There were cholera epidemics in the 19th century, until we realized we shouldn't drink contaminated water. In cities such as London, this required major infrastructure investments.
We're just realizing we shouldn't breathe contaminated air, and we're just realizing that we need to make infrastructure investments.
CO2 is a good proxy for infectious disease transmission risk. We breathe out CO2 as we spread pathogens. Outside air is just above 400ppm (higher with auto exhaust) and architects aimed for 600ppm before the pandemic. As one approaches CO2 levels closer to outside air, infectious disease transmission plummets.
To balance ventilation with energy costs (and avoid accelerating global warming) one needs heat exchangers that can't easily be retrofitted into an existing building. Munger Hall could dodge all the bad publicity about fake windows if it sports a "next pandemic ready" ventilation system out of the blocks.
In my experience sitting on building committees, architects are better at original visuals than original engineering. When a Spanish village restores ancient stone huts for tourists, they run DC wiring for LED lights. When I ask if our new building will have DC wiring for LED lights, rather than a cheap, inefficient transformer in every bulb, architects just stare back at me, deer in the headlights. So I'm not hopeful that a radical reworking of our infrastructure will originate with architects.
Our building wasn't going to have windows that opened, till I suggested the building would be usable parts of the year even if the central air failed. I was assured it would never fail. The central air in the previous building failed the next week; I was never implicated. Then our administration overruled the architects and put in office windows. People teased me that I cost us a "this building pees spring water" green certification. Then the pandemic, and I was a hero.