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Tokyo University of Marine Science and Technology

Faculty of Marine Resources and Environment

Research content (Undergraduate Course of Marine Resources and Energy)

device engineering Development of superconducting/electrical/electronic devices and equipment for ocean energy/resource utilization
ocean geochemistry Research on marine material circulation and marine environment related to seafloor resources using geochemical and geological techniques
Marine geotechnical engineering Research into the foundations of offshore wind power generation facilities, quays, breakwaters, and other structures, and development of seabed mineral resources
Marine seismology Research on the Earth's internal structure and seismic activity through marine seismic observations
ocean floor geology Research into the assessment and process of resources, environment, and disasters on the ocean floor using geological methods
Geophysical exploration/seismology Research on subsurface structure exploration on land and sea using seismic methods and four-dimensional monitoring of changes in the subsurface environment
marine meteorology Understanding marine meteorological phenomena and applying meteorological information to renewable energy research
Marine safety engineering Analysis of various phenomena related to safety of ships and maritime labor
applied informatics System development and practice to elucidate the behavior of organisms below the water surface
coastal zone engineering Research on coastal waves, beach patterns, phenomena around marine structures, coastal disaster prevention, etc.
Marine mathematical engineering We develop mathematical models and perform numerical analysis of various ocean phenomena from the viewpoint of nonlinear dynamics and complex systems.
Marine Acoustic Measurement Development and application of underwater sensing technology using sound waves for living things, etc.
marine bioacoustics Research into the sounds of marine organisms, and behavioral and ecological research using sound
Marine system control engineering Automatic control methods for marine mechanical systems such as marine cranes and underwater vehicles
Marine environmental chemical engineering Technology to reduce the environmental impact of mineral resource development, technology to separate minerals using seawater, technology to treat wastewater

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