This course offers the seven subcourses as follows: Agrobiological Science, Biomechanical Systems, Resources and Environment Policy, Applied Bioscience, Forest Resources, Rural Engineering, and Environmental Conservation. For detailed information, follow subcourses' links from College of Agriculture home.

Agrobiological Production System

From the view point of forecasting global standards, it can be easily imagined that food shortage and environmental pollution will become more and more serious due to the rapid increase of world population and human activities. 
Based on these concepts, our course pursues research in sustainable agriculture utilizing various biological functions of crops, livestock andother biological resources. 
Students in our course are requested not only to study the fundamentals of agrobiological production but also to carry out their major research in a specific field so as to acquire highly integrated techniques. After receiving training and education in our course, they are expected to meet the social demands of the 21st century related to the solution for the problems of food shortage and environmental estrogen

Biomechanical Systems

Resources and environment policy

As the end of the century approaches, great changes are occurring in every  aspect of life. Now, more than ever before, there is a demand for policies that clearly indicate the direction we should take. A distinguishing feature of the Department of Resources and Environmental Policy is the formulation of specific policies directed toward nation, regions, businesses, and individuals, in order to contribute to the solution of increasingly severe food supply, resource, and environmental problems. What form should industry, including agriculture and forestry, assume in the 21^st century? What should we do to maintain a clean and pleasing global environment? The problems are extremely complicated, and require a composite approach involving industry, government, and the academic community. This course combines education and research concerning policies that reconcile environmental protection with resource use, following a diversified approach that includes the study of economics, management, statistics, sociology, and informatics.

Applied Bioscience

Forest Resources

Rural Engineering

Rural engineering improves and develops the agricultural infrastructure in the rural and urban-fringe areas for aiming at sustainable agriculture and for promoting rural activities in accord with the global and regional environment.
Rural engineers can plan, create and manage the habitation environment including food production grounds.
Rural engineers also have the ability to lead the sound biosphere including human beings on the basis of an understanding of the nature of land, air and water.

Environmental Conservation

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