| 教學內容 |
高科技建築是一門不動數字，而能夠創造分析複雜的曲面結構或大
跨距結構的優越自由空間之結構設計學科。它除了探討空間架構外，還
包含吊索結構、摺板結構、膜結構、薄殼結構的原理和系統概念。所以
在建築設計領域巳受到注目，許多造型優美的建築，巧妙運用了高科技
建築。
現今世界著名的建築師對高科技建築都有相當的了解，其中原因
是：第一，他們唯有對新結構原理、新材料有週全的了解，才能與結構
顧問做好充分的溝通。第二，他們具備這些知識後，才能落實結構顧問
的建議並兼顧設計及預算。第三，他們在作空間設計階段，即可將結構
納入考量，對決定模矩或造型會大有助益。 |
Syllabus |
The contents of this course analyze the factors of influence on architectural structure. Besides, the vector-active structural system, the bulk-active structural system, the surface-active structural system, the form-active structural system and the high-rise building structure are also included. Further more, the characteristics, the principles of mechanics and the destruction-reinforcement mode are studied in each of the systems mentioned above. Again, we hope to use some elaborately designed examples of high-rise building, long-span, and special architecture case studies for analysis, students are expected to be able to use these knowledge as professional architects to communicate with professional structural engineer in this field. Even, an architecture student being a professional structure student being a professional structural engineer in the future is also possible. |