Renovating Brutalism

The Renovation of the Museum of Anthropology

Authors

  • Felix Weber RDH Building Science
  • Jonathan Tow RDH Building Science

DOI:

https://doi.org/10.47982/cgc.10.696

Published

2026-06-15

Issue

Section

Projects & Case studies

Abstract

The Museum of Anthropology is one of Arthur Erickson's most famous designs and an outstanding example for Brutalism Architecture in Canada. Due to seismic issues of the original concrete framing, the Great Hall of the Museum was to be renovated. The original primary concrete structure could not be adequately strengthened, and it was decided to re-build this particular portion of the building on a base-isolated platform. As part of the re-build, the authors re-imagined and engineered a new structural glazing system that maintains the original design developed by Pilkington for Arthur Erickson, but employs today’s design principles for structural glass. The structural glazing landscape has evolved vastly over the five decades since the museum’s initial construction. Higher wind and seismic loads along with requirements to provide safer glazing systems have been met with advances in glazing technology, including larger format panels and stiff interlayers. Maintaining the original shape and size of the glass fittings while accommodating seismic drifts of the Great Hall and existing adjacent wing required innovative thinking, especially at the inside glass corners. Glass fins nearing 12m tall required careful consideration of site conditions and installation tolerances. The large-scale Performance Mock-Up (PMU) was replaced by a series of smaller ‘micro PMU's’ that represent key elements of the facade. The authors and hardware manufacturer developed a set of three small scale test assemblies to verify strength, drift accommodation and water tightness.

Author Biographies

  • Felix Weber, RDH Building Science

    Felix Weber is a Principal at RDH Building Sciences and brings a distinctive approach to façade and glass design by levering his expertise in both structural engineering and architecture. With over 18 years of experience, he has worked on new construction projects and existing buildings with many cladding types and materials, developed innovative cladding solutions and worked on new products for the construction industry. By working closely with clients from concept to execution, Felix tackles challenging design issues and creates enclosures that meet both functional and design objectives. He is an experiences lecturer at conferences and guest lecturer, currently at UC Berkeley and California College of the Arts.

  • Jonathan Tow, RDH Building Science

    Jonathan Tow is a Facade Structual Engineer in RDH's Vancouver office with specialism in glass.