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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)

Ocean development science and related areas

Aquatic microbial science Bioethanol production using aquatic microorganisms and use for environmental purification
Functional materials chemistry Biomass conversion, adding functionality to natural polymers, wastewater treatment using polymers
device engineering Development of superconducting/electrical/electronic devices and equipment for ocean energy/resource utilization
energy engineering Development of ocean energy equipment for environmental conservation
ocean geochemistry Research on seafloor resources, marine environment, and material circulation using chemical sensing technology
Marine and coastal engineering Evaluation of natural environmental conditions, understanding of various phenomena related to marine and coastal structures, and performance improvement
Geotechnical engineering Development of seabed mineral resources, investigation of seabed ground and submarine landslides
Marine seismology Research on the Earth's internal structure and seismic activity through marine seismic observations
Resource exploration engineering Technology development related to exploration of seabed resources such as oil and natural gas, evaluation of fault properties
Marine resource acoustic exploration engineering Exploration of seabed resources such as methane hydrate using acoustic equipment and development of exploration technology
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
International ocean management Investigation and research on international disputes over the use and management of oceans and marine resources

Applied marine engineering and related areas

environmental energy engineering Analysis/evaluation methods and environmental conservation technologies mainly targeting heat-related energy systems
Maritime 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 Development of shallow sea waves, beach deformation, coastal disaster prevention, etc. - Achieving environmental balance
Marine acoustic measurement engineering Development and application of underwater sensing technology using sound waves for living things, etc.
Marine environmental mechanics Development and application of energy saving and natural energy use on ships
Marine system control engineering Automatic control methods for marine mechanical systems such as marine cranes and underwater vehicles

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