Daily insights for city builders, delivered every morning at 6 AM ET. I’m Brandon Donnelly — a Toronto-based real estate developer and founder of Globizen. I’ve been writing here since 2013.

Tag: design

  • The Art of Design

    I don’t actually have Netflix, but they have a new original documentary series out called, Abstract: The Art of Design. It’s a look at “eight of the most creative thinkers” working in art and design. It premiered at the Sundance Film Festival this year.

    Here are those 8 people:

    1. Es Devlin (stage designer)
    2. Ilse Crawford (interior designer)
    3. Ralph Gilles (Chrysler head of global design)
    4. Bjarke Ingels (architect)
    5. Platon (photographer)
    6. Christoph Niemann (New Yorker cover illustrator)
    7. Paula Scher (graphic designer)
    8. Tinker Hatfield (Nike sneaker designer)

    The trailer feels unnecessarily dramatic for a documentary, but I’d still like to watch it. The reviews also seem to suggest that it’s pretty good. Below is the trailer. If you can’t see it below, click here.

    [youtube https://www.youtube.com/watch?v=DYaq2sWTWAA?rel=0&w=560&h=315]

    If you’ve already seen it, what did you think?

  • Japan Unlayered

    If you happen to find yourself in Vancouver between January 27th and February 28th, you may want to check out an exhibition being held at the Fairmont Pacific Rim called Japan Unlayered

    It is a celebration of Japanese architecture, design, and culture, curated by the Japanese architect Kengo Kuma and developers Westbank and Peterson.

    The exhibition is in support of a new project in Vancouver by Kengo Kuma called 1550 Alberni. Pictured above. It will be his first in North America. 

    The architecture is a 43-storey (residential) tower formed by two “scoops” that carve out the building in response to its urban context. Some of those relationships start to become apparent when you see the building rendered into the skyline (below toward right).

    I’ll be in Vancouver next month and so I’m hoping to stop by.

  • Mass timber tower time lapse

    Over the past few years there’s been growing interest in using mass timber for high-rise buildings (now colloquially referred to as “plyscrapers”).

    One project that got a lot of attention last year is Brock Commons (student residence) at the University of British Columbia. It is an 18-storey hybrid mass timber tower.

    The first and second floor (slab) and the two cores are poured-in-place concrete. After that, the other 16 floors of the tower consist of 5-ply cross laminated timber (CLT) panels and glue laminated timber (glulam) columns running every 10 feet. The roof is steel and metal decking.

    Below is a great time lapse video of the building under construction once it had switched over to timber. The wood construction portion started on June 6, 2016 and finished on August 10, 2016. So 2 floors per week.

    The video is well-annotated so that you know what week of construction it is, how many wood installers are on-site, which structural members are going in (along with their dimensions), and so on. The CLT panels are only 169mm thick.

    Click here if you can’t see the video below.

    [youtube https://www.youtube.com/watch?v=GHtdnY_gnmE?rel=0&w=560&h=315]

  • Deep thoughts on apartment layouts

    This morning while I was having a bowl of cereal and fruit, I came across this floor plan from 75 Portland Street, Toronto by CORE Architects:

    It’s a 2-storey unit with a den and double height living room on the main floor and 1 bedroom and 1 media lounge (that could act like a 2nd bedroom, but doesn’t have a window so it can’t be called that) on the second floor.

    This floor plan is a perfect example of what I was getting at with my post: The long and narrow of property affordability

    Rough rough, the overall dimensions look to be about 4.3m wide x 12m deep. It’s a fairly deep plan, which means you have to be careful how much “frontage” you give it. If the apartment gets too wide, then it could quickly become too big and potentially unaffordable.

    With the above dimensions, and if you didn’t go 2 storeys, you’d be forced to do an inset/recessed bedroom. The living room would get all of the windows. And if you made the apartment wider to accommodate that main floor bedroom, then you’d likely end up doing an inset/recessed 2nd bedroom, anyways, because of how big the unit had become. So there are trade-offs to consider.

