type, radar, ultra-sonic, etc.) and velocimeters (3D ADV, price type, propeller type, etc.)
  • Force measuring devices
    • Load cell (1 & 6 components) designed to measure drag and lift forces of hydraulic structures and vegetation
  • Revier bed change measuring devices
    • Close measurement of bed elevation using 3D scanner (Lidar type)
  • Water quality measuring devices
    • Devices to measure DO, DOC, OM, Chl-a, nutrient, pH, etc.

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