Course of Governance for Sustainable Society

Cultivate individuals who can purpose the appropriate and concrete “solution” to many issues that society faces in a company, NPO, and a municipality, through studies of practical subjects of the Social Science.

Course of Environmental Sciences

• Cultivate engineers who can conduct a current situation evaluation and future forecast of the environment through the study of environmental monitoring, model analysis, methods of assessment, and environmental chemistry and biology.
• Focusing on the management aspect of the energy, acquire knowledge and skills necessary for the effective energy management toward the realization of the sustainable society.

Course of Applied Information Sciences

Computer programming skills, methods of mathematical modeling and numerical analysis, statistical methods, and their application for social and environmental problems

• Total application of environmental information for social problem
• Ecological design of space and structures
• Sustainable development governance with particular emphasis on climate change policy and politics
• Studies on economic and fiscal policy in political-economic approach

• Historical studies of science & technology
• International comparative study of non-profit organization in urban regeneration
• Research on corporate social responsibility, eco management, and environmental accounting
• Environmental policy history
• Subjective recognition of space: Phenomenological and historical approach

• Surface and interfaces science and Nanoengineering using scanning probe microscopy
• Analysis of algal substance concerning with light, Development of environmental technology using algae, and Evolutionary analysis of human and human society
• Diversity and stability on community structure
• Development of high-functional materials by plasma polymerization and plasma surface treatment
• Behavior of trace pollutants in water environment
• Food webs, energy flow, and nutrient dynamics in aquatic ecosystems
• Atmospheric aerosol dynamics and environmental analysis
• Dynamics of adsorption and reaction on solid catalysts

• Environmental modeling, system simulation, environmental science on polar region
• Nonequilibrium dynamics and numerical models of social systems
• Control theory, partial differential equations, Agent-Based simulation
• A model analysis on the effects of heat cascading systems
• Statistical learning theory and its applications for medical science
• Urban infrastructure planning

2008

Number of Students Awarded Degrees	14
Number of employed	12
Number of Students Advancing to Doctor programs	0
Others	2

Future Carrier

JR East Japan Information, Citizen Seimitsu, Sigmatron , Recruited Staffing, Ichiyamamart, Tokyo Electron AT, Fujitsu FIP, University of Yamanashi, Everclean, Nissha Printing, Yamanashi research center for environment, Yamanashi Prefecture