Arduino on a pcb

This has probably been asked a lot, but my search has not been very productive. Here's what I want to do. I want to design a PCB that provides solder connections for an Arduino Nano, a A4988 motor driver, voltage regulator and power connector. I have downloaded and been learning kiCad which seems pretty good for what I need. What I haven't found is any Arduinos in the published Library. So I guess I need to download and install a third party library.

So, first, is what I want to do logical or is there a better approach to this.
Second, are ther Arduino libraries available? I am sure there are, but to be honest I haven't started searching yet.

Thanks for any help

I guess you mean solder pins on the nano and feed those pins into the PCB , or plug into a socket header .
All you need to do is make two rows of solder holes ( vias or pins, 0.1” pitch, the right number and the right spacing .
Some PCB software ( eg Fritzing) has such masks .

I dont know anything about KiCAD... (I use EAGLE)..

But what you want to do is totally fine.. and done all the time actually.

Similar to this I believe:

xl97:
I dont know anything about KiCAD... (I use EAGLE)..

But what you want to do is totally fine.. and done all the time actually.

Similar to this I believe:

Yes, that is exactly what I was thinking about.

hammy:
I guess you mean solder pins on the nano and feed those pins into the PCB , or plug into a socket header .
All you need to do is make two rows of solder holes ( vias or pins, 0.1” pitch, the right number and the right spacing .
Some PCB software ( eg Fritzing) has such masks .

Ok, thanks, I will look into fritzing.

No! Stay with kicad!
Module might be what you’re looking for.
“Arduino nano kicad library” gives a bunch of hits.

You should be able to find standard 0.6" pitch DIL footprints anyway, its common enough.

Many thanks. I found exactly what I need. Now I just have to continue studying kicad. Seems to follow some typical cad procedures. Learning curve is pretty steep, which is what I would expect for a cad. Took me a month to learn qcad.

Learning curve is pretty steep, which is what I would expect for a cad.

Correct on both counts. Fritzing is "intuitive", but it really doesn't do a bunch of the things that you want a CAD program to do.