That was the vision of SQL too. Managers were supposed to write "select sum(amount) from sales where month=2021-05"
Didn't happen. Developers still prefer function calls, ORMs and API calls over English-like sentences. And 4GL has died off like UML.
But things are better now. Getting easier. You don't need to write assembly. And can develop a web page using wordpress without any coding.
But that created a separate class of developers and didn't make seasoned developers out of job. Even though it's been like 20 years since.
Underneath it all there will be people that develop and maintain these AI techs. And as usage rise so will demand for people that can maintain and develop those AI.
On top of this, the company I work for provides amazing tools for non-tech personnel: for example Looker is basically SQL for managers. It is also much more powerful that SQL: for example for simple GROUP BY queries it also provides the UI to access the underlying rows in each of the rows returned by GROUP BY.
You are missing a lot in the industry right now.
None of these are new in this decade for that matter. The point is : we are still waiting to see it reduce software engineer's demand overall.
Things are getting easier. Getting more adopted. Leading to increase in demand for software engineers rather than decrease.
Individuals keep arriving at the same conclusions, but they invent different notations/languages to express those results. Communication stalls. Tribes form around languages/styles of expression.
It's much much worse than wheel re-inventing too. It takes a very long time to figure out that two Mathematical constructions/notations are equivalent.
It took decades for somebody to notice that proofs are programs.
> This is not separate groups of two or three mathematicians each belaboring on a paper on their own. It's not like that. This is not anymore the medieval mathematician's guild--which is how mathematics is still organized today. This is a post-industrial division of labor. It is completely new. It's a math hive. It's exciting, and we haven't seen this sort of thing before, and I think it's going to change mathematics.