Alphabet subsidiary Sidewalk Labs is continuing to refine its plans for Toronto’s waterfront Quayside neighborhood. The tech company released its first look at the mass timber development in August of this year and has now released a more in-depth breakdown of how its 12-acre site will be developed. The latest vision of Quayside comes in advance of a roundtable on December 8 with community members and elected officials, the second-to-last such meeting before the release of the master innovation and development plan in 2019. The new draft site plan, which Sidewalk Labs described as “more Jetsons, less Black Mirror,” has slashed the development’s height and set specific affordable housing and sustainability targets. Quayside, which will be 90 percent affordable in accordance with the area’s existing zoning, is leaning on mass timber for its mixed-use towers. The Vancouver-based Michael Green Architecture was tasked with creating a kit-of-parts that could work with buildings of every scale. Each building will be anchored by an open-air “stoa,” covered walkways supported by rows of V-shaped heavy timber columns. New York's Beyer Blinder Belle is responsible for the project's master planning. Development will now be clustered around 12 mixed-use mass timber towers, with the tallest topping out at 30 stories. The tallest building in the sensor-integrated smart neighborhood was originally supposed to reach 50 stories tall. Sidewalk Labs now expects approximately 5,000 residents to call Quayside home, and have earmarked 20 percent of the units as affordable, and another 20 percent as below-market rate. Fifty percent of the development’s housing will be rental units. On the transportation side, Quayside is positioning itself to connect with Toronto’s light rail network. The neighborhood is also looking into a “flexible street” system that can transition from supporting traditional cars to autonomous vehicles once the technology comes to fruition. Quayside is shooting to reduce emissions over a typical neighborhood by 75-85 percent through a combination of geothermal wells and solar panels. The timber used, all of it locally sourced in a boost to the Canadian lumber industry, will also produce less carbon dioxide emissions overall when compared to a typical concrete-and-steel building. As Engadget noted, Sidewalk Labs has been less-than-successful in its attempts to create a trust to oversee the massive amounts of data the neighborhood would collect on its residents. Last month, the project’s lead expert and consultant, Ann Cavoukian, quit over concerns that the trust would not be able to anonymize the information it was receiving. Following the final roundtables and the approval of a master plan in 2019, Sidewalk Labs expects construction of the project to last three to five years.
Posts tagged with "Toronto":
Concerns about data privacy continue to dog the “smart city” planned for the Toronto waterfront by Google’s sister company Sidewalk Labs. But it isn’t just residents and watchdog groups raising the alarm—consultants and advisors to the project are also jumping ship. The latest to leave is Dr. Ann Cavoukian, a privacy expert whose resignation was intended as a “strong statement” about the project's data protection issues. Announced last year, Quayside, as the neighborhood development is called, has from the beginning been envisioned as a district run on data and tech, and is the largest urban development of its kind in North America. A layer of sensors embedded in the city would control traffic systems, monitor air pollution, automate garbage collection, transport residents, and much more. In response to concerns about how it would protect the data, Sidewalk Labs just last week proposed that it should be managed by an independent data trust, according to a new data governance proposal. But this is far from enough for privacy experts like Cavoukian. “I imagined us creating a Smart City of Privacy, as opposed to a Smart City of Surveillance,” she wrote in her resignation letter. Cavoukian’s guidelines center around Privacy by Design principles, which incorporate privacy protection in every step of a project’s engineering process, a condition that she said Sidewalk Labs had also committed to. However, Cavoukian said she realized last week that the data gathered in Quayside, instead of being wiped and unidentifiable, would be available to third parties who would not be beholden to the privacy commitment made by Sidewalk Labs. The Alphabet company, for its part, released a statement that essentially said its hands were tied: "It became clear that Sidewalk Labs would play a more limited role in near-term discussions about a data governance framework at Quayside." With Cavoukian's resignation, she joins Saadia Muzaffar, founder of Tech Girls Canada, who stepped down earlier this month from the project's digital strategy advisory panel due to what she called a lack of transparency and public information about its data protection measures. As Muzaffar wrote in her own letter of resignation: "The most recent roundtable in August displayed a blatant disregard for resident concerns about data and digital infrastructure. Time was spent instead talking about buildings made out of wood and the width of one-way streets, things no one has contested or expressed material concern for in this entire process.” The final plan for the tech-driven district will be released next year.
