본문 바로가기

Advanced Technology

Hyundai Engineering & Construction develops EPC process innovation technology that uses AI and big data to establish construction plans and identify project risks in advance.
Hyundai Engineering & Construction develops smart construction technology that increases the productivity of construction sites, such as optimizing design with BIM technology, and reducing construction time using a modular construction method. In addition, Hyundai Engineering & Construction develops smart homes, smart transportation, smart buildings, and other smart service technology as key elements of a smart city.

Smart/Digital Technology

  • ICT Convergence
    Development of smart home services and construction site management technology using IoT technology
    Development of Smart Home Service Technology (Hi-oT, Hyundai IoT)
    Planning of voice-controlled homes, smart home-car service
    Analysis of construction site data from IoT sensors
  • Big Data
    Fast and accurate data-based decision-making
    Transition from experience-based decision-making to data-based decision-making
    Integration of data from construction sites and management departments
    Qualitative and quantitative analysis of future risk
  • Smart Traffic
    Optimization of traffic design across stages of basic design, bidding, and operation
    Analysis of design alternatives and traffic impact based on simulations
    Optimized design of transportation infrastructure for autonomous vehicles and C-ITS safety/disaster prevention
    Development of tolling system and traffic management system
    Development of Future Mobility Construction Technology
  • Urban Planning
    Research on GIS-based site analysis and smart city technologies
    GIS-based site analysis in urban, architecture and transportation areas
    Urban analysis, diagnosis and simulation
    Establishment of a decision-making process for development projects
    Smart city planning and design
  • Construction Automation
    Robotics-based automated construction technology
    Transition of construction processes towards using industrial robotics
    Unmanned self-driving robots for site patrols
    Irregular constructions using 3D printing technology
  • Digital Construction Site Management and Control
    Smart management of construction sites using the latest digital technology
    3D scanning for construction project management using equipment such as drones and laser scanners
    Establishment of BIM-linked real-time management system

New Business Technology

  • Water Environment
    Contribution to the commercialization and provision of technology required for project execution through R&D into biogas and water treatment
    Biogas production and O&M technology from organic wastes (New Environmental Technology Certification No. 561 and successful completion of a to-scale operational facility for the first time among R&D facilities)
    A Study on the Enhancement of O&M Capability of Biogas Technology
    Designation of a high-efficiency and low-energy MBR treatment technology as a New Environmental Technology (Certification No. 552, Verification No. 228)
    Successful completion of the overseas high-capacity seawater desalination project through an empirical field study (Won the RO for the Mirfa IWPP and 2017 GWI Desalination Company of the Year Award)
    Acquisition of technology for steel wastewater reuse (Completion of detailed design for a 15,000㎥/day wastewater reuse facility)
  • Soil Environment
    Improvement of competitiveness in soil remediation projects through technology development and demonstrative studies
    Wet-based soil washing and dry-based separation process for soil contaminated with heavy metals
    Remediation and reuse process for co-contaminated dredged sediment
    Technical advancement and field application of the remediation of co-contaminated soil with heavy metals and oil compounds
    Field application of the thermal treatment for remediation of contaminated soil with dioxins
  • Nuclear Decommissioning
    Development of technologies and attainment of project performances to enter the new nuclear decommissioning market
    Remediation technology (soil, ground water, site safety evaluation) of NPP sites
    Volume reduction technology for radioactive waste
    Evaluation technology for integrated safety of spent fuel disposal facility
  • CO₂ Capture, Utilization and Storage (CCUS)
    Securing competitiveness in CCUS business through technology acquisition and demonstration
    Process design of CO₂ capture, liquefaction and Utilization
    Development of technology to secure life cycle safety of offshore CO₂ transport and injection facilities
    Basic design for CCS business of waste gas/oilfield and enhanced oil recovery (EOR)