    I’ve seen this layout first hand and I like it a lot. I think it’s an elegant solution to the challenge of deep floor plates. 

    But what do you think? It may not suit everyone’s needs, so I would be really curious to hear your thoughts in the comment section below or on Twitter.

  • The Canadian Dream (and 5 things that hurt upward mobility)

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    About 7.5% of American children born into the bottom quintile of the income distribution will eventually make it into the top one fifth. In the UK this number is about 9%. And in Canada and Denmark, the numbers are 13% and 13.5%, respectively. (The upper bound for these numbers is 20% since you can’t have more than 20% in the top 20% of the income distribution.)

    Because of stats such as these, Freakeconomics recently asked: Is the American Dream really dead? And if so, should it instead be called the Canadian Dream, seeing how it’s more readily obtained.

    Of course, it’s not necessarily as simple as 7.5% vs. 13%. Upward mobility exhibits a lot of regional variation. In the American southeast, the number is closer to 4%. Whereas in the San Francisco Bay Area, the number is up there with Canada and Denmark. However, this phenomenon is so location-specific that even kids growing up in San Francisco are twice as likely to get to the top 20% compared to kids growing up across the bridge in Oakland.

    There’s also a question of spread. Canada and Denmark have less income inequality, meaning you don’t have to travel as far to get to the top of the income distribution. 

    Still, the reality is that it is becoming harder for Americans to climb the socioeconomic ladder. The number of 30-year old Americans who today earn more than their parents is dropping compared to previous decades. So what needs to be done? What is causing this erosion of the American Dream?

    It turns out that city builders have an important role to play in solving this problem. Because where you live – and in particular where you grow up as a kid – matters.

    The Freakeconomics episode examines a study that was done by Raj Chetty, Nathaniel Hendren, and Lawrence Katz, called: The Effects of Exposure to Better Neighborhoods on Children. And their findings were exactly that. Place matters. The study reexamines the findings of a program that was administered in the mid 1990′s in the US called Moving to Opportunity (MTO). This program randomly offered families living in high-poverty neighborhoods the opportunity to move to neighborhoods with far less poverty. 

    Upon initial review, the program was seen as a failure. There were some positive health outcomes, but no meaningful changes in income. But when Chetty and company took another look at the data – now with more time and IRS data on their side – they discovered that the impact was in fact dramatic. Relocated families raised children that earned 30% more, were 27% more likely to go to college, and 30% less likely to be a single parent. The key, however, was that the children had to relocate when they were young (< 13 year olds). The older they got, the less benefit they received from moving, eventually reaching a plateau where there was basically no benefit at all.

    Here are the 5 things that ended up having significance in their findings:

    1. Residential segregation by income and race is bad. Mixed neighborhoods are good. The southeast is filled with segregated cities and that’s one of the reasons why they underperform in this exercise. San Francisco, on the other hand, was far more mixed in the 80′s and 90′s when the kids belonging to this study were growing up. One could debate whether that’s still the case. I guess we’ll find out in a few decades.
    2. Income inequality negatively impacts upward mobility. See The Great Gatsby Curve.
    3. Single parent households seem to have an impact on upward mobility. However, the data suggests that it’s not just about whether the child in question grew up with married parents. The percentage of single parent households in the neighborhood also matters. Because even children in dual parent households in a neighborhood with lots of single parent households, showed muted upward mobility.
    4. Social fabric. Connections to family and friends matter. It’s about having a support network. (Freakeconomics mentions a book called Bowling Alone that is now on my reading list.)
    5. Not surprisingly, the quality of public schools matters.

    All of the stats for this post were taken from this Freakeconomics Radio episode. For me, it is such an important reminder that the way we plan and build our cities can have meaningful and longstanding impacts on the kinds of children we raise.

