Gap analyses of Work in progress BIM deliverables on the National Manufacturing Institute Scotland (NMIS) project at RIBA Stage 5
Gap analyses of Work in progress BIM deliverables on the National Manufacturing Institute Scotland (NMIS) project at RIBA Stage 5
Original MSc dissertation submitted in August 2022 as part of the Master in Advanced Construction Technologies & BIM programme at University of Strathclyde.This version is shared in its original form, without amendments, to preserve academic integrity.The study investigates how the absence or poor definition of Information Requirements (IRs) impacts the delivery of BIM data for Facilities Management. It includes a practical BIM Audit of the National Manufacturing Institute Scotland (NMIS) project, analysing how real project data aligns or fails to align with expected BIM deliverables. The research provides clear, evidence based recommendations to improve client-side documentation, project setup, and alignment with ISO 19650 standards for future digital handovers.
- University of Strathclyde United Kingdom
Asset Information Model (AIM), Exchange Information Requirements (EIR), EIR & AIR importance, Asset Information Requirements (AIR), Building Information Modelling (BIM), BIM Audit, Exchange Information Requirements (EIR), Digital Handover, BIM for FM, Information Requirements (IRs), National Manufacturing Institute Scotland (NMIS), ISO 19650 compliance, BIM deliverables Audit, BIM, Facilities Management, BIM Audit on a Live project, EIR & AIR importance, Digital Construction processes, CAFM
Asset Information Model (AIM), Exchange Information Requirements (EIR), EIR & AIR importance, Asset Information Requirements (AIR), Building Information Modelling (BIM), BIM Audit, Exchange Information Requirements (EIR), Digital Handover, BIM for FM, Information Requirements (IRs), National Manufacturing Institute Scotland (NMIS), ISO 19650 compliance, BIM deliverables Audit, BIM, Facilities Management, BIM Audit on a Live project, EIR & AIR importance, Digital Construction processes, CAFM
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