1400 Series
The 1400 Series is a capped and pressure plated unitized panel system. Its controlled fabrication and fast install time make...
The 1400 Series is a capped and pressure plated unitized panel system. Its controlled fabrication and fast install time make...
The 1400-4S Series is a four-sided structural silicone unitized panel system. Its controlled fabrication and fast install time make it...
Our unitized panel systems drastically reduce install time. We bring the majority of the installation time into a controlled envir...
Fully automated double-wall curtain wall with custom triangular, segmented, and sloped corner geometry. 1400 unique unitized panels, 400 interior window walls, 1500 automated vents.
LEED: Net Zero
Project Overview
MacKimmie Tower at the University of Calgary is one of Canada’s few net-zero buildings, transforming a former library into a modern, functional and architecturally striking office tower with a fully automated building envelope.
Ferguson played a key role in bringing this ambitious project to life, supplying and installing the double-wall interior and exterior curtain wall system, motorized vents, motorized Venetian blinds, and automated entrance doors and vestibules.
The innovative double-wall façade features approximately 325 individual window bays, each equipped with mechanized aluminum Venetian blinds to help manage solar gain and improve energy efficiency.
Ferguson also custom-designed and engineered the building’s distinctive triangular, segmented and sloped corners, working closely with the consultant team to bring this highly complex, fully automated building envelope to life.
The Challenge
Delivering a high-performance, fully automated building envelope presented significant engineering, design and logistical challenges.
The building’s complex geometry, including triangular, segmented and sloped corners, required custom engineering and precise integration into the unitized curtain wall system. The automated vents and shading systems also demanded careful coordination to meet the building’s stringent energy performance requirements.
Working on an active university campus added another layer of complexity. Just-in-time material deliveries, detailed safety planning and careful scheduling were essential to maintaining progress while minimizing disruption to campus operations.
Extensive 3D BIM modelling and clash detection helped coordinate the envelope with the building structure and adjacent trades, resolving potential issues before installation.
Ferguson’s Approach
Through a collaborative design-assist process, Ferguson provided engineering, thermal analysis, constructibility reviews and value engineering to develop a building envelope that balanced architectural vision, technical performance and installation efficiency.
Ferguson designed, engineered and installed the double-wall interior and exterior unitized curtain wall system, motorized vents, Venetian blind systems, and automated entrances and vestibules.
Custom aluminum and glass systems were developed for the building’s unique geometry, with materials engineered to meet demanding energy requirements and sourced from around the world.
Working closely with the consultant team and specialist partners, including RGO Window Coverings, Ferguson developed detailed shop drawings and collaborative mock-ups to refine the design and ensure seamless integration of the automated systems.
Performance testing, in-house mock-ups, 3D-printed prototypes and BIM coordination helped validate complex details, identify potential clashes and streamline fabrication and installation.
Results
Ferguson successfully delivered one of its most technically complex building envelopes to date, combining custom-engineered geometry, advanced automation and high-performance glazing systems.
Completed on schedule within an active university campus, the project demonstrates Ferguson’s ability to deliver sophisticated building envelope solutions through collaborative design-assist, innovative engineering and precise execution.
The result is a striking, energy-efficient façade that supports MacKimmie Tower’s net-zero performance goals while setting a high standard for sustainable building design.
Project Details
| Location | Calgary, Alberta |
| Contract Type | Design-assist / Lump Sum RFP |
| Project Duration | 28 months, from design-assist award to completion |
| Substantial Completion | March 2020 |
| Project Security | Bonding |
| Systems | Double-wall unitized curtain wall, motorized vents and blinds, automated entrances |
Key Personnel
Key Stakeholders
Design – 6 months
Fabrication – 4 months
Panel Assembly – 8 months
Installation – 10 months
PMU was tested at CRL Miami in November of 2018. Report available upon request.