I was able to redesign our garden and reprint it. The other one we printed had the wrong size holes in it for the water drainage. This new one had all the right dimensions and we made the right size screw holes. The print started off a little rough. It was only printing half and in an off manner. Professor Vishal figured out our garden was on its side and we were able to print it. We took out the water drainage holes in the new print because we will be drilling those ourselves. All of our sensors are working which is really great. They sense the moisture level in the soil and send a notification when it is below a certain threshold. Norman was working on having a notification sent when the plant needed water or light, but we opted for having a light change color. We still need to print the pillars for combining the vertical garden pots together. We also have to screw the pillars with the garden and set up the Arduino device on the garden. In addition, we need to find a way to waterproof our plastic material into something that can withstand moisture. We were thinking about using wood glue or some time of aluminum lining.

http://komonews.com/news/healthworks/3d-printing-offers-new-tech-for-replacement-knees

I found this article about how knee replacements are getting more popular and researchers have found a way to make a mold from knee CAT scans. The molds provide the best fit for every individual as it is perfectly molded to fit their knee. This is a convenient way to essentially personally fit your knee replacement. I know a lot of people who have had knee surgery that would have been grateful for that option. I find 3D printing in healthcare to be particularly interesting as it changes people’s lives and makes it more affordable to help everyone.