Brought to you with support fromThe newest major addition to Northwestern University in Chicagoland, the 415,000 square-foot Kellogg School of Management’s Global Hub, establishes a formidable cornerstone for the campus’s border with Lake Michigan. KPMB Architects, a Toronto-based firm with a significant background in sustainable institutional design, addressed the region’s weather extremes with a well-executed layout and an undulating triple-glazed glass curtain wall.
Lake Michigan. The nearby shoreline stabilization system, composed of boulders and precast concrete, has been consistently smoothed over by wave patterns. For KPMB, “the use of glass helps break down the mass of the large structure while maximizing visual connections to the adjacent lake and Chicago skyline." The 160,000 square-foot curtain wall is designed with horizontal and vertical anodized aluminum mullions, and a reflective glass coating. While sections of the facade are curved, the design team worked closely with the manufacturer to incorporate narrow curtain wall modules and vertical glass fins at every frame to blur hard edges. Each triple-glazed glass panel is tied to the structural frame with modified steel angles painted to match the curtain wall and aluminum anchor hooks. The result is a sweeping surface that simultaneously reflects other wings of the building and the ever-changing environmental conditions. Although glass panels of various sizes are the primary material element, KPMB Architects added certain details to diversify the dominating blue-green color palette. The elevations are unified by reddish-brown Brazilian walnut soffits that crest and wrap around the building. Brazilian walnut, a hardwood, was chosen for its durability and minimal maintenance. The Global Hub’s layout consists of four wings, perceived by the design team as independent buildings, rotating around a centrally placed atrium. Swooping white balconies, interconnected by pale-yellow wood bridges and an expansive two-story stairwell, are the main conduits of interior circulation. The glass curtain wall and a band of rooftop clerestories, clad with high-performance translucent glazing, flood the interior with natural light without significantly producing thermal heat. The project, part of KPMB Architects' long-running collaboration with Transsolar KlimaEngineering, was designed with a number of features to boost environmental performance. These measures include a geothermal energy system embedded beneath an adjacent football field, a ventilation system that circulates fresh air, and an automated shading system. In 2018, the Global Hub received LEED platinum certification.According to Senior Associate Kevin Thomas, the first inspiration for the building’s six-story curvilinear form is the rolling movement stemming from the adjacent
Only a few days after BIG’s snaking Serpentine Pavilion was fully installed in Toronto, King Street West, the stacked housing development sited directly behind the pavilion, received official approval and is set to begin sales shortly. The full-block King Street West, developed by BIG’s frequent Canadian collaborators Westbank (also the owner of the aforementioned pavilion), was reportedly inspired in both form and spirit by Moshe Safdie’s experimental Habitat 67 in Montreal. Similar to the adjacent pavilion, the 750,000-square-foot project will rise in stepped, stacked boxes and invoke a pixelated effect—an effect that extends even to the cladding, thanks to the glass bricks that will be used for the facade. Each concrete cube has been extruded and set back to terrace space and open up lighting for residents, as well as give each unit its own unique identity. Much like Habitat 67 or BIG’s own “self-contained neighborhood," the 8 House in Copenhagen, the aim was to lend each unit the feeling of being its own standalone home. "With King Street West, we wanted to find an alternative to the tower and podium you see a lot of in Toronto and revisit some of Safdie's revolutionary ideas,” said Bjarke Ingels in a press release, “but rather than a utopian experiment on an island, have it nested into the heart of the city. It would be strange if one of the most diverse cities in the world had the most homogenous architecture." King Street West will incorporate the site’s existing century-old brick buildings and convert them into a mix of office and retail space. The peaks-and-valleys approach BIG took to the development’s massing extends to the underside, as the building rises like the entrance to a cavern at the bottom, opening up to what BIG has described as a “maze-like” courtyard within. The “mountainous” portions of the project will frame the interior landscaping at ground-level, which comes courtesy of the Toronto-based landscape architects Public Work. The project had been under consideration by the Toronto city government for the last two-and-a-half years, as the King West neighborhood is the meeting point of Toronto’s downtown skyscrapers and shorter brick buildings. Several converted factories and warehouses sit on the same block as King Street West, and the development was approved only after BIG was able to scale its “village” down to a contextual size. No estimated completion date for King Street West has been announced yet.