  • Sixth facade

    A new treehouse at the Treehotel in northern Sweden just opened up this week. (Their website wasn’t working at the time of writing this post.) 

    It was designed by the Oslo and New York-based Snøhetta. All 6 of the cabins at the Treehotel were designed by Scandinavian architects.

    The treehouse is clad in charred-timber (on trend right now) and is raised 10m (~3 storeys) up into the air to provide views out to the landscape. The underside of the treehouse, which is visible as you walk up its stairs, is finished with a black and white image of a forest. According to Dezeen, the architect calls it the sixth facade.

    Below is what that looks like. (Photo by Johan Jansson via designboom.)

    The net you (hopefully) see in the middle of the treehouse is so that you can sleep outside and stare up at the aurora borealis. The treehouse itself is 55 square meters (almost 600 square feet) and is designed to accommodate 5 guests. It has 2 bedrooms. I guess the 5th person has to sleep outside on the net terrace.

    Seeing this project has me excited to be back in the mountains next month.

  • Drone fly through of Hamburg’s Elbphilharmonie

    It’s somewhere around 7 years behind schedule, but Hamburg’s Elbphilharmonie concert hall opened its doors this week for its first ever public performance. Designed by Herzog & de Meuron, it was initially scheduled to open in 2010 at a cost of €77m. Instead it cost €789m and its first performance was, well, this week. This is according to The Spaces.

    If by chance you didn’t attend the official opening ceremony (and even if you did), I recommend you check out this interactive drone fly through. It’s a neat (and potentially transformative) way to see the building, experience its architecture, and understand its setting on Hamburg’s harbor. Make sure you turn on your sound. It is a concert hall, after all.

    You can also watch the opening concert (January 11, 2017) here on YouTube.

  • The long and narrow of property affordability

    image

    Lots sizes and dimensions vary from city to city, as well as from neighborhood to neighborhood. They come in many different shapes and sizes from long and narrow (common in Toronto) to rectangular or even wide and shallow. Charlie Gardner wrote a terrific post on this last year where he used Bing Maps to illustrate some of these differences. Tokyo, for instance, is shown as having more rectangular lots (32′ x 38′), whereas Buffalo is shown as having more long and narrow lots (30′ x 175′). Charlie then asks: why the prevalence of inefficient long and narrow lots? These dimensions obviously produce long and skinny houses.

    As he rightly points out in his post, there are economic reasons for this. Assuming you’re starting with deep blocks and lots, then there’s going to be a natural tendency toward subdividing and going long and skinny. That’s because the key dimension is frontage onto the street. The more frontages you create, the more front doors can be built, the more lots with access to the Mississippi can be created, etc. And that’s how you end up with 10-12′ wide row homes, which also helps to address overall housing affordability. This is not a new phenomenon.

    To further demonstrate this point, let’s look at how this phenomenon has translated into the condo market – specifically the mid-rise condo market here in Toronto. In this case street frontage morphs into window frontage (access to light). That’s now the guiding dimension. In a 1 bedroom apartment, that dimension might be something around 6-7m. That allows you to have both a bedroom and a living room with a window. So it makes for a great 1 bedroom or 1 bedroom + den apartment. (I’m ignoring corner suites for this thought exercise.)

    However, a tension often arises when you begin to look at larger suites, such as 2 bedrooms and 3 bedrooms. The obvious response would be to simply give over more window frontage. So instead of 6-7m, the suite may get 10m. This would allow you to create a split 2 bedroom apartment (both rooms get windows) with a living room in the middle. This would be considered a highly desirable floor plan.

    But up until now we’ve been ignoring the depth of the apartment. And as is the case with lot dimensions, this can have an impact on the amount of street/window frontage that gets designed. We’ve talked a lot about mid-rise buildings before on this blog and one of the challenges here in Toronto is that the 45 degree angular plane guideline produces deep floors on the bottom of the building and narrow floors on the top. Given this, it would not be unheard of to end up with 12m apartment depths on some of the lower floors.

