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Earthquakes are a serious threat to life; they claim many casualties and cause huge damage to people's properties. Seismic design provisions are added to building codes in response to the lessons learned from past earthquakes. However, despite all successes, many challenges are still faced and there are still deficiencies, especially in the field of architectural non‐structural components (ANSCs). In spite of their significance in the seismic performance of the building, ANSCs are mostly neglected from the viewpoint of seismic design. The purpose of this paper is to explain a proper state for the seismic consideration of ANSCs in the designing and construction process.

The key aim of this research is explaining a proper state for the seismic consideration of ANSCs in designing and construction process. For this purpose, first, their state is analyzed based on the conventional seismic design and construction process. Then, the insufficiencies of this approach are discussed through studying the consequences in the past earthquakes. Finally, based on the results obtained, the article tries to offer useful strategies to bring the potential threats of ANSCs to minimum.

It is found that ANSCs are considered only in a very small part of the design and construction process. In most cases, their executed details are allocated to a minor part of the design process or left to be chosen in the last stage of construction, as finishing details. As a result, despite all code provisions and practical guidelines, we still see many damages to and from ANSCs. The paper shows that the only way that the success of ANSCs' seismic restraints can be anticipated is by considering them in all stages of the design and construction process. To achieve this goal, collaboration is needed throughout all parts of the design and construction process, namely an interactive system design.

The paper, from the viewpoint of the design process, analyzes the seismic consideration of ANSCs, offering a new model for placing these components in a systematic design and construction process.