營造施工模板支撐的倒塌涉及設計、施工及材料三項。在政府推動丁類危險性工作場所審查多年後，許多公共工程的施工多能落實按圖施作，支撐材料也大致與原設計強度吻合，但設計的正確性則較有問題。這主要是因國內現行的模板支撐設計規範，並未隨著先進國家使用之規範作修訂，致使專業技師缺乏可供模板支撐正確設計的參考，使得模板支撐具有較高的倒塌風險性。
本指引搜集各國之安全設計規範，並完成建築工程模板支撐安全設計指引重點內容，可提供國內建築工程營造施工模板支撐之主管機關、監造單位、施工廠及其專任工程人員、工程顧問公司、土木或結構技師事務所等單位，於進行建築工程模板支撐結構安全設計時之參考，以達成模板支撐安全設計，確保模板支撐作業勞工的生命安全。
The collapse of formwork shoring in construction involves design, construction, and materials. The review of dangerous workplaces has been carried out by the government for many years, revealing that many infrastructure projects are implemented in accordance with the blueprint and the strength of shoring members conforms to the requirements of the design, but that the accuracy of the design can be a problem. The main reason for this is that design codes in Taiwan have not been brought up to the standards of those currently used in the advanced countries, so that professional engineers lack the design codes they need for the correct designing of formwork shoring. As a result, temporary supports have a high potential for collapse.
The results of the study will benefit agencies in charge of construction projects, supervisors, contractors and their professional engineers, consulting companies, and civil and structural engineers, who can use our design guidelines to design formwork shoring. The goal is to achieve the safe design of temporary supports and protect workers from accidents when setting up temporary supports.
本指引搜集各國之安全設計規範，並完成建築工程模板支撐安全設計指引重點內容，可提供國內建築工程營造施工模板支撐之主管機關、監造單位、施工廠及其專任工程人員、工程顧問公司、土木或結構技師事務所等單位，於進行建築工程模板支撐結構安全設計時之參考，以達成模板支撐安全設計，確保模板支撐作業勞工的生命安全。
The collapse of formwork shoring in construction involves design, construction, and materials. The review of dangerous workplaces has been carried out by the government for many years, revealing that many infrastructure projects are implemented in accordance with the blueprint and the strength of shoring members conforms to the requirements of the design, but that the accuracy of the design can be a problem. The main reason for this is that design codes in Taiwan have not been brought up to the standards of those currently used in the advanced countries, so that professional engineers lack the design codes they need for the correct designing of formwork shoring. As a result, temporary supports have a high potential for collapse.
The results of the study will benefit agencies in charge of construction projects, supervisors, contractors and their professional engineers, consulting companies, and civil and structural engineers, who can use our design guidelines to design formwork shoring. The goal is to achieve the safe design of temporary supports and protect workers from accidents when setting up temporary supports.