Last week Sidewalk Toronto held a roundtable discussion here in the city and released some preliminary design ideas and strategies for Quayside. (That’s why Dan Doctoroff was talking on BNN Bloomberg.)
I went through the full presentation this morning and below are a bunch of slides that I thought you all might find interesting.
Here is the extent of “Quayside” along the waterfront. The current land use permissions allow for about 3 million square feet of space and towers as tall as 50 storeys.

Here is a paving system being explored for the area. It is modular. It may melt snow. And perhaps most interestingly, it would allow for dynamic changes in road use throughout the day. This sort of thing already happens to a lesser degree on streets like Jarvis. This technology could take that much further.

One of their primary goals is to double Toronto’s usable outdoor hours. To do that, they are proposing simple weather shields (pictured below) and weather-responsive systems.


They are spending a lot of time thinking about the ground floor of buildings, which they are calling Stoa. The idea is to create flexible and porous spaces that respond quickly to changing needs and that integrate more seamlessly with the surrounding public realm.


There’s a lot on the potential hierarchy of the street network and how each will function for transit, conventional cars, AVs, cyclists, pedestrians, and so on. I was happy to see “laneways” as a core part of the pedestrian network. They are designed for walking speeds. Access would be restricted for things that move too quickly.


This image ties in the street grid and Stoa.

Finally, the goal is to build the neighborhood entirely out of timber, and more specifically, Canadian timber. If they follow through on this, I think it would really push adoption of this material forward in the city.


I would encourage you to check out the full package, which you can do here. I can’t wait for these projects to get underway along Toronto’s waterfront.

Rider Levett Bucknall recently released its RLB Crane Index for Q3-2018. Here are the top 10 cities in North America (table via the New York Times):


Studio Gang has a project currently under construction in New York City called 40 Tenth Avenue. It is also known as the “solar carve tower.” Here are a couple of progress photos taken by Timothy Schenck. The glass is beautiful. (If you can’t see the embedded tweet below, click here.)
Status update from the construction site of 40 Tenth Avenue, our first tower in New York. It’s been exciting watching its progression, especially as the glass is installed on the building’s carved-away form, which is sculpted by the angles of the sun. Photos: @timothyschenck pic.twitter.com/Ks7RqUXEcB
— Studio Gang (@studiogang)
https://platform.twitter.com/widgets.js
This is one of my favorite buildings by Studio Gang and one that we all studied when we were kicking off One Delisle.
The geometry of the building is a result of carve outs that maximize the amount of sunlight that is able to reach the adjacent High Line (public space). It is form driven by functional logic. Here is a diagram from Studio Gang showing the carve outs that result from the sun’s rays.
Last week Sidewalk Toronto held a roundtable discussion here in the city and released some preliminary design ideas and strategies for Quayside. (That’s why Dan Doctoroff was talking on BNN Bloomberg.)
I went through the full presentation this morning and below are a bunch of slides that I thought you all might find interesting.
Here is the extent of “Quayside” along the waterfront. The current land use permissions allow for about 3 million square feet of space and towers as tall as 50 storeys.

Here is a paving system being explored for the area. It is modular. It may melt snow. And perhaps most interestingly, it would allow for dynamic changes in road use throughout the day. This sort of thing already happens to a lesser degree on streets like Jarvis. This technology could take that much further.

One of their primary goals is to double Toronto’s usable outdoor hours. To do that, they are proposing simple weather shields (pictured below) and weather-responsive systems.


They are spending a lot of time thinking about the ground floor of buildings, which they are calling Stoa. The idea is to create flexible and porous spaces that respond quickly to changing needs and that integrate more seamlessly with the surrounding public realm.


There’s a lot on the potential hierarchy of the street network and how each will function for transit, conventional cars, AVs, cyclists, pedestrians, and so on. I was happy to see “laneways” as a core part of the pedestrian network. They are designed for walking speeds. Access would be restricted for things that move too quickly.


This image ties in the street grid and Stoa.

Finally, the goal is to build the neighborhood entirely out of timber, and more specifically, Canadian timber. If they follow through on this, I think it would really push adoption of this material forward in the city.


I would encourage you to check out the full package, which you can do here. I can’t wait for these projects to get underway along Toronto’s waterfront.

Rider Levett Bucknall recently released its RLB Crane Index for Q3-2018. Here are the top 10 cities in North America (table via the New York Times):


Studio Gang has a project currently under construction in New York City called 40 Tenth Avenue. It is also known as the “solar carve tower.” Here are a couple of progress photos taken by Timothy Schenck. The glass is beautiful. (If you can’t see the embedded tweet below, click here.)
Status update from the construction site of 40 Tenth Avenue, our first tower in New York. It’s been exciting watching its progression, especially as the glass is installed on the building’s carved-away form, which is sculpted by the angles of the sun. Photos: @timothyschenck pic.twitter.com/Ks7RqUXEcB
— Studio Gang (@studiogang)
https://platform.twitter.com/widgets.js
This is one of my favorite buildings by Studio Gang and one that we all studied when we were kicking off One Delisle.
The geometry of the building is a result of carve outs that maximize the amount of sunlight that is able to reach the adjacent High Line (public space). It is form driven by functional logic. Here is a diagram from Studio Gang showing the carve outs that result from the sun’s rays.
I’m not at all sure how the study defines “mixed-use” projects. But given that Toronto only has 2 of them, it must not include projects with grade-related retail.
Across North America, residential and mixed-use projects (whatever they are) make up approximately 70% of the total crane count.
I am surprised that Miami didn’t make the list.

The other thing I like about this project is that it is a clear proof of something that I’m going to call the “building height fallacy.” There can be a tendency to overfocus on building height, which I have argued against before on this blog.
In this case, a shorter and squatter building without these solar carve outs, would have actually been worse for the High Line and the surrounding environment in terms of access to light and air.
The building is responding to site-specific criteria – which is what great architecture should do.
I’m not at all sure how the study defines “mixed-use” projects. But given that Toronto only has 2 of them, it must not include projects with grade-related retail.
Across North America, residential and mixed-use projects (whatever they are) make up approximately 70% of the total crane count.
I am surprised that Miami didn’t make the list.

The other thing I like about this project is that it is a clear proof of something that I’m going to call the “building height fallacy.” There can be a tendency to overfocus on building height, which I have argued against before on this blog.
In this case, a shorter and squatter building without these solar carve outs, would have actually been worse for the High Line and the surrounding environment in terms of access to light and air.
The building is responding to site-specific criteria – which is what great architecture should do.
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