about
one.principles and practices
two.computer-aided design
three.computer-controlled cutting
four.electronics production
five.3d scanning & printing
six.electronics design
seven.computer-controlled machining
eight.embedded programming
nine.mechanical design
ten.machine design
eleven.input devices
twelve.molding & casting
thirteen.output devices
fourteen.composites
fifteen.networking & communications
sixteen.interface & app. programming
seventeen.applications & implications
eighteen.invention, property & income
LEVEL OF EXPERIENCE: 0%
1. The objective was to design a mold and then cast in it, so first I wanted to try with some of the different fibers that we have in the lab see what happened.
2. I decided that i wanted a comfortable interior and an ugly outside.
3. I started by applying a layer of gel coat on the helmet so that the lower layer would smooth out nicely.
4. After that it was time to apply the composite, in this case i opted for fiberglass. To add the fiberglass I used a mixture of a PP resin with K2000 catalyzer to get it to stick. Kind of like when doing paper mache.
5. Finally I used one last coat of gelcoat to make a little more easy on the eyes. And easier to paint.
6. I had a problem with the first piece because the geometry was very complex, so for the second try, I used another object just to complete all the process.
final project
god.