    The counter argument would be that nobody is forcing these larger floor plates. Simply carve the building back. But the economic reality is that the margins are so thin on mid-rise buildings, that it would be inconceivable to give up this floor area. You have to max out the envelope.

    Why does this matter? Well let’s assume that the average downtown Toronto condo will cost you $857 per square foot. Using back of the envelope math, that means that the above 6m x 12m apartment (1 bedroom) could cost around $663,000 (774 square feet x $857 psf). And that the above 10m x 12m apartment (2 bedroom) could cost around $1,106,000 (1,291 square feet x $857). 

    These are obviously big numbers. Question becomes: Who will be able to afford these?

    So naturally the design exercise becomes about reducing the size of the apartments and often this means reducing the amount of window frontage. Of course when you do this, it means that one or more of the bedrooms will need to be pulled back from the front windows, which is how you end up with inset / recessed bedrooms (indirect light) and long and narrow apartments. These are often pejoratively referred to as “bowling alley suites”, but they are driven by a push for greater affordability.

    Again, this is not a new phenomenon. It is simply a trade-off that gets made. It’s the long and narrow of property affordability.

  • Triple-glazed sliding doors (or walls?)

    After my post about “the great balcony debate”, there was a bit of discussion on Twitter. Ken Wilcox then responded with a video talking about the mixed-use Timmerhuis building in Rotterdam designed by OMA

    At the 1 minute mark there’s a clip of one of the residents opening a large set of sliding doors. Here’s a screenshot of what that looks like:

    image

    I did a bit of digging on the project and found this fact sheet. The sliding doors in the residential units measure 1.8m x 2.6m. They go from floor-to-ceiling (~8′-6″). The windows are also triple-glazed! (3 glass panes + 2 air chambers.)

    I think this is a great way to open up a suite to the outdoors. It also looks like the glass balustrades sit inside, which keeps the building’s exterior envelope uninterrupted. Some of the other suites have large terraces where the building steps back.

    In case you’re wondering, the construction costs for the entire project was about €100 million and the total gross floor area (including all of the non-residential uses) is about 45,000 m² (~484,200 sf). Unit rate seems reasonable given that triple-glazing is virtually unheard of in Toronto.

    P.S. I am having some technical difficulties with Tumblr (my blogging platform) and Mailchimp (my email service provider). They both had problems and a few daily emails didn’t get sent out. Sorry about that. Hopefully it’s resolved now. If you missed the last couple of posts, you can read them online.

  • The great balcony debate

    I snapped this picture on College Street near Spadina Avenue (Toronto) yesterday:

    image

    It’s a picture of “The College” by Tribute Communities. What you’re looking at is the northwest corner of the building and a 20,000 sf grocery store fronting onto College Street.

    I took a picture of the building for really two reasons. 

    1. The colored balcony enclosures on the west elevation (right side of the picture) are not something I’ve ever seen done on a Toronto condo before. I like color. I also wonder if they create interesting interior lighting effects and greater privacy when you’re outside.

    2. I have been noticing more Juliet/French balconies on new builds as of late (could be an availability bias). Here they’re on the north elevation fronting onto College Street. Once the building steps back, you get conventional balconies. 

    I think Juliet balconies create a much nicer streetwall, particularly when used on a building’s lower floors. But I would be curious to get end-user thoughts on this. If you were looking for a place, would you rather more interior space + Juliet balcony or less interior interior + conventional balcony? Are balconies a deal breaker?

    This is something that a lot of people in the industry debate. And it varies by city. In Toronto, conventional wisdom dictates that you need to provide balconies of any size, even if nobody ends up using them, other than to store a bike.

    In other cities – sometimes because of liability and sometimes because exterior balcony space gets counted as part of the building’s overall Gross Floor Area (GFA) – balconies can be a real rarity.

    What are your thoughts? Please leave a comment below. Thanks!