This Capstone project was undertaken with the goal of improving the engineering room as a place of learning. To accomplish this, three models were created for four air and spacecraft: a realistic model, an artistic model, and an educational model. The realistic models were designed in AutoCAD Fusion 360 and produced using a 3D printer. The artistic models were created as unique posters for each craft in Adobe Photoshop, and the educational models were presented as websites containing the history and functionality of each aircraft.

This project was selected due to the personal significance of the engineering room. More time was spent in Room 601 than any other room at SLA — not only for classes, but also for lunch, lab sessions, and after-school studying. As a result of this connection, the project was shaped by a desire to give back to the space and to Ms. Baruzzini, and to leave the room in a better state than it was found.

Link to site: https://sites.google.com/scienceleadership.org/milesbleicapstone/home

For my capstone, I decided to make a lesson plan focusing on 3 different branches of forensic science. These branches were toxicology, fingerprint analysis, and trace evidence. Through these 3 branches, I explored their history, the procedures that they are used with, and real-world applications in which they were used. I chose to do this as my capstone because it includes a couple of my interests. I have been incredibly interested in forensics for a while and have always thought it would be interesting to learn about it on my own time, and maybe even be able to teach it one day. Through this capstone, I was able to dive deeper than I ever have into forensics, and it helped me confirm that this is what I want to do for my future.

Abstract

The problem being addressed in this Capstone project is that over 250,000 people die each year because they forget to adhere to their medication schedule. The most likely individuals to forget to take their medication are also the ones who need to take their medication the most, such as elderly people. In this project, I researched current automatic pill dispensers, analyzed their core features, and replicated them in DoseMate at a fraction of the cost using 3D printing and an Arduino. Over the course of the school year, I have 3D modeled many dispenser frames and dispensing mechanisms. Through testing and iterations, I’ve achieved a design that is cost-effective, sturdy, and accurate. Medication is both beneficial and harmful; there is no room for overdosing or underdosing. The final design of DoseMate can accurately dispense the correct dosage and alert the user when it has dispensed an incorrect dosage. The final deliverables are the 3D printable files, circuit schematics, and code for DoseMate, so that anyone can make their own DoseMate for a fraction of the cost of a current automatic pill dispenser.

Final Products: DoseMate