Project Capella: A BIM Journey | The B1M | Summary and Q&A

TL;DR

The University of Cambridge's research laboratory development utilized fast-tracked construction methods, including precast facade panels, to reduce on-site construction time.

Key Insights

• 👷 The project utilized fast-tracked construction methods, including precast elements and prefabricated facade panels, to reduce on-site construction time.
• 🏛️ Building Information Modeling (BIM) was employed for coordination, collaboration, and design analysis.
• ❓ BIM facilitated the integration of the precast elements with the MEP systems, ensuring efficient installation.

Transcript

Heller is a 79 million pound research laboratory development for University of Cambridge they wanted a fast-track build they had specific criteria financially as a result of that we looked at some really fast tracked methods of construction free cars because frame precast facade panels those elements all together really trying to reduce that that o... Read More

Questions & Answers

Q: How did the project reduce construction time?

The project used fast-tracked methods such as prefabricated facade panels and precast elements to reduce the on-site construction period and overlap it with the design period.

Q: Did the project use Building Information Modeling (BIM)?

Yes, BIM was used in the project. It allowed for collaboration, coordination, and the sharing of information between different consultants and subcontractors.

Q: How did BIM help with the coordination of design and installation?

BIM enabled the coordination between the precast elements and the mechanical, electrical, and plumbing (MEP) systems, ensuring integration at an early stage to avoid issues during installation.

Q: How did BIM contribute to project value and learning?

The project served as a learning experience for the team, showcasing the benefits of client engagement and informing future projects. The lessons learned from this project were transferred to a larger laboratory project, enhancing its value.

Summary & Key Takeaways

• The project involved converting a cricket field into a research laboratory development for the University of Cambridge.

• The construction process included clearing the site, installing hording, constructing the basement, and installing precast elements such as columns and beams.

• The project utilized Building Information Modeling (BIM) for coordination, design analysis, and collaboration with subcontractors.