Urban Toronto | March 31, 2023

Calgary's premier convention venue, the 500,000 ft² BMO Centre, is in the midst of a transformational expansion. In the first part of our look at the project, we examined how the plans evolved to create a visually distinct and structurally complex landmark for Alberta's largest city. The $500 million project, now well into construction with the main steel frame completed in November last year, was developed around the push to deliver an internationally competitive facility for conventions and events, and to expand upon the offerings of the existing building.

Urban Toronto | March 30, 2023

Every now and then, a project outside of the Greater Toronto Area comes along with the potential to grab the attention of the development enthusiasts and urbanists of this city. This time, we're suggesting a project located about 3,000 kilometres to the west in Calgary, where since 2019, planning has been underway to transform the city's premier convention venue, the 500,000ft² BMO Centre, with the goal of delivering a new state of the art facility that is both internationally competitive and visually distinct. Now, just a few short years later, the completed steel frame of the BMO Centre Expansion is primed to deliver a striking new landmark to beloved Stampede Park in Alberta's largest city.

Canadian Property Management | March 2023
Hassan Bokhary, Engineer-in-Training, BSc, EIT, CEM, LEED® Green Associate, CPHD

Building resilience is a holistic term that applies to all aspects of building design. The definition, according to the U.S. Department of Energy, is: “The ability to resist being affected by an event or the ability to return to an acceptable level of performance in an acceptable period of time after being affected by an event closing.”

Hassan Bokhary, performance Engineer-in-Training at RJC Engineers (RJC), prefers to describe it another way: “Resilience in the built environment is the process of introducing green house gas mitigation strategies while also adapting to future climate loads,” he said. “Both of these measures have synergistic benefits and by implementing one, the other is often accounted for.”


Women make up more than half of the Canadian population but are significantly underrepresented in engineering education and in the engineering profession. Over the past decades, the number of women enrolled in post-secondary engineering programs has risen, as has the number of women in the engineering profession. Yet despite steady increases in the representation of women, men still vastly outnumber women in engineering.

Concrete International - The Magazine of the Concrete Community | February 2023
Jack Poldon | Engineering Intern

Despite over 100 years of reinforced concrete research, the precise load-carrying mechanism for shear is still up for debate.1 Past researchers have characterized shear failures through empirical relations based on limited measurement data leading to design codes around the world using different approaches to estimate shear strength.

But with the emergence of distributed sensors, namely distributed fiber optic sensors (DFOS) and digital image correlation (DIC), the potential now exists to characterize the behavior of reinforced concrete with a new level of accuracy, and to find an answer to the riddle of shear.2

Canadian Consulting Engineer | January 10, 2023

RJC Engineers, reportedly Canada’s largest independent and employee-owned engineering firm to specialize in buildings, has appointed three new principals and 14 associates across the country.

Recently appointed as executive principal of RJC Engineers, Steers has been involved in restoring many parking structures in Western Canada. “There was the old Woodward’s Cordova Street parkade, work for the City of Vancouver and lots of parking structure work for mall owners including Oakridge, Metrotown and Pacific Centre,” he says.

Daily Commercial News by ConstructConnect | December 15, 2022

Breaking away from tradition using innovative techniques was an underlying theme of this year’s Concrete Ontario award winners.

Buildings at Carleton University in Ottawa and the University of Toronto’s downtown campus were among the winners of the 2022 Concrete Awards presented by Concrete Ontario.

Journal of Commerce by ConstructConnect | December 12, 2022
Leon Plett, P.Eng., MIStructE, Struct.Eng., LEED® AP | Managing Principal

During a panel discussion hosted by the Royal Architectural Institute of Canada, experts discussed community awareness, overbuilds and residential retrofits as important paths forward for increasing Victoria, B.C.’s seismic safety.

“We have the opposite of (earthquake) hysteria in Victoria, which is denial,” said Leon Plett, managing principal with RJC Engineers.

Plett’s firm has retrofitted and seismically upgraded dozens of buildings in Victoria, but he said there is still a need to raise community awareness to get more done.

He said a lack of urgency within the general and developer communities can be a roadblock when trying to design earthquake-resistant buildings.

Journal of Commerce by ConstructConnect | December 12, 2022

The massive steel superstructure of the $500-million BMO Centre expansion project in the Stampede Park grounds near downtown Calgary has been completed and hundreds of skilled trades have now turned their attention to enclosing the building so they can begin the inside work.

ABEC Building Science Perspective | Fall 2022
Ryan Page, BSc. , E.I.T. | Engineer-In-Training

For tall buildings, façades comprise
the majority of the building envelope, the critical component for structures providing separation between the conditioned and unconditioned environment. Building façades continue to evolve aesthetically, in complexity, but also in efficiency.

However, building façades deteriorate due
to environmental exposure, lack of maintenance, design and construction errors, or a combination of such factors [1]. Deterioration can result in potential unsafe conditions, and if unaddressed, can jeopardize public safety and surrounding properties. Understanding that these conditions can develop throughout the service life of buildings, prompts the need for periodic inspection and assessment of building exterior façades to identify such hazardous conditions.