Question Bypass an SJ Mosfet ?

I'm not even entirely sure its a mosfet, but it was ripped off a board i was given and i was looking to do some testing to see if the card was still viable otherwise, its an OEM Dell RTX 2080. Do you guys gave any input on how i could bypass this? I know it carries risks, burning things out, etc, that's fine, its going in a test rig with random parts so that's alright. It looks like whatever knocked it out also ripped out the capacitor above it, and took part of the trace with it, but that just looks like it was a filtering cap, so eh. Its the one that would have been populated on u265.

View: https://imgur.com/a/GNFaIzx
 
Do you guys gave any input on how i could bypass this?
If it is two pad connection, then it is easy, solder a connection between two pads and call it a day.

But if it is 4, 6, 8 etc pad connection, then things get way difficult since we don't know how the connection goes through the chip.
E.g with 4 pad connection, it could be 1 to 3 and 2 to 4, rather than 1 to 2 and 3 to 4. Or it could be that 1 goes to 3 and 4 and 2nd trace starts/ends with the chip. We don't know.
Best to replace the chip with same, working one, when there are more than two solder pads.
 
If it is two pad connection, then it is easy, solder a connection between two pads and call it a day.

But if it is 4, 6, 8 etc pad connection, then things get way difficult since we don't know how the connection goes through the chip.
E.g with 4 pad connection, it could be 1 to 3 and 2 to 4, rather than 1 to 2 and 3 to 4. Or it could be that 1 goes to 3 and 4 and 2nd trace starts/ends with the chip. We don't know.
Best to replace the chip with same, working one, when there are more than two solder pads.
Fair enough, i havent been able to find a replacement though is another issue, the only markings on it are SJ, and that has not been particularly helpful. Would anyone know what the actual component is so i can try to find a replacement on digikey or something?