01 Fakultät Architektur und Stadtplanung
Permanent URI for this collectionhttps://elib.uni-stuttgart.de/handle/11682/2
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Item Open Access BIM for CREM: exploring the benefit of building information modelling for facility management in corporate real estate management(2022) Benn, Maximilian; Stoy, ChristianThe implementation of BIM in FM has been of steadily growing interest for academic research. Yet the benefits of BIM for the FM in CREM have, to the present day, been explored to a limited extent. As research on BIM for FM in CREM remains narrowly investigated, this study follows an exploratory approach to formulate implications for further research directions. Therefore, a four-stage procedure was adopted: (1) identification and definition of BIM uses for FM in CREM; (2) validation of the BIM uses for FM in CREM and the expert survey questionnaire; (3) assessment of each BIM use’s benefit by experts; and (4) analysis of the correlations between BIM uses’ benefit assessments and the respondents’ industries, the resulting associations, and the prioritisation for the development of BIM uses for FM in CREM. Based on that methodology, it was shown that the BIM use for FM in CREM with the highest priority for development is 46 Facilities and Equipment: Repair and Renewal. The BIM use with the lowest priority is 21 Visualisation. As a result, four implications on the development of BIM uses for FM in CREM were formulated regarding case studies, information requirements, and technical requirements, as well as process and personnel requirements.Item Open Access Implementing asset information requirement templates for corporate real estate management: a study in the chemical industry(2023) Benn, Maximilian; Stoy, ChristianResearch on building information modelling (BIM) for corporate real estate management (CREM) in the chemical industry remains limited. This is largely due to a lack of documents supporting BIM adoption and implementation. The present study identifies, compares, and applies different approaches to the definition of asset information requirements (AIR) templates for facility services in the chemical industry. It subsequently translates the results into recommendations for AIR template implementation and formalises them into implementation steps. The results indicate that process diagrams are an expedient approach to the definition of AIR templates. Recommendations for their implementation concern information management software, static data prioritisation, accuracy limitations, asset types and sub-types, and stakeholder involvement. The present study contributes to the body of knowledge by identifying an expedient approach to the definition of AIR templates, providing AIR for four BIM Uses, and proposing an AIR template implementation framework for CREM in the chemical industry.