Degree:Master of Agriculture
Graduate Program in
Irrigation, Drainage and Rural Engineering
Develop the ability to design a sustainable agricultural rural environment.
Studying interdisciplinary field with architecture and civil engineering studies based on agricultural engineering as a core element provides students with the ability to design agricultural infrastructure and rural infrastructure with a broad view from architectural structure to national land infrastructure. Acquire advanced expertise and skills for practical activity in order to enhance excellent agricultural and rural infrastructure as an expert professional who supports regional development.
Three Educational Policies
You can check the details of the Three Educational Policies in PDF.
Education and research of this program
The skills and Education and research of this programOur target in education
Human resources who acquire advanced knowledge and engineering in irrigation, drainage and rural engineering equipped with the ability to design good agriculture and rural foundation and can contribute to the creation of a sustainable and prosperous community.
Skills to be developed
- Advanced engineering ability related to enhancement of excellent agricultural and rural foundation suitable for changes of global environment.
- Ability to design regions by analyzing/resolving practical issues in terms of agricultural and rural foundation from a local and global perspective, considering changes of regional society and natural environment based on cutting-edge expertise.
Future path
National government employee/Local government employee (Technical post), Irrigation, drainage and rural engineering/civil engineering consultant, Environment consultant, Construction company, Construction material supplier, Public utility (railway, electricity), continue to graduate school (doctor’s course), etc.
Program Specialized Course
You can check the details of the Program Specialized Course in PDF.
Course name | Semester | Credits | ||
---|---|---|---|---|
Environmental Mathematics A | Semester | A | Credits | 1 |
Environmental Mathematics B | Semester | A | Credits | 1 |
Environmental Soil Physics A | Semester | A | Credits | 1 |
Environmental Soil Physics B | Semester | A | Credits | 1 |
Soil and water conservation | Semester | B | Credits | 1 |
Irrigation Water Management | Semester | B | Credits | 1 |
Rural Eco-engineering A | Semester | B | Credits | 1 |
Rural Eco-engineering B | Semester | B | Credits | 1 |
Rural Management for Sustainable Development A | Semester | A | Credits | 1 |
Rural Management for Sustainable Development B | Semester | A | Credits | 1 |
Advanced Seminar in Agricultural Engineering | Semester | F | Credits | 4 |
Advanced Research for thesis in Agricultural Engineering | Semester | F | Credits | 6 |
※ Meaning list of the words in “Semester” fieldMeaning list of the words in “Semester” field
Faculty Member
ProfessorOSAWA, Kazutoshi
- Education specialty and research field
- Soil and Water Conservation
- Research interest
- Dynamics of water, sediment and nutrients in a farmland and agricultural watershed
- SDGs
ProfessorTAMURA, Takahiro
- Education specialty and research field
- Rural Planning
- Research interest
- Research on farm work safety, lighter labor of farm work and land improvement
- SDGs
ProfessorMATSUI, Hiroyuki
- Education specialty and research field
- Agricultural Water Management and Conservation
- Research interest
- Irrigation, water cycle and water environment management in watershed
- SDGs
Associate ProfessorIIYAMA, Ippei
- Education specialty and research field
- Soil and Environmental Biophysics
- Research interest
- Research on transport and retention of energy and water in soils
- SDGs
Associate ProfessorMORIYAMA, Takumi
- Education specialty and research field
- Rural Ecology Engineering
- Research interest
- Research on conservation and utilization of secondary nature