by Bella Roberts
As I continue to learn and grow this year in PLTW, I am also continuing to work on a variety of modules. Just recently I completed a module in the biomedical pathway with two other group members. The module’s task was to create an interactive poster that displayed our ideas regarding the medical advancements of the future. This module was a lot of fun because it caused my group and I to really think outside of the box and constantly question each other’s ideas. Through this challenge I was able to gain a lot of skills that I may need in order to complete future modules.
I also learned a lot of new things from this module. I think the biggest thing that I learned was about myself. Completing this module helped me to realize that I am very interested in the Biomedical pathway and generally in the biomedical field. Thinking up ideas about the future of medicine made me think about how science is always changing and that it would be very interesting to experience this up close and personal.
On our poster we included 5 different innovations of the future that we thought could be plausible someday. The first innovation was about glasses that work like an x-ray machine, so that physicians can diagnose patients faster and in a more efficient way. The second innovation we thought of was a pill that cures disabilities, this is meant to be a step up from therapy or medications. It is meant to cure several disabilities like down syndrome or autism completely. The third innovation we thought of was something that seems to already be in the making; it is a plan of curing Type 1 diabetes by regenerating cells. For a long time there has been no cure for Type 1 diabetes except the treatment of injecting insulin. Quite recently the idea of regenerating cells in the pancreas to reduce the lack of insulin has been introduced. The fourth innovation that my group and I imagined was an electric helmet that stops the growth of brain tumors. Cancer is a big problem but it seems doctors and scientists are always looking for solutions. One solution expanding off an article we saw that was similar to our innovation was creating something that would stop the growth of your cancer indefinitely. (Specifically brain cancer) Lastly, the fifth innovation we agreed upon was 3-D printing organs and bones. Even though this idea is already attempting to be carried out it still has some way to go before it makes a big difference in our world. Personally, I am fascinated with the idea of printing organs and I hope that I am able to learn more about this endeavor of medicine.
Overall, this module taught me a lot and helped me really come to terms with my interests. I am very excited to explore new modules but also to continue my interest in this one.


The biomedical science pathway always seemed to interest me the most. Finally, in PLTW I was able to see what it is like with my group by completing the prosthetics module. I came into this module not really knowing what to expect. Well, it was harder than I expected it to be. The main reason is because we ran into a lot of problems when our ideas didn’t go as planned. This module was a whole lot of trial and error. But like I learned in the engineering module, it’s good to have trial and error because it leads to new and better ideas. In the end we were able to make a good prosthetic
I’m here today to blog to you about freedom within a classroom, specifically GTT. In GTT we have rules to follow and deadlines to meet, but we also have a lot of freedom. Freedom is a really interesting concept. Usually when us as Americans think about freedom, the first thing we think about is USA! 🎉🎉🎉 ‘Murica! But, in reality, freedom doesn’t always have to do with America. Freedom generally just means the right to act or speak as one wants too. Here are a few ways we get freedom within our GTT classroom, the makerspace.


f each other walking and examined where we thought your body but the most pressure, to try and relieve the client from as much pain as possible. After many trials and error we eventually came up with what we thought an amazing femur, ankle, and foot replica- we could even walk on it! But there was one issue, it was extraordinarily painful for your knee. So we made a latch, and found a old glue bottle, and glued some cotton balls for comfort. We couldn’t believe our eyes,we practically, or maybe totally completely, had made a prosthetic leg!
problem statement was we had to build a bridge that is made out of toothpicks, glue, and thread. The constraints that we had was we could only use the given supplies, it had to be at least sixteen inches long, the height had to be four inches tall, the width of the bridge also had to be four inches, and it had weigh at least forty grams. The bridge had to be able to bear some weight.
ideas for the project. We had the criteria for the bridge we needed to build. For each of the ideas we had, we would have to rank how well it met the criteria and then total the points up. Which ever idea had the most points, would be the best choice to build.
show the basic structure and it had to have the measurements. This was just a drawing of our idea, so it exactly what our bridge looked like because as we were building our bridge, we changed the design a bit to make it better and stronger.