The role of architectonics is to create comfortable and safe living spaces and to provide people with them. In modern society, there are various categories of skills to achieve this goal. Strong needs toward architectonics and good architects are diversified and intensified: due to the demand for earthquake -proof and fireproof structures, residence designed for elderly people, good urban landscape, technical innovation in terms of materials, design, and execution. In addition, human and environment are indispensable elements in architectonics. You need a social viewpoint that includes history, culture, and way of life, and you will also need deep insight. In short, in the Department of Architecture, you will gain practical knowledge and skills and the power to design ideal residential spaces.
The purpose of this department is to train students to become architectural engineers and architects who have the broad knowledge and technology that are required to connect man with environment and flexibly meet the increasingly diversified and advanced needs in architectural-related industries. Through our curriculum, students learn how to construct comfortable life space and buildings by the time they are juniors. The curriculum is ideal for producing people who will take an active role in architectonics and architecture-related industry.One of the characteristics of our department is CAD (Computer-Aided Design) education which we introduced into our curriculum prior to other universities in Japan. This is one example of the practical nature of our education. The achievement of graduation research as seniors will be published in the Journal of Graduation Research or in the Collection of Graduation Design and presented to public at an exhibition. This is an opportunity for students to achieve recognition.
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Introduction to the Study of Architecture Architectural Presentation I Architectural Drawing Method Building Construction Sturactural Materials Basic Design of Architecture I Architectural Presentation II Design Method of Architecture Architectural Planning Materials for Building Element Structural Systems for Architecture Basic Design of Architecture I Summary of Algebra and Geometry Differential and Integral Calculus I Physics I Chemistry I
Architectural CAD Planning of Residential Facilities Heat and Air in Environmental Planning Frame Analysis I A Exercises in Frame Analysis I A Design of Housing Architectural Planning of Community Facilities I Sound and Light in Environmental Planning Frame Analysis I B Exercise in Frame Analysis I B Design of Commercial Facilities Differential and Integral Calculus II Design Exercise in Architecture Exercises in Heat and Air in Architectural Science Experiments in Building Materials Surveying Statistical Analysis Presentation Techniques of Architecture History of European Architecture Exercises in Sound and Light in Architectural Science Experiments in Finishing Materials
History of Japanese Architecture Architectural Planning of Community Facilities II Architectural Equipment Frame Analysis II Structural Design of Reinforced Concrete Frame Urban Planning Architectural Seminar I Exercises in Architectural Equipment Building Production I Exercise in Structural Design of Reinforced Concrete Frame Computer Programming in Architecture Design of Public Buildings History of Modern Architecture Planning of Architectural Disaster Prevention Urban Environment Building Production II Frame Analysis III Design of Steel Structures Exercise in Design of Steel Structures Structural Computer Analysis Design of Urban Spaces
Architectural Seminar II Architectural Seminar III Planning of Housing and Environment Application of Building Materials Design of Building Structure Earthquake Resistant Design Project Method of Architecture Building Regulations
