I think the solution becomes clearer - juniors need to worry less about knowing how to program in a void, since the LLM can handle most of that, but care more about how to produce code that doesn't break things, that doesn't have unintended 2nd order effects, that doesn't add unneeded complexity, etc.
In my experience I see juniors come out of college who can code in isolation as well as me or better. But the difference between jr/sr is much more about integration, accuracy and simplicity than raw code production. If LLMs remove a lot of the hassle of code production I think that will BENEFIT the other elements, since those things will be much more visible.
Personally, I think juniors are going to start emerging with more of a senior mindset. If you don't have to sweat uploading tons of programming errata to your brain you can produce more code abd more quickly need to focus on larger structural challenges. That's a good thing! Yes, they will break large codebases but they have been soing that forever, if given the chance. The difference now is they will start doing that much sooner.
In my experience I see juniors come out of college who can code in isolation as well as me or better. But the difference between jr/sr is much more about integration, accuracy and simplicity than raw code production. If LLMs remove a lot of the hassle of code production I think that will BENEFIT the other elements, since those things will be much more visible.
Personally, I think juniors are going to start emerging with more of a senior mindset. If you don't have to sweat uploading tons of programming errata to your brain you can produce more code abd more quickly need to focus on larger structural challenges. That's a good thing! Yes, they will break large codebases but they have been soing that forever, if given the chance. The difference now is they will start doing that much sooner.