Advanced Science and EngineeringⅠ FeaturesⅡ History and ProfileⅢ RequirementsFundamental Science and EngineeringCreative Science and EngineeringCONTENTSA curriculum of study has evolved with new educational contents since FY2007 that meets the certification standards for the master’s program under the Japan Accreditation Board for Engineering Education (JABEE). The Department of Architecture comprises the architectural art field, offering research guidance on architectural history, architectural planning, and urban planning, and the architectural engineering field, offering research guidance on environmental engineering, structural mechanics, and building production. The purpose of education for the doctoral program is to provide students the ability to conduct research independently in each expertise. The purpose of education for the master’s program varies depending on research fields or research guidance.The architectural art field comprises architectural history that considers the change in architecture and the theory of creation from a historical perspective and from the standpoint of architectural design and planning with the mission of creating modern architecture as well as urban planning focusing on cities as an agglomeration of architecture. Each segment is treated as having individual characteristics with their respective missions and research methods. The master’s program’s uniqueness is that it does not inhibit students from having a broad perspective and superior insights as planners of architecture. This is reflected in the selection of design systems, which is generally required to connect the master’s thesis topic with the master’s design.Each element in the field of architectural engineering is unique. Environmental engineering deals with (1) planning methods for a comfortable and healthy thermally monitored environment in architectural facility systems in cities, (2) theorization and development of disaster prevention plans and technologies for architectural disaster management of fires and floods, (3) development of energy-conserving technologies for a low-carbon society; and (4) development and developmental theory of software technologies for environmental impact evaluation and consensus building technologies. Structural mechanics covers a broad range of technology spanning from fundamentals in mechanics to advanced structural design, such as structural materials, earthquake resistant design, elastoplastic dynamics, shell structures, soil and foundation engineering, vibration engineering, structural controls, aseismic (damped) structures, seismic isolation, and the like. Building production involves dealing with issues directly linked to practical work, such as development of new materials, diagnosis of deterioration, natural materials and industrial waste, development of building construction methods corresponding to the various purposes of buildings or their components, and development of construction engineering and construction management technologies.The aim of the architectural education for the master’s degree program of the architectural art field is described below, which reflects the UNESCO/UIA Charter for Architectural Education (set up in 1996). ※EBSE of Architecture does not correspond to JABEE.8282Department of Architecture
元のページ ../index.html#88