The aim of this project is to design an adoptable solution that improves the quality of work and increases work productivity for the modelling of inspection chambers, waste sumps and manholes, and their pipe connections in Revit. Existing workflows and design requirements of the sanitary discharge system at a consultancy firm were analysed. Since the aim of the project is to address a practical problem, the mixed-methods research (MMR) overall approach was employed for this study. The MMR was conducted across four phases with different approaches used for data collection and analysis. Phase 1 involves understanding existing workflows and the design requirements of the sanitary discharge system the existing Dynamo workflow used at the consultancy firm managed to generate pipe connections. Phase 2 involves evaluating the performance and user experience of existing workflows. Phase 3 involves the creation and development of the solution. Phase 4 involves evaluating the performance and adoptability of the solution – the new Dynamo workflow. The new Dynamo workflow developed in this study provided users a better work experience than the existing modelling workflows. The new Dynamo workflow significantly reduced labour hours required for completing the given modelling tasks accurately.
Keywords: Design Productivity, Dynamo workflow, Building information modelling, Design management, Computational BIM
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Cite as: “Chua JTJ and Fadeyi MO (2021). Automation of building information modelling process of sanitary drainage system with Dynamo. Built Environment Applied Research Sharing #09. ISSUU Digital Publishing.”