Not too sure about some of that "engineer" list. Kinda strange.
Aerospace has it's own rules. The list of rules was long (Two big manuals full of rules and requirements). We didn't use common lock washers. We did sometimes use inside or outside star washers, in electronics, for grounding. We used a lot of safety wire. We used self locking nuts, especially self locking nutplates that rivet into place on sheet metal. No one puts threads in shear, that's a failure waiting to happen. A minimum of 4 threads in bearing required, 6 to 8 preferred. We never ever put a bolt (some types of bolts are ok), nut or lock washer against a part without a plain washer in-between. Plain washers are punched out of sheet metal, and have a sharp side vs a rounded side; put the rounded side against your part and the sharp side up in the air. (edit: Backwards! sharp side goes down, and the rounded side goes under the bolt or machine screw to prevent contact at the radius under the head and trying to break it.) The torque from the bolt side isn't the same as the nut side, if it's a through bolt with a nut, torque the nut. Torque requirements are strict, and doesn't include "torquing to yield" or " turn it an extra 90 degrees". Hardware of all types is never re-used more than 4 times, and then it's replaced with new. It slowly deforms to failure. Zero cadmium plate, we used zinc plate. All steel hardware was zinc plated. Certain metals never contact each other, it generates di-electric corrosion. The common error is stainless steel and aluminum in contact. Titanium and aluminum in contact is a disaster. I don't remember using chromed hardware anywhere.
That's a few of the highlights.
Note: Japanese motorcycles use a different type of Phillips (JIS). Striping (cam-out) is common, when using SAE phillips tools. There's special JIS screwdrivers and bits for them. I don't always use them, but I've got them. You can find them on Amazon, or motorcycle tool websites. Or replace them all with socket head cap screws.
Read aircraft hardware: https://www.flight-mechanic.com/category/aircraft-materials-processes-and-hardware/