Zesty Vesty
This is the page for Gillian, Andre, and Kenneth's ESE 205 project.
Project Proposal
Angel Buddy (Get Better Name)
Overview:
The objective of our project is to create a reminder buddy that assists in the lives of WashU students. This buddy is intended to be a compact and efficient size and shape in order to maximize versatility. Or initial design is based around the shape of a standard bottle, so that it does not take up too much space in college students’ modest sized dorm rooms, and also is portable and can fit into the water bottle holder that many backpacks have. This device will synch with the students’ google calendars and use audio reminders to ensure that students know when they have class and meetings. There will be an interactive app that uses IoT connection so that students can manage the functions of their buddy. Additionally, there will be a “bubble gun feature” included in this device. Intended for the appeal of students-alike, this feature may provide a much needed distraction or stress relief for the owner. Utilizing an IOT, the user may activate the feature with ease while walking in between classes.
Later features we are considering are further utilizing the speaker system and app, creating an audio reminder about note other than schedule as well as a possible music feature.
Link to weekly log:
Weekly log
Team Members:
Andre Cook, Gillian Laming, Kenneth McNelly, TA: Chance Bayles, Instructor: Jim Feher
Challenges:
Some challenges we currently anticipate facing over the course of making this device will be learning how IoT works and designing the app. Each group member has a very different level of experience with respect to what we’re making, but everyone will face a certain degree of newness and will have to learn new skills.
It is also important that we take the student’s privacy into consideration when designed the app. Since their schedule will be synched, we want to ensure that this information is not available to the public.
Gantt Chart:
In progress.
Budget:
In progress.
Potential Equipment
IoT system: *options will be explored: Raspberry Pi setup … Particle photon w/ Particle Cloud Bluetooth Low Energy? Speaker Compact enough to fit in container but loud enough for the user to be notified Toy Bubble Guns (multiple for testing) To disassemble for parts as well as experiment
Appendix