Alphabet subsidiary Sidewalk Labs has revealed their vision for a proposed “smart city” on Toronto’s waterfront in a (now) 12-acre parcel in the formerly-industrial port district of Quayside. This is the first time the company has released concrete design details on their forthcoming neighborhood, but information on how data will be collected—and how much—is still being kept under wraps. If the project is approved as is, the neighborhood could eventually be home to 3,000 residential units built entirely from mass timber. Sidewalk Labs has enlisted the help of the Katerra-owned Michael Green Architecture (MGA), which is no stranger to working with timber, to design the large mixed-use Quayside buildings. At the base of all of the proposed buildings would be “stoas," open-air retail and communal gathering spaces with adjustable protection from the elements. If built, the three-million-square-foot development would be the largest timber project in the world. All of this was revealed during a briefing yesterday ahead of the latest round of public input. Sidewalk Labs released a suite of new details during the public roundtable, including their plans for activating the streets, integrating the adjacent waterway, and doubling the amount of time residents can enjoy outdoors. While the open nature of the modular stoas is meant to encourage pedestrian mingling at ground level, MGA has also designed a series of collapsible, umbrella-like structures to block out wind, rain, and snow. The expandable canopies, when combined with heated streets that melt snow, will supposedly mitigate some of the more unpleasant weather during the winter. Sidewalk Labs is also testing a modular paving system that can be embedded with sensors and rearranged depending on how the street is being used. The team is designing a new multimodal street grid for the neighborhood that prioritizes public transportation, biking, and walking, and that narrows the allotment for cars in anticipation of autonomous vehicles. Of course, Sidewalk Labs’ attempt to create a ground-up, fully-developed smart city is still in the planning phases and faces several hurdles. While tall timber construction was recently permitted in Oregon, Toronto still caps mass timber buildings at six stories; Sidewalk Labs reportedly wants to build as tall as 50 stories in Quayside. As previously mentioned, the company has also been tight-lipped on the type and quantity of data their neighborhood will collect, and it remains to be seen if the proposed technology will be mature enough to support a robust, interconnected infrastructure for 3,000 residents. We’ll find out more as we get closer to the project’s spring groundbreaking date.
On Tuesday, Sidewalk Labs and Waterfront Toronto signed a deal that pared down some of the business's plans to design a smart city on the Canadian city's lakeshore. Sidewalk Labs, a New York-based urban innovation startup founded by Google’s parent company, Alphabet, was selected last year to work with Waterfront Toronto, a government-backed corporation, to reimagine underdeveloped parcels on the city’s eastern edge. The proposal, Sidewalk Toronto, envisioned 800 acres of waterfront as a test hub for new urban technologies. Since the announcement, details about the project have been slow to emerge, but last week a 58-page agreement between Sidewalk and Waterfront Toronto revealed a narrower scope for the tech company than originally imagine. Rather than having influence over the entirety of the city's waterfront, Sidewalk Labs has been given a more stringent site plan and governance with just 12 acres of land available for its new high-tech neighborhood at Quayside. The site sits south of Toronto’s downtown at Parliament Slip, a long-underutilized port and empty space adjacent to the city’s elevated highway. While many of the design details have been kept under wraps since Sidewalk Labs was chosen for the project last fall, we do know that it aims to combine a new mobility system for transportation, sustainable and flexible buildings, data integration, and digital infrastructure. In the initial description and renderings, Quayside features “futuristic city” tech innovations such as sensors that can detect pedestrians at traffic lights, robot vehicles that can transport garbage via underground tunnels, and a transformative street layout fit for shared self-driving cars. According to the new documents, the city of Toronto doesn’t plan to give over any other waterfront lands except the Quayside parcel to the Sidewalk Labs project, although