Zia Faizurrahmany El Faridy, Glass as A Sustainable Material To Design A Modern Ofce Building in Seismic Area Elkawnie: Journal of Islamic Science and Technology Vol. 2, No.2, Desember 2016 (www.jurnal.ar-raniry.com/index.php/elkawnie) |153 GLASS AS A SUSTAINABLE MATERIAL TO DESIGN A MODERN OFFICE BUILDING IN SEISMIC AREA A Case of : Banda Aceh, Indonesia Zia Faizurrahmany El Faridy , Abstract : Glass as a material in building facades is rarely applied in a large scale, especially in design of office buildings, within Aceh province. Since Aceh is located in the area with dynamic earthquake activities, building design in this area required higher degree of concern in relation to better refrain from earthquake movements. Nowadays, glass technology that could withstand the seismic effects while sustaining seismic loads is available. To bring this new technology into design of office buildings in Aceh, the paper aims to measure the suitability and level of acceptance of the technology among Acehnese people by conducting some methods of cost comparison and cost savings. In this regard, a comparison in dead loads of a sample building with conventional cavity walls against that of high performance glazing system in a façade of the building was performed. The results indicated that the cost for glass technology are twice higher compared with cavity wall. But in the dead loads part, the glass material are 13.8 times more lighter than cavity wall. Key words: Glass; Sustainable Design; Office building; Seismicity ; Aceh 1. Introduction The using of glass materials for offce building are important and giving a long term benefts to occupants both on psychologycal and sustainability aspects. Material selection and carefully designing facades to managing the interaction between the outdoors and the internal spaces can saves the energy for thermal and visual comfort. A 2006 California Energy commission study of electro chromic windows on the estimated lighting energy savings of about 44%, compared to a reference case with no delighting controls [1]. Glass can offer acoustic performance so that buildings meet the appropriate standards and signifcantly reduce noise, it is also be able to reduce the load on building foundation.