Daewoo E&C opened the Daewoo E&C Institute of Construction Technology(DICT), the first research institute in South Korea's construction industry, 
in 1983. Since then, DICT has actively engaged in sector research that maximizes the company's design, construction and development capabilities.
DICT is also carrying out large-scale national, future growth and other projects, contributing to the nation's overall construction technological prowess.
                    
                
                               The off-site construction technology employs modular construction 
methods, including steel framing and precast concrete, transitioning 
the work approach from site-based to factory-centric production. 
This shift enhances productivity by reducing construction timelines and costs. 
                            

                                It is a technology that minimizes the use of cement, 
a material that emits large amounts of greenhouse gases ( CO2),
 and is an eco-friendly, high-quality, low-carbon concrete technology 
that can reduce  CO2 by up to 54% compared to existing concrete.
                            

                               Identifying the causes of condensation on exterior walls, 
windows, and in basements, strategies to prevent condensation 
formation are proposed.
                            

                                    Since 2020, a 15MW hybrid floating body(MSPAR) model has been developed 
in collaboration with the Dutch design company 
Monobase Wind. Currently, we are pursuing the the basic design 
certification process for design verification.
                                

                                    This system for accelerated bridge construction is able to be 
assembled for new construction or replace existing deck, 
and the system is favorable for rapid construction and limited site 
conditions in overpass bridge construction. 
                                

                                    By reducing cement usage and incorporating eco-friendly grout, 
this grouting method helps in minimizing carbon dioxide emissions. 
The integration of the automatic injection system adds efficiency and 
precision to the process, ensuring consistent quality control.
                                

								The CRA with optimal conditions is selected through basic material 
selection guides and simulations considering unit-specific characteristics 
(process conditions, corrosion management).
							

                                The engineering and improved technology for welding with recent 
improvements are provided. We have welding data for various processes
 from domestic/overseas sites, and we are conducting various 
verifications such as weldability test.
                            

                                Our RAG technology utilizes LLMs to rapidly review and 
analyze project documents, meeting diverse stakeholder needs 
and maximizing productivity by providing key insights and analysis.