Waterfront Toronto officials say that expanding later on to neighboring sites is still a possibility. It was also made clear that Sidewalk Labs will have zero equity in the project, though the group initially invested US$50 million on public consultations and pre-design and -development work. That money could be recovered in their share of the profits should the final plans be approved. To move forward, the designs must go through a series of public roundtables this fall and eventually be looked over by the city council. While a new waterfront scheme has been in talks for years, Toronto is now pushing back on Sidewalk Labs’ design largely, it seems, because the grand vision for the project isn’t all that clear. Many critics have noted the original framework for the proposal was thin on details, especially regarding how Sidewalk Labs would collect and use Torontonians’ data and ensure privacy. In the new agreement, a set of protections and promises are listed but there are no specifics on how the partners would enact those are laid out yet. According to The Globe and Mail, one of Waterfront Toronto’s board members, developer Julie Di Lorenzo who was outspoken in her opposition to Sidewalk Labs’ plan, stepped down from her seat recently because she was “uncomfortable with the nature of the agreement.” In early July, the corporation’s CEO Will Fleissig also suddenly resigned from his position. Tuesday’s deal was signed unanimously with neither formerly involved parties present. The explosion of excitement surrounding smart cities has lessened in recent months, in part due to concerns over how data would safely be distributed across a city-wide digital infrastructure. Not only that, but the question remains unanswered as to whether or not technology is ready for built-from-scratch cities to pop up overnight. Early promises like the self-driving car have yet to find their footing. Waterfront Toronto plans to break ground on the project as early as next spring if all approvals go through. Since this is Sidewalk Lab’s first chance to reinvent the smart city, if it doesn’t work out there, they’ll have to find another town to take them on.
The Bjarke Ingels Group’s (BIG) 2016 summer Serpentine Pavilion, an unzipped exploration of the flat wall, has made an intercontinental leap to Toronto and is set to open in September. During the day visitors will be able to explore an architectural exhibition titled Unzipped, curated by BIG, inside of the “unzipped wall," and at night talks and events will be hosted by developer and owner Westbank. The curvilinear pavilion will be reconstructed to its original size: 88.5 feet long, 39 feet wide, and 49 feet tall. BIG’s design for the structure began with a two-dimensional wall, and then “pulled it apart” from the base to form the vaulted event space. Rather than the traditional brick, BIG stacked extruded fiberglass frames to allow sunlight inside, a material-structure-daylighting confluence also seen in Frida Escobedo’s 2018 Serpentine Pavilion. The soaring interior evokes the awesomeness of sacred interiors, but here, visitors are encouraged to get comfortable and climb on the outside of the installation. The unzipped wall is currently being installed at the intersection of King and Brant Streets, directly in front of BIG and Westbank’s mixed-use King Street West development. The stepped building will resemble the pavilion, as the development also uses cascading, angled units to maximize sunlight exposure. The installation will remain at its current location until November of this year, but Toronto is only the first stop in the pavilion’s multi-city tour across Canada. The structure will ultimately land on the West Coast in front of Westbank’s Shaw Tower on the Vancouver waterfront. Serpentine Pavilions are sold after the summer season ends and leave London's Hyde Park for homes all over the world. Last year’s pavilion, a swooping saucer that loomed over triangularly-patterned walls from Diébédo Francis Kéré, was purchased by Ilham Gallery in Kuala Lumpur and will likely end up in the Malaysian capital city. Smiljan Radic’s fiberglass pebble from 2014 landed on the Hauser & Wirth art campus, located on Durslade Farm in Bruton, England, and SelgasCano’s plastic polygonal color show from 2015 is slated for a second life in Los Angeles. And what about Zaha Hadid’s original tent from the show’s first year in 2000? The multi-gabled pavilion eventually became a public gathering place (and frequent wedding venue) at Flambards Theme Park in Helston, Cornwall.
