
A small project I worked on to make a simple stethoscope which would be able to demonstrate it’s core functionality in a group / workshop setting.


A small project I worked on to make a simple stethoscope which would be able to demonstrate it’s core functionality in a group / workshop setting.

With the general design coming together I wanted to see how the structure would react with the forces that it will be experiencing. I decided to run a (rather quick and dirty) solidworks simulation to get an idea of where possible points of failure may be.

From this test we can see that the maximum axial and bending stress is more than two orders of magnitude less than the yield strength of the material which is a good indication that a failure mechanism will likely not be from the beems yielding.
This was already to some extend the suspicion though and further simulations will need to be done to evaluate other factors such as vibrations.


For this part, I decided that making models for every single cut was counterproductive and learned how to use the weldment function built into solidworks. It allows for easy conversion from a 3D sketch to a full 3D frame.




There is still a lot of work to be done with some of the more tricky junctions but the general assembly is now coming together.




This first design made in solidworks had a few big issues














I highly recommend checking out the news article written about us!
During my senior year of high school I participated in the pilot UAS competition which brought people from all around Florida to compete in building and programming a both autonomous and manually controlled drone. Our team won third place!





The prototype version of a Christmas gift for my father.

How it works is whenever you move the switch in one direction an arm comes out and moves it back to its original position.
