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You have coil theory backwards. Thick wire is more current, thin wire is more voltage.
One way to increase voltage is to spin faster which I guess is impractical. Or twice as many magnets, or stronger magnets. Voltage induced is a result of the rate of flux lines being disturbed.
You could alter the wiring such that the lighting coil and ignition coil are in series then see what you get. I believe the wiring is not empirical because one coil will probably need reversing. Should also be pulsed DC since you are exciting the coils with 1 magnet, if it is AC because your using both sides of the magnet, a simple power bridge diode makes it dc easy peasy.
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casual notes from the underground:There are some "experts" out there that in reality don't have a clue as to what they are doing.
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