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Building Information Modeling (BIM), has been rapidly transforming the construction industry globally in recent times. Though earlier research highlighted its holistic significance in improving the efficiency of construction projects, however, its impact on the energy retrofits in residential housing refurbishment industries is still required to be explored. It has been seen that BIM application achieved better results in larger projects, whereas housing refurbishment projects are usually small scale projects executed by small and medium-sized enterprises (SMEs). A deliberate and in depth review of the earlier research studies indicates that the current BIM implementation in the refurbishment projects lacks a clear framework to enable BIM adoption in residential housing retrofitting organizations. This paper addresses this research gap and reviews the limited nature of framework to adopt BIM in residential housing refurbishment sectors. This research identifies the significant barriers in adoption of BIM for sustainable housing refurbishment at the BIM Foundation Delivery (BIMFD) and investigates the externalities and internalities surrounding the retrofit sector in Auckland, New Zealand. In a nutshell, this research aims to review past studies on BIM application in the refurbishment of existing residential housing and highlights the problems likely to hinder BIM adoption within the retrofit sector. Identification and classification of these barriers will be useful to enable development of a better framework that enhances BIM implementation for sustainable refurbishment, at the pre-BIM stage or zero stage of BIM maturity level for industries.Current output:1. PhD Dissertation (In Process)2. GhaffarianHoseini A., Okakpu T., Doan D., Zhang T., Rehman A., GhaffarianHoseini, AH., Tookey& J., Naismith, N. (2016). Minimizing the Barriers to the Adoption of Building Information Modelling (BIM) For Sustainable Residential Housing Refurbishment, Building & Environment.Status: Under Review
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