Difference between revisions of "BOARDLOCK project"
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TA: Sam Hoff | TA: Sam Hoff | ||
+ | |||
'''Objectives''' | '''Objectives''' | ||
− | 1. Attach a motor to the underside of our Longboard deck, be able to control it | + | 1. Attach a motor to the underside of our Longboard's deck, then be able to manually control it using an ESC |
2. Set up Raspberry Pi, get GPS working, and be able to access BOARDLOCK's location at all times from our phones | 2. Set up Raspberry Pi, get GPS working, and be able to access BOARDLOCK's location at all times from our phones | ||
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'''Challenges''' | '''Challenges''' | ||
− | + | 1. Learning to ride BOARDLOCK! | |
+ | |||
+ | 2. Learning how Raspberry Pi works | ||
+ | |||
+ | 3. Having the ability to access BOARDLOCK's current location in real time from a phone | ||
+ | |||
+ | |||
+ | |||
+ | |||
'''Gantt Chart''' | '''Gantt Chart''' | ||
'''Budget''' | '''Budget''' |
Revision as of 21:47, 25 September 2018
Project Proposal
You've heard of BIRD Scooter and LimeBike... now we present to you BOARDLOCK, an electric Longboard equipped with a working motor, iPhone-accessible GPS, and keycard locking capabilities. In this project, our team aims to manufacture a rapid transportation method of utmost quality, aesthetics, and convenience.
Link to Weekly Log
https://classes.engineering.wustl.edu/ese205/core/index.php?title=BOARDLOCK
Team members
Amin Bdeir
Max Marchetto
Isabella Zisman
TA: Sam Hoff
Objectives
1. Attach a motor to the underside of our Longboard's deck, then be able to manually control it using an ESC
2. Set up Raspberry Pi, get GPS working, and be able to access BOARDLOCK's location at all times from our phones
3. Set up RFID in order to lock and unlock BOARDLOCK's wheels by physically tapping key card
Reach Objectives
1. Use Bluetooth connectivity to detect user when in close proximity
Challenges
1. Learning to ride BOARDLOCK!
2. Learning how Raspberry Pi works
3. Having the ability to access BOARDLOCK's current location in real time from a phone
Gantt Chart
Budget