Most of my early programming work was with C and C++ (after I left academia, where it was mostly Fortran). I am, simply put, a better programmer for it, objectively so when compared to my peers who've never touched it, at basically every place I've worked at since (including a FAANG-level company, currently, where I'm mostly writing in go and python). At least, that's the feedback I get from them.
I think it's fair to say this skill difference is largely from that work in the C family, where I learned a number of different paradigms for design and development in that world, with all its footguns and low-level "gotchas". It has always been easier for me to parse and understand others' code, identify subtle bugs, to use debugging tools, and to identify some optimizations by examining the code that others might spend days using profilers to find.
Some of that would come with engineering experience in general, regardless of languages used, but not all of it, but I picked these skills up faster and earlier in my career, thanks to that early work. Skill with C++ is definitely transferrable, in at least some cases.
I think it's fair to say this skill difference is largely from that work in the C family, where I learned a number of different paradigms for design and development in that world, with all its footguns and low-level "gotchas". It has always been easier for me to parse and understand others' code, identify subtle bugs, to use debugging tools, and to identify some optimizations by examining the code that others might spend days using profilers to find.
Some of that would come with engineering experience in general, regardless of languages used, but not all of it, but I picked these skills up faster and earlier in my career, thanks to that early work. Skill with C++ is definitely transferrable, in at least some cases.