So you get the place to the point where it opens, and then you do a trickle of night work over the coming months as replacement parts come in and you can finally get everything perfect.
Hell, this happened to my parents' house remodel recently. They scratched a custom-order door in a way that wasn't repairable. Rather than leaving my parents without a door for a month, they left it as-is and then came back a month later with a new door (once it was ready) and installed it.
The software analogy doesn't hold, because security issues are often a consequence of buggy software, whereas shoddy finishes don't have much casual connection to the interior structure.
Also, software that "runs smoothly and presents a good used experience" can be just as prone to security problems, again because there's no necessary casual connection between the two.
You could argue that if the same team is responsible for everything, that the user experience, or finish, may be indicative of the internals - but it's common in both software and construction for different teams and even different companies to be responsible, and there can also be reasons to prioritize the areas differently and devote more attention and resources to one than the other.
I don't know how you came that conclusion, it seems irrationally combative. He is in good company.
> Klaus Jacob, a professor at Columbia University, has stated approval of the project stems from the "shortsightedness of decision-making" by its developers
https://en.wikipedia.org/wiki/Hudson_Yards_(development)#Arc...
If the author wants to talk about how the glass buildings and their shape don't fit into the neighborhood, or that they lack a certain aesthetic, then fine. But he's not doing that. He is arguing against functional design principles that are not only commonplace across many similar developments, they are also in place for a reason.
That walkway does look ridiculously narrow, though. Seems to be just one person wide.
How so? Everyone who gets off the escalator had to get on at the same pace earlier.
Additionally, the people getting on the upwards escalator, at, for example, Floor 1 aren't the only people that will be getting on the upwards escalator on Floor 2. There will be other people from Floor 2 that want to go upwards as well.
The design should also account for unusual situations as well. Just because someone got on the first escalator with no problem doesn't mean they won't accidentally trip or fall when trying to get on the second escalator. And if that happens, you don't want people getting hurt just because a sudden traffic jam caused a huge bunch of people on the landing between the escalators.
I was curious so I did some additional reading. Based on promo material from escalator manufacturers [1], there is mention of safety issues regarding the amount of space on escalator landings, but there is also a lot of talk about optimizing traffic flow through product display areas. My guess is that the mall's decision to place the escalators the way they did is primarily driven by that, but as someone who used to work in a building where the exit to one escalator was directly next to the entrance to the next escalator, and personally witnessed huge traffic jams (and had the awful experience of being uncontrollably pushed towards such a jam by an escalator), I do appreciate the design for safety reasons as well.
1 (PDF WARNING): https://www.schindler.com/content/in/internet/en/mobility-so...
As for the design criticisms, it's clear this person doesn't know much about actual design principles, despite criticizing the designers for it.
1) The escalators are almost certainly purposefully designed like this. This is common in many places, and I especially have seen this design used in many malls. Along with the fact that it guides people to product display areas, it also prevents dangerous traffic jams on the landings between escalators (it takes longer to get on an escalator than it does to get off, so in high traffic situations, you can end up with a lot of bunching at the top of an escalator, which can mean dangerous situations like this [1]).
2) Stairs are a common bottleneck since it takes longer to go up/down stairs than it does to walk on a level walkway. To prevent bottlenecking, the stairs should be wider than the walkways they connect to. This is the same principle you see when tollbooth plazas have more lanes than the highways they connect to.
3) The complaint about the gap in the railings again seems like an incredible nitpick. The author claims it is a 6 inch gap, but based on the photo, unless this person has massive hands, it looks more like a 3-4 inch gap, and I think it's a real stretch to call that "dangerous".
1: https://www.youtube.com/watch?v=IVqg6sjJK-M