Several renowned North American firms, including New York-based practices Snøhetta and wHY Architecture, are among the ten finalists competing in an international competition to design two new waterfront parks in Toronto. Commissioned by Waterfront Toronto and the City of Toronto Parks, Forestry and Recreation, the projects will, when complete, add to the city's growing collection of green spaces along its harbor. Over 40 teams submitted design proposals for the York Street and Rees Street Parks, both located at the heart of the city's waterfront. The design brief for York Street Park, a two-acre piece of land situated between the southern part of Toronto's Financial District and the York Quay residential neighborhood, called for amenities like event and green space, a water feature, public art, an architectural pavilion, and accommodation for dogs. Five finalists were chosen. In 'Park Vert', Agency Landscape + Planning partnered with DAVID RUBIN Land Collective to create a green oasis for locals inspired by Toronto’s urban forest. The design is multi-layered and includes a canopy to provide summer shade, a light walkway to create an elevated experience while walking through the park, and a 'forest floor' that incorporates a water fountain and different natural materials. Stephen Stimson Associates Landscape Architects and MacLennan Jaunkalns Miller Architects collaborated on 'York Forest', which features a massive canopy of vegetation housing a variety of human activities and natural systems. In the renderings, people, plants, and animals co-exist in an urban ecosystem. Located a few minutes east of the site for York Street Park, Rees Street Park is a 2.3-acre area set between Rogers Centre and Queens Quay West. Its brief asked entrants to design areas of play for all ages and abilities, as well as spaces for a market and other urban activities. In Stoss Landscape Urbanism and DTAH’s proposal titled 'Rees Landing', the park becomes a “testing ground for new forms of civic and ecological expression.” The architects make use of topographic moves to create an array of contrasting textures, playing with people’s experiences in the site. In 'The NEST', Snøhetta partnered with PMA Landscape Architects to create an 'experimental stage' at Rees Street Park that can be used year-round. Amenities include the Wall Crawl, the Alvar Mist, the Hammock Grove, the Backyard BBQ, and the Play Nest. The design also features retractable elements such as a glass wall that provides a seamless indoor-outdoor transition. Besides these innovative designs, the competition's public engagement process is noteworthy. A jury consisting of industry leaders will take into account feedback from local residents when determining the two winning design teams. You can view the proposals and survey the designs here. Construction of York Street Park is expected to start in 2019, while work on Rees Street Park will commence in 2020.
It’s time to go north of the border as The Architect’s Newspaper checks out some of the highest-profile projects that have been announced across Canada this year. A strong economy has driven construction across the country, and Toronto, in particular, has an abundance of notable buildings breaking ground. From subdued civic structures to prismatic rental towers, 2018 has brought a surfeit of high-profile projects to America’s northern neighbor. One Delisle Studio Gang Toronto, Ontario Studio Gang could end up making a major mark on Toronto’s skyline with its first Canadian project, a 48-story multifaceted tower. The rental building has been designed with 16 sides made up of overlapping eight-story hexagonal modules, and each segment will contain enclosed balconies and be topped with garden terraces for residents. The overlap of the modules resembles scales or the natural spiraling of growing plants, and the effect creates a different view of the tower depending on the angle of approach. An existing 1929 Art Deco facade will be moved over to the base of a neighboring tower, and the base of One Delisle will relate to the historic facade to maintain a cogent street wall. Toronto Courthouse Renzo Piano Building Workshop and NORR Architects & Engineers Toronto, Ontario Renzo Piano Building Workshop (RPBW)’s first project in Canada will consolidate many of Toronto’s smaller courts into a centrally-located municipal building next to the city’s Superior Court of Justice. The building is reminiscent of Piano’s work on the Jerome L. Greene Science Center for Columbia University, both in its boxy massing and in its open ground level, created by raising the base of the building several stories. Despite the courthouse’s wide-open atrium space, the building has been designed with security in mind, and cameras, baggage checkpoints, and internal security corridors will be deployed throughout. The first museum in Ontario to focus on the history of the indigenous justice system will also be located inside. Construction is on track to finish in 2022. The HUB/30 Bay Street Rogers Stirk Harbour + Partners (RSHP) Toronto, Ontario The recently-revealed design for The HUB, a 1.4 million-square-foot tower proposed for Toronto’s South Core neighborhood, is the result of an international design competition for a building that would have a major impact on Toronto’s skyline. The HUB will float over the adjacent Toronto Harbour Commission Building courtesy of a cantilevering base, and create what Senior