BIM refers to a digital platform which manages the planning, design, construction, maintenance and disposal of structures in an integrated way based on 3D information models. BIM became in the limelight as it was used to design the National Museum of Qatar inspired by the desert sand rose. The three-dimensional design using BIM made it possible to build the imposing, majestic structure with the beauty of flowing lines. Hyundai E&C made use of BIM to build atypical structures and infrastructure such as the Hyundai Motorstudio Goyang, the National Museum of Qatar and Kuwait's Sheikh Jaber Causeway. BIM is currently applied to the builder’s other construction sites including the Daegu Center of National Information Resources Service and the Sejong-Pocheon Expressway Section 14: Godeok Bridge.

AWP (Advanced Work Package) was designed to establish IWP (Installation Work Package) and connect data on design drawings, construction materials and construction in a three dimensional way to thoroughly confirm all the necessary issues for site management. AWP is effective in improving work efficiency, in that it enables users to divide the entire scope of construction and identify each status of design, procurement and construction by package. With an aim to increase productivity of plant construction, AWP was used at the construction sites of the Ethane Deep Recovery Facility in Usmania, Saudi Arabia, and the Marjan Increment Program in Saudi Arabia. This digital project management platform was recognized for its effectiveness in these construction sites as it could be utilized to review suitability of construction work plans, or system effectiveness, and conduct 3D simulations.

Modularization is gaining huge popularity in the construction industry due to its advantages such as less interference among workers, a decrease in construction period, uniformed quality, and safety assurance of construction works. MTP (Module Type Package), so-called the next-generation construction technology, refers to a construction method designed to fabricate construction elements regarding equipment, electricity and communication in a module factory and assembly them at a construction site. MTP is used mainly for the construction of hospitals and data centers which requires complex equipment and consists of various packages such as ceiling modules and dry wall modules, depending on the scope and site of module use. Starting with the Hyundai Motorstudio Goyang, Hyundai E&C made effective use of MTP in its construction sites of the Catholic University of Korea, Bucheon ST. Mary’s Hospital and the Data Center in Busan. Other modularization technologies of Hyundai E&C include the PC (Precast Concrete) method in which concrete members are prefabricated and later assembled at a construction site, and the PPVC (Prefabricated Prefinished Volumetric Construction) method where independent, volume modules (referring to finished products with walls, floors and ceiling boards installed) manufactured in a factory are simply assembled at a construction site.

MG (Machine Guidance) informs operators of the positions, locations and working scopes of heavy equipment in real time when they operate excavators and bulldozers equipped with a variety of sensors and controllers, and GNSS (Global Navigation Satellite System). It has been needed for assigned workers to mark and inform the depths and widths of excavation works according to design drawings, but MG excavators automatically show excavation-related information on the monitor, making it unnecessary to measure such information. With this equipment, an operator can conduct excavation works according to the information collected in advance, which contributes to decreasing construction costs and period, and risks of possible accidents. MC (Machine Control) is a more advanced technology compared to MG. MC can half-automatically control heavy equipment with precision by attaching GPS, inertial measurement sensors and hydraulic control units to the equipment. MG serves as an operation guide for heavy equipment operators, while MC is a half-automatic technology which can directly assist them in operating the equipment.

The use of robots can manage a construction site without workforce around the clock throughout the year. UGV (Unmanned Ground Vehicle) robots collect information in real time without being influenced by working environments and time, and help those working at construction sites focus on engineering works, instead of simple site management. Notably, the varied sensors attached to UGV robots can enable integrated management of project sites using 3D BIM, site monitoring through AI image analysis, and detection of harmful gases in hazardous sections using IoT sensors. Hyundai E&C plans to take the lead in the development of construction-related robotics technologies by conducting trial applications of exoskeleton suits and quadruped walking robots.

Safety is considered a top priority in construction sites. Hyundai E&C developed its own safety management system HIoS, under which smart devices are attached to workers to monitor project sites in real time. HIoS refers to an integrated platform which collects information through a wide range of sensors and responds to it. BLE communication information is send to AP, a data collecting device, based on which HIoS determines whether risks exist and sets off an alarm to workers and managers. In addition, Hyundai E&C puts all-out efforts to increase safety and productivity of its workers by introducing an untact, thermal and facial recognition access management system called H-Gate, first of its kinds in the domestic construction industry, in a bid to prevent COVID-19 viruses from spreading in construction sites.

Hyundai E&C has developed an online-based system to improve works in construction sites as part of efforts to streamline work process and decrease the time consumed through the utilization of mobile devices. mHPMS refers to a quality and safety management system developed by Hyundai E&C which enables users to manage project sites on PCs and mobile devices in real time and deal with paperwork and the approval system online, leading to simplifying work processes. AViewer refers to a mobile collaborative system for viewing design drawings and documents. It can effectively prevent construction errors by allowing users to share documents and design drawings in real time. Moreover, Hyundai E&C is striving to expand the use of the mobile project and safety management systems, such as the smart curing management system which manages concrete curing by monitoring the temperature history of structural concrete, and PCMP (Prefabrication Concrete Construction Management Platform) which attaches QR codes and barcodes to construction materials to track and manage the entire process ranging from planning and production to delivery and payment in an integrated way through BIM data.