Design tools

Building Information Modelling (BIM) for Wood Buildings: An Introductory Guide

Using BIM to deliver low-carbon wood buildings

BIM use, coupled with lean processes and collaborative methods is enabling the delivery of more economical, sustainable, and resilient buildings. Projects that implement these innovative approaches are showing significant benefits throughout the project lifecycle, across the industry supply chain, and for all types and scales of building projects.

Wood is a widely used construction material that contributes significantly to carbon reduction goals in building construction. The adoption of advanced technologies like BIM can enable digital fabrication and off-site construction that will lead to significant improvements in productivity, reliability, and quality. These innovations rely on designers and builders being conversant with digital design, collaboration, and delivery methods.

Who is this guide for?

This guide is intended to provide those working on timber projects with an introduction to how BIM works and the implications of adopting BIM―particularly for small businesses. It also aids those championing the use of BIM in conveying the value proposition to owners. For owners, the benefit not only lies in a more reliably executed project but also in its future management and operation. BIM enables the delivery of integrated, high-quality, and well-organized information at building handover, contributing to improved asset value over the life of a facility.

This guide covers:

  • What value does BIM bring to wood projects?
  • How is BIM defined? How do I ask for BIM?
  • How does BIM work in practice for advanced wood buildings?
  • How do I set up a BIM project?
  • What are the keys to success in BIM delivery?

Case Studies + REVIT Details User’s Manual

The supplemental materials that accompany the guide include four case studies developed using 3D Revit details to demonstrate parametric information modelling and how they can be utilized, and the REVIT Details User’s Manual to guide users to leverage the parametric data in the details so they can be further used in design analysis, quantity estimating, schedule planning, and construction execution. The case studies are:

Case Study 1Mixed-use residential in Vancouver: A six-storey mixed-use building with ground-floor commercial space, four storeys of residential apartments and a rooftop daycare. The challenges in this project were the need for a Passive House-compliant fire-rated exterior wall for a zero-lot-line condition, the fire separations between, and access to, the residential and daycare, and zoning setbacks at the fourth and fifth storeys.

Case Study 2Multi-tenant office in Victoria: A four-storey, multi-tenant commercial office building arranged around an atrium, with a requirement for a high-performance curtain wall with maximum transparency. This project highlighted issues relating to introducing a wood structural design into a building typology that has primarily been built out of concrete. This project represents how past design and construction assumptions work against the potential benefits of a wood solution, such as leveraging standard sizes of prefabricated panels for speed and cost.

Case Study 3Seniors housing in Surrey: An eight-storey seniors’ residence with common areas on the ground floor, and the possibility of future conversion to a care facility. The main challenges in this project related to the code implications of the proposed change of use, and the need for a shallow floor depth to comply with height restrictions in the zoning bylaw.

Case Study 4Commercial mixed-use with a supermarket in Vancouver – A four-storey commercial building with a supermarket on the ground floor and offices above. The main challenge in this project was the need to transfer loads from the smaller column grid of the upper floor offices to the larger grid required by the supermarket.

Developed by
SCIUS Advisory wordmark
BIMOne logo
Disseminated in cooperation with
Building Transformations logo
Building Information Modelling (BIM) for Wood Buildings: An Introductory Guide

This guide by SCIUS Advisory and BIM One, is intended to provide those working on timber projects with an introduction to how BIM works.

Supplemental Files

The REVIT Parametric details of the four case studies mentioned above and a user manual (developed by SCIUS in collaboration with Associated Engineering) on how to use the REVIT Parametric details.

CanBIM cover page graphic, wood building system

Podcast with Scott Chatterton of BIM One on The Future of BIM for Wood Building Design

Learn More
Brock Commons Tallwood House under construction

BIM + Mass Timber: design, manufacturing and assembly

Learn More
Close up mid construction view of Brock Commons Tallwood House focused on glue-laminated timber (Glulam) columns and associated steel connectors which allow direct load transfer from cross-laminated timber (CLT) floor panels

Brock Commons Tallwood House: Design Modelling

Learn More