Marine environmental science：
1-1. Freshwater stratification and convection experiments
1-2. Saltwater stratification and convection experiments
1-3. Analysis of the vertical distribution of water temperature and salinity in coastal areas
2-1. Understand the basic concepts of numerical modeling through a simple box model
2-2. Understand the relationship between "equations describing flow" and "equations describing diffusion," which are fundamental equations describing oceanic phenomena
2-3. Derive the wave equation from the "equation describing flow" and the diffusion equation from the "equation describing diffusion"
2-4. Find exact solutions to the wave equation and diffusion equation
2-5. Learn the basics of difference method (stability, difference scheme, implicit solution method, non-linear treatment) and learn the difference between exact and numerical solutions
2-6. Learn from mesh division to differencing and programming, using numerical computation of the wave equation as an example.
2-7. Understand physical phenomena described by the Laplace equation and learn how to solve this equation numerically
Humans and the ocean：
1-1. To study the classification, morphology, and ecology of aquatic organisms (e.g., salmonids), which are the target species for aquaculture and region-specific resources, by touching actual biological specimens, making measurements, and making observations, etc.
1-2. To experience and understand the actual situation through video and numerical data on aquaculture and advanced utilization of the above target species.
2-1. Communicating in English: The basics of clear presentations and writing
2-2. Practice debates (discussions) on international scientific topics related to marine resource science (whaling, DDT contamination, nuclear power, genetically engineered foods, etc.)
3-1. Conduct basic analysis on fishery management structure using fishery census and discuss the results
3-2. Conduct basic analysis on fishery production structure using annual report of fishery and aquaculture production statistics, etc., and discuss the results
