Minimize refilling by changing the isolated footing to a continuous footing

Reduction of worker collision accidents by minimize the dump truck operation

Detailed improvement to prevent rotation when installing PC column

Reduction of collision risk by reflect two hooks for PC column assembly

Samsung Smart Modular

Modular construction, predominantly employing steel structures and lightweight dry floors (autoclaved lightweight concrete, or ALC), is a sophisticated technology aimed at boosting productivity and ensuring superior residential performance. This approach is implemented in modular projects through product validation and standardized model design.

Non-vibration Control Structure Design – PC Lattice Girder Optimization Technology

To address the increased vibration performance requirements (SPEC) for state-of-the-art semiconductor production equipment, we continuously research, develop, and deploy vibration performance enhancement solutions for cutting-edge FAB framework, with our focus on designing and constructing optimal structures that fulfill building functionality.

Carbon-reducing Concrete Technology

This environmentally-conscious, carbon emission reduction concrete production technology minimizes or eliminates the use of cement, a substantial source of CO₂ emissions, playing a crucial role in achieving carbon reduction goals and bolstering ESG initiatives.

Building Energy Simulation

This technology analyzes and optimizes building energy consumption based on the building envelope, HVAC system efficiency and characteristics, and control methods, reducing energy usage during the operational phase.

Samsung C&T's E&C Group's Key Activities

View the key activities in safety and health, environmental management, and quality management within Samsung C&T's E&C Group.

Design Automation based on the ENG Platform

The ENG Platform is a standardized work environment for design unit tasks that minimizes individual deviations and enhances design outcomes' quality and accuracy using a standardized process for each construction type. The platform encompasses seven core construction types, including PSC bridges, cable bridges, TBM, NATM, C&C, caissons, and landfill and dredging, and employs modules such as checklists, guidelines, and design tools in design execution.

Access Floor Grating Construction Robot

A cutting-edge robot that automates Access Floor Grating installation by utilizing a robotic arm and AMR, streamlining operations at height that are high-risk and repetitive

Samsung C&T’s E&C Group Certificate Overview

View the certificate status in the areas of safety, quality, and environment for both the work sites and employees within Samsung C&T's E&C Group.

Structural Analysis and Design for Super High-rise Buildings

This technology aims to ensure optimal quality by evaluating the economy, stability, usability, livability, and constructability of super high-rise buildings during the design phase and minimizing issues during construction. Key technological aspects are researched, developed, and applied to achieve the goals.

Design and Construction Technology for Precast Structures

Precast construction involves fabricating concrete structures at separate facilities or factories before transporting them to the construction site and assembling them. This method is advantageous in space- and time-limited conditions, and offers an eco-friendly solution by minimizing on-site work, enabled by its manufacture at separate facilities. Currently, precast construction is applied to various civil engineering products, such as bridges, tunnels, stations, and caissons, with our company actively expanding its scope.

High Elasticity Concrete Technology

Developed for high-specification semiconductor production equipment, this technology manufactures high elasticity concrete with an elasticity coefficient 30-60% higher than standard concrete, which is achieved through material selection and mix design optimization.

Insert Improvement for PC Column Installation

Removal of protrusion by changing the details of PC column-slab joint to coupler

Automated Pipe Welding Technology

This technology automates pipe welding using a 360° rotating welding device (carriage) and pre-validated welding conditions, enabling welding according to input welding variables.

Equipment Installation Efficiency and Safety Technology - GPS-based Construction Automation (GPS Machine Control)

With construction machinery equipped with GPS and sensors, this technology enables automatic construction without separate surveying and quickly achieves the desired design values through automatic device control.

Minimize the use of on-site firearms by applying stair railing bolting type

By changing the bonding method to a bolting, minimize on-site firearms work caused by welding work

Containment Liner Plate (CLP) Modularization Method

Containment liner plates are crucial systems that act as pressure vessels, maintaining lower than atmospheric pressure in containment buildings, and functioning as barriers against radioactive material leakage during nuclear emergencies. These plates are created by welding multiple pieces together, with welding quality significantly affecting radioactive material containment. Through multi-angle design review and simulation, a unique lifting lug was developed and applied, successfully achieving the world's first 3-level containment liner plate module installation.

Improvement of lifeline installation to prevent fall of steel construction

Cost Reduction & Prevent human errors by wire rope method

NATM Tunnel Design and Construction Technology

Experience and expertise are vital to ensuring the appropriateness of planning, design, construction, and maintenance of large-scale underground spaces (stations, storage, and power plants) and long tunnels spanning several kilometers, for the areas of structure, ground foundation, tunnel, and disaster prevention. Our capacity encompasses design and construction foundation technology that secures safety, durability, and economy through ground investigation result analysis, sectional planning, excavation method selection, and numerical analysis review.