Partner Graham Stirk describes as 'a harmony' between the two buildings. The use of external structural steel lends the tower a more industrial feeling, and RSHP is promising that the tower will contain column-free office space and a multi-story atrium as a result. Toronto’s Spadina Line expansion stations The Spadina Group Associates and All Design Toronto, Ontario Construction in Toronto is not limited to new towers. Humbler additions to public infrastructure have also been taking shape. Toronto’s largest subway extension in decades opened late last year with six new stations, including two colorful facilities from the late Will Alsop’s All Design. The boxy, zebra-striped second story of the Finch West Station cantilevers over the building's main entrance and is capped with an enormous red window at one end. A concrete 'skirt' floats around the station’s base and offers shelter to riders who are waiting for a bus outside. Inside, Alsop uses touches of color to lighten up the polished concrete interiors. For Pioneer Village, Alsop wrapped the cantilevering station in Corten steel. This station is much rounder than Finch West and uses a red band around the base of the building’s front to direct riders to the main entrance. A geometric canopy rises from the station’s back and creates a covered waiting area for the two regional bus lines that service the station. The same polished concrete seen at Finch West was used inside. Barclay Village Büro Ole Scheeren Vancouver, British Columbia Vancouver has also seen significant growth recently, including the Shigeru Ban-designed hybrid timber tower. Ole Scheeren’s recently-revealed twin towers sit in Vancouver’s West End neighborhood, and according to Scheeren, they use balconies, setbacks, and offsets to create a more welcoming face in contrast to the typical monolithic glass tower typology. All of the terraces are planted, and a rooftop plaza sits on top of the base that links the two towers. Scheeren claims that the driving concept for Barclay Village was to elevate the concept of the village skyward to match Vancouver’s overall verticality. The Winnipeg Art Gallery’s Inuit Art Centre (IAC) Michael Maltzan Architecture Winnipeg, Manitoba This curvilinear four-story museum from Michael Maltzan broke ground in Winnipeg last month, and when complete in 2020, the building will become the largest Inuit art gallery in the world. A double-height glazed atrium at the museum’s base will be anchored by a central 'vault' protected by curved glass, and visitors can freely examine Inuit artifacts as they walk around the ground level. An 8,500-square-foot gallery on the third floor will display Inuit art. The sculptural facade of the building’s stone portion was reportedly inspired by the “immense, geographical features that form the background of many Inuit towns and inlets.” The IAC is an extension of the neighboring Winnipeg Art Gallery, and every floor with connect with the original building.
A 44-story tower has been proposed to top one of Toronto’s most beloved pieces of 20th-century architecture—and many Torontonians aren’t happy. The former Bank of Canada building, built in 1958 and designed by Marani & Morris, currently stands at just eight stories and occupies a choice spot of downtown real estate at 250 University Avenue. The existing structure is designated a heritage building and heritage specialists GBCA Architects have been brought in to consult on the work related to original building. The new combined structure, designed by IBI Group, would reach just over 575 feet and bring the total floor count to 54. It would house 495 condominium units while the original building would continue to host retail and office space. The existing subterranean safe, which currently serves as a common area, and mechanical rooms would be converted into two stories of bicycle storage, while two additional underground levels would be added to provide space for a parking garage. The addition is certainly stirring up controversy. There are numerous dissenting comments on its announcement on Urban Toronto, a news site for new developments in the city. On Twitter, Alex Bozikovic, architecture critic for The Globe and Mail, responded to the announcement unequivocally: “No. Absolutely not.” Bozikovic went on to call the proposed addition a “junkpile.” Many commenters followed suit deriding the proposal as a “total failure” and “the second worst [tower addition] I’ve seen.” One commentator put it more generously, saying “the plan lacks imagination.”
https://platform.twitter.com/widgets.js The limestone-colored accents of the addition are ostensibly designed to use color related to the original building, which features modernist sculptures on the facade, though, as another Twitter user pointed out, “They couldn’t even line the damn thing up.” Developer Northam Realty Advisors, who is seeking rezoning in order to construct the addition, is no stranger to controversy. In 2016, the group proposed replacing a historically designated building in the Historic Yonge Street Heritage Conservation District with a pair of towers. (The plan was later revised to be just one, taller tower, also designed by IBI Group.) While received well by some, many were not so positive, and the plan has not yet been approved. As far as the proposed addition to the Bank of Canada building, perhaps Twitter user John Howe put it best: “We can only pray it’ll look better in real life.”
