I don't know what the situation is with other (mechanical, electrical etc.) engineering students, but I'm very much certain that the legal fiction that software comes with no warranty whatsoever is going to expire. Perhaps sometime soon. And then users of the said software will be allowed to sue, and, what do you know, ethics will suddenly be factored into CS curriculum ;)
I see the breaking point in the programmers supply catching up and outgrowing the demand. I predict that this will cause a chain reaction that will lead to establishing regulatory bodies, industry-wide accreditation, liability for failing to implement industry-sanctioned recommendations. It's hard to tell how long before we get to this point: other fields, especially the well-established ones took centuries to get there. On the other hand, it could be a matter of years, if we decide to copy from others rather than try to repeat their experience.
In either case, formal symbolic systems are useful. For humans. If there will be humans, they will want to have them. Maybe the emphasis will shift from writing to reading (+editing), similar to how we use photography: the acquisition process is, by and large, automatic, but the follow-up editing isn't. In either way, the ability to understand someone clearly is going to be valuable, and it will encourage the study of formal symbolic systems, that includes programming.
There probably is a lot of room for genuinely valuable tech-adjacent humanities work -- something like the Community Notes algorithm on X could be a good example. But I have little faith in humanities grads to do it, in part because they don't understand tech at a systems level and don't want to learn.
These are just my vague impressions -- take with a grain of salt.
The thing is, these people always privilege the classics over more recent works that are just as philosophical. I for one probably learned more philosophy reading a pile of Neal Stephenson novels at age 16-18 than I did in college. Heck, my History and Philosophy of Science civilization sequence had a whole quarter on the Scientific Revolution, but after reading the Baroque Cycle it was mostly old hat. :P
Søren Kierkegaard predates the things you're mentioned, while neither (say) David Chalmers nor Michael Polanyi would have any trouble with them.
Michael Polanyi seems a bonafide physicist, I'd be fine with his works on consciousness.
Chalmers specialised in pure mathematics, was broad enough to get a Rhodes Scholarship and jumped ship for being a global leader(?)(according to some) in philosophy of the mind.
Perhaps you're thinking of Dennett who was more of a biology nerd, although I see no reason to think he is incapable of grasping thermodynamics, information theory, and Turing computability given his broad autodidact tendencies.
( Also, say, Stan Dahaene, David Rosenthal, Jesse Prinz, Guilio Tononi, and others also I guess )
Stuff like information theory and computability are part and parcel of educating about thinking, math, and physics for late 20th century universities.