Please never work on anything electrical until you understand why your idea doesn't work. It is literally a fundamental concept.
Let's say you have a generator. It outputs 1kW. If this generator was somehow perfectly efficient, you'd need at least 1kW of energy in some form (chemical, kinetic, electrical, etc) in order to run it. Probably more, because generators aren't 100% efficient (as you'd well know if you've trained in an electrical field).
You're suggesting that you run it off an electric motor. This motor needs to output at least 1kW in order to run the generator. If that motor was somehow perfectly efficient, you'd need at least 1kW of energy in some form (chemical, kinetic, electrical, etc) in order to run it. Probably more, because motors aren't 100% efficient (as you'd well know if you've trained in an electrical field).
So assuming 100% efficiency in both the motor and the generator, you've got a contraption that can just barely power itself. But realistically, 100% efficiency is impossible. You have resistive losses, inductive losses, losses to friction and heat, the list goes on and on. The lack of 100% efficiency in anything is where the concept of entropy rears it's ugly head.
The reality is that for what you want either the generator or the motor would have to output more power than went into it in order to overcome the losses. Where does that power come from? As someone trained in an electrical field, you'll know that you can't just get power from nowhere. It needs a source. What is that source? Try and put a name on it.
Seriously, if you took thirty seconds to try and diagram what you're describing you'd see why it doesn't work. Assuming that you really do have at least a basic understanding of electrics.