For a pinball machine, the start up button lights the machine up, puts the scoreboard up, and it puts the ball into the launch lane. To the left is a video of the button in action.

The pinball launcher uses elastic force to push the pinball. It does this when you pull the plunger which compresses a spring and once you let go it propels the ball onto the playfield. To the left is a video of it in action

There are two types of targets in the pinball machine above. One is a drop target that is held up on a small ledge and once hit by the pinball, it moves backward and drops down from a spring. The other is an Led that senses when the pinball goes over it. The goal of a target is to give you an objective for points.

Above is a sketch of both types of pinball targets

The bumper goes into action once the pinball goes underneath it. Once hit it activates a solenoid,  which triggers a motion to launch the ball. Above is a video on how it works and what it looks like.

Above is a sketch of a pinball bumper with the solenoid and spring labeled.

Above is a picture that shows my wiring has red wires for the power wires, black wires for the gnd wires, and the GP wires labeled. To the left is the code with comments to show my understanding of the code.

In Onshape I created a sketch of a mount for my pinball scoreboard. To do this I precisely measured the LCD screen with a ruler and put the measurements onto onshape. I used many different tools that I learned how to use from my teacher. Above is the sketch with the accurate measurements for the pinball mount.

After completing my onshape sketch, I created it as a drawing and downloaded it as an SVG. I then transferred it over to glowforge which I used to laser cut the scoreboard mount. Above is the scoreboard mount after being cut out.