Difference between revisions of "MedLit"
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| Line 12: | Line 12: | ||
== Challenges == | == Challenges == | ||
| − | + | Challenges we foresee for this project include: | |
| + | =====Software===== | ||
*Finding a microprocessor that is the right balance small, workable, and inexpensive | *Finding a microprocessor that is the right balance small, workable, and inexpensive | ||
| − | *Programming the microprocessor | + | *Programming the microprocessor and understanding the program needed |
| + | *programming a 24 hour timer | ||
| + | |||
| + | =====Mechanics===== | ||
*Creating a bracelet design that will efficiently fit all pieces | *Creating a bracelet design that will efficiently fit all pieces | ||
| + | *3D printing the bracelet so that we may insert our electronics in it | ||
*Finding a way to check battery level without using too much charge in the process | *Finding a way to check battery level without using too much charge in the process | ||
| + | *designing and printing screw on caps for each pill compartment | ||
| + | |||
| + | =====Electronics===== | ||
| + | *connecting battery, ATTiny, and LED lights properly with wires | ||
= Budget = | = Budget = | ||
Revision as of 21:18, 8 February 2018
Contents
Description
Project Overview
This project will create a way for users to always remember to take time-sensitive medication as well as have that medication readily available. A bracelet that holds a weekly supply of medication will alert the wearer at a certain time each day to take said medication. The problem we are tackling with this device is the issue with certain time sensitive medication, particularly birth control. In the case of birth control, perfect use (taken at same time each day) leads to more than 99% effective birth control, whereas imperfect use is only about 92% effective. This device will help the wearer to reach "perfect use" of their medication.
Group Members
- Lauren Bhambri
- Moira Mulholland
- Anton Salem
- John Fordice (TA)
Challenges
Challenges we foresee for this project include:
Software
- Finding a microprocessor that is the right balance small, workable, and inexpensive
- Programming the microprocessor and understanding the program needed
- programming a 24 hour timer
Mechanics
- Creating a bracelet design that will efficiently fit all pieces
- 3D printing the bracelet so that we may insert our electronics in it
- Finding a way to check battery level without using too much charge in the process
- designing and printing screw on caps for each pill compartment
Electronics
- connecting battery, ATTiny, and LED lights properly with wires
Budget
- Microprocessor (atTiny): $2.84
- Tiny AVR Programmer: $19.95
- 312 Battery (24 count): $8.37
- microLED lights (3): Already have
- 3D Printer TPU Filament: already have
TOTAL= $31.16
Gantt Chart
