01

MARINE ENERGY

MIT has become a leader in the field of offshore wind farm site selection and approval, as well as geophysical and geotechnical surveys based on its experience of successfully carrying out various projects such as submarine cable design and exploration, aggregates and O&M, etc.

02

HYDROGRAPHIC SURVEY

Marine Information Technology Corporation utilizes the most advanced technology, and since its establishment, has carried out precise hydrographic surveys in major ports) nationwide, coastal waters in the East Sea, South Sea, and West Sea, trade ports, national fishing ports, inland rivers, as well as in the rivers of the EEZ (Exclusive Economic Zone).

03

MARINE ENVIRONMENT SURVEY

Examination of ocean hydraulic phenomena through marine geophysics (tidal, tidal currents, waves, suspended sediment and seabed quality) and ocean chemistry investigations
Determination of the causes of coastal topographic changes and establishment of a system of countermeasures through coastal erosion monitoring, and satellite information monitoring
Continuous collection and analysis of ocean observation data by building a coastal remote observation system

04

NUMERICAL MODELING

Conducting numerical modeling of ocean circulation, sediment movement, suspended sediment transport, and water exchange rates to characterize coastal development and hydraulics
Wave deformation and constant temperature numerical modeling for designing coastal structures
Storm-surge and tsunami modeling in preparation for marine disasters, and risk assessment of coastal structures
Marine renewable energy evaluation and power plant recycling evaluation

05

PUBLIC PROJECTS & SPATIAL INFORMATION

Various surveying projects such as GPS satellite surveying, national reference point precision surveying, public surveying and river surveying
Acquire data (investigations, exploration and surveys) necessary for urban-based planning, facility management and build database
Expeditious acquisition of high-precision results with uniform accuracy over a vast area, and observation of inaccessible and dangerous areas by using aerial technology, and analysis of 3D spatial information and city modeling
Establishment of imaging data that can be used in various fields through geometric, radiometric, and atmospheric correction of image data, and attribute information recorded in aerial and satellite images

06

R&D

Development of marine prediction and coastal disaster prevention systems, and a marine artificial intelligence model
Development of video data analysis technology, analysis of oceanic big data, establishment of artificial intelligence learning data, and development of application software
Ramping up the efficiency and competitiveness of maritime disaster response technology and incorporating new digital technologies