In the early stage of offshore wind development, it is essential to perform a conceptual design of the foundation system to support permitting processes and project feasibility assessments.

This research project aims to develop a proprietary floating substructure design technology that simultaneously satisfies motion performance and structural safety for floating offshore wind systems.

This project aims to establish an internal power collection network to ensure the stable aggregation and transmission of electricity for the ANMA Offshore Wind Farm

This project is a nationally significant infrastructure undertaking located within the municipalities of Santa Tecla, Colón, and San Juan Opico in the department of La Libertad, El Salvador, connectin

This research and development project aims to develop integrated load analysis and dynamic cable design technologies for floating offshore wind systems.

The Chacao Bridge, which connects Chiloé Island and mainland Chile via the Chacao Strait, is a suspension bridge with three towers and two main spans,

As part of the research project titled “Technology Development for Front-End Engineering Design (FEED) and Detailed Design of Fixed Offshore Substations (OSS) for Offshore Wind Farms,”

This project aims to enhance the convenience of public transportation by establishing a connection network between Urban Railway Lines 1, 2, and 3, promote the growth of MICE-related industries throug

This projectc involves the construction of a new Han River bridge and Olympic-daero expansion to improve metropolitan transportation connectivity in response to the development of the Namyangju Wangsu

The Gwangju-Songjeong ~ Suncheon Railway Construction Project aims to revitalize the economy of the Honam region and promote cultural tourism on the south coast by electrifying the only non-rail sect

The project is the construction of road/bridge, located in Gwongok-dong on National Route 45, to improve traffic flow and user convenience through bridge reconstruction that satisfies the problems due

BANDI will lead the future of offshore wind power generation through the development of various new forms of floating bodies, taking into account the marine environment, safety, and economic feasibili