My partial answer:
It would differ, because we would not want it to make needless or destructive errors, as it is refined. (This is my view, anyway; feel free to present other views.)
Is building such an AI robot possible? If so, couldn't we learn tremendously from building such? [ (If you cannot imagine such an AI robot, what is the problem, what is limiting you?) In my view: "One is inherently limited" is not an acceptable answer here or an acceptable empirical answer. ]
[ ( I have made some effort to provide a rich empirically-grounded, developmental and practical outline of the bases of human abilities and of human capacities for AI: For capacities, see: https://mynichecomp.com/AImemory.txt and https://mynichecomp.com/onmemory.txt . There is more you must see to come to know what is necessary: There is the large challenge of coming to know some basic things we do not know (but potentially could well come to know -- with new eye-tracking technology and computer assisted analysis software): see: https://www.researchgate.net/project/Human-Ethology-and-Development-Ethogram-Theory -- a theory congruent with a different view of human development and learning, a different set of more-likely-true and biologically congruent assumptions; IT IS DIFFERENT, though seems a lot less foolish than current ridiculous "embodiment" theories, which have a very poor empirical foundation. Ethogram Theory is an absolutely and ultimate empirical view.) ]
https://www.researchgate.net/project/Developing-a-Usable-Empirically-Based-Outline-of-Human-Behavior-for-FULL-Artificial-Intelligence
Article A Human Ethogram: Its Scientific Acceptability and Importanc...