No. Absolutely not. The former Bank of Canada has long been recognized as one of Toronto's best buildings. It deserves to be left alone, not rebuilt with this junkpile of a tower on top. https://t.co/ZTOrSxfRki pic.twitter.com/sZQVhVspI7— Alex Bozikovic (@alexbozikovic) May 9, 2018
The University of Toronto is teaming up with Vancouver-based practice Patkau Architects and Toronto’s MacLennan Jaunkalns Miller Architects (MJMA) to build a 14-story timber and concrete tower, the tallest in North America. Cross-laminated timber (CLT) is taking on the role of structural core and envelope, with the only concrete portion being the existing foundation. According to Shane O'Neill of Patkau Architects, the new tower will “utilize conventional glulam timber floor slabs, in addition to glulam timber columns, beams, and cross-bracing members.” The entire CLT structure is wrapped in multi-angled glazed glass, with a series of skylights and tilted planes providing natural light to atriums and stairwells below. The tower will be built atop the University of Toronto’s Goldring Center, which was designed by Patkau Architects and MJMA in 2014 to support the mass of a significant structure atop it. According to the University of Toronto News, the tower was originally going to be built of steel and concrete. However, wood building incentives provided by Ontario’s Mass Timber Institute and the environmentally friendly qualities of timber construction convinced the school and the designers to opt for the natural material. The structure joins the growing list of timber towers and academic buildings cropping up globally, ranging from London’s 121-unit Dalston Lane to the University of Idaho’s under-construction basketball arena. Currently, Patkau Architects and MJMA are wrapping up the design phase, with the goal of beginning construction in late 2019.
After years of deliberation, Montreal’s regional light rail has been given the go-ahead to begin engineering and construction. Reseau Express Metropolitain (REM) is a fully automated, $5.3 billion light rail project consisting of 26 stations spread out over an approximately 40-mile electrified network. Upon completion, the REM will be the fourth largest automated light rail line in the world after Singapore, Dubai, and Vancouver. NouvLR General Partnership, which includes multinational engineering firms SNC-Lavalin and AECOM, is leading the construction and future operations of the network. The architecture and design of the future stations result from a collaboration between award-winning firms, Perkins+Will, Lemay, and Bisson Fortin. As reported by the Global Construction Review, the new light rail network will establish a comprehensive rapid transport link between downtown Montreal, the international Aeroport-Montreal Trudeau, and the suburban areas of South Shore, West Island, and North Shore. The four branches of the REM will consist of surface-level, underground and overhead routes, serviced by an initial fleet of 240 cars. The 26 stations will have 260-foot platforms, universal access facilities, and a number of intermodal connections to the city’s bus and commuter rail networks. Although REM will be a network independent of the Montreal Metro, the city’s existing public transit system, the two bodies will share four stations within the city’s center. With Greater Montreal boasting a population of over four million, the seamless integration of regional rail with local rapid transit has the capacity to dramatically boost economic growth within the city. The CDPQ estimates that REM could attract $4 billion in private real-estate investment and reduce congestion-related costs by $1.5 billion. Construction is slated to begin in April 2018, with an expected completion date of 2021. However, there are significant hurdles to overcome before construction begins, such as making the necessary land purchases. According to Business Insider, CDPQ will consult local communities and host urban planning competitions to insure that initiatives surrounding the new stations integrate into their neighborhoods and support local residents. Funding for the project derives from a mix of government entities and state corporations. CDPQ Infra will provide $2.35 billion as well as cover any cost overruns, the Governments of Quebec and Canada will provide $1 billion each, the public utility corporation Hydro Quebec will contribute $230 million, and the Montreal Transit Corporation will chip in $405 million. The REM is not the only ambitious infrastructure project undertaken in Canada recently. On December 17, Toronto opened the largest expansion of its subway system in decades. Although Toronto’s 5.3-mile extension of its subway network falls under the purview of the municipal Toronto Transit Commission, it similarly ties the urban core to the suburban periphery.