OK, this was an interesting exercise as your part is broken in interesting ways Image may be NSFW.
Clik here to view.
with the note that I'm not an expert at any of this (I'm just learning Fritzing part creation and know very little about svg) here is a corrected version of your part. I removed the bus elements that were shorting +5V to ground (left over from the cloned part I expect), corrected the varying references to pins (pads, terminals and pins intermixed in non functional ways), and finally found the worst error which is at pin 4 you switched from Fritzing's one less than the pin number to the actual pin number, meaning there was no pin4 and was a pin38 which dosen't actually exist. As well the PCB svg was so broken that I tossed it completely arnd replaced it with the pcb svg from a generic IC of 38 pins (giving the necessary number of pins in the correct groups) after removing the translates that Inkscape likes to add, so the pcb svg is in actual thousands of an inch coordinates (at least under Inkscape, I see you use something else). Two things that need to be done: schematic some of the lines are fatter than they should be as I don't know how to manipulate paths and had to use Inkscape's graphic manipulation which thickens some of the lines which I don't know how to correct. It would also be better to use rectangles with rounded caps (as many of the other parts do) but I was too lazy to make that change, you may want to do so. On the pcb as noted it is currently untranslated (and you probably want to keep it that way) and should be mechanically mostly correct (assuming the breadboard view is mechanically correct which it appears to be), however all the text is missing (I was too lazy to add it in as I didn't need it to verify the pads worked as expected) and the position of the to lipo battery pads are just a guess, so you would need to adjust their position to match that of the board (since I don't have a board I took a guess based on the breadboard position). As well the drill holes have been adjusted from the standard .035 for an IC socket to .038 which fits the .1 headers which will fit in to the connectors on the module. Modify if desired. Comparing the svgs and fzp file from this version with your original should show you what I did (as I said I expect you know a lot more about svg than I do), but if you have questions feel free to ask and I'll answer as best I can.
corrected_Dash.fzpz (188.8 KB)
