I can't seem to quickly come up with a more exciting/amazing project, to make with those 330 discrete semiconductors. ![Grin ;D](https://www.eevblog.com/forum/Smileys/default/xgrin.gif.pagespeed.ic.QVVz6XIT20.png)
Well I've now posted up the full schematic, so you can start compiling your BOM. If you want I can post a full resolution photo for layout assistance ![Grin ;D](https://www.eevblog.com/forum/Smileys/default/xgrin.gif.pagespeed.ic.QVVz6XIT20.png)
If enthusiasts end up laying this out as an "open source" type of project, onto a PCB. I imagine it will be a highly tempting fun project, for many on this forum.
The parts cost is probably low, with no hard to get components.
But as regards that style of construction, although I admire your work and relative neatness in making it that way. I would probably find it too frustrating, to attempt to make it that way.
If you weren't joking, full/high resolution pictures would be very nice to look at anyway. Even if that method of construction is not really my cup of tea. But I'd seriously consider it for small, very high frequency/performance projects, as a possible option.
E.g. When making a small/simple, but super fast transition avalanche pulse generator.