Week 4
Here is a prototype Render image of the Soldworks model.
Friday, November 28, 2014
Friday, November 21, 2014
Week 3
We decided to go with color LCD Game Table.
We began prototyping parts on solid works.
Here is a video from YouTube demonstrating the tetris game:
our prototype gaming table will have similar game as this.
We began prototyping parts on solid works.
Here is a video from YouTube demonstrating the tetris game:
Friday, November 14, 2014
Week 2
We brain stormed a few gaming ideas that we would be able to program on Arduino.
LCD Stacker Game example:
LED Matrix Tetris example:
We decided use Color LCD to run Tetris and/or Stacker game.
LCD Stacker Game example:
We decided use Color LCD to run Tetris and/or Stacker game.
Tuesday, November 4, 2014
Week1
Team met today at 3:30 in Lydon Library to begin project discussion. First on the agenda: picking a team name. One trip to a random word generator later, it was decided that the team's name would be the coincidentally generated "Kiosk Engineer."
Next was finding impressive arduino-related videos, of which these were chosen:
The final matter was brainstorming ideas for our project: specific criteria are that it (obviously) must incorporate an Arduino microcontroller, as well as at least one 3D-printed part. Designs proposed were split into two groups: vehicular and non-vehicular devices. Non-vehicular devices proposed were an automated rail system capable of obtaining beverages without requiring one to leave their seat, and an entertainment suite capable of performing a laser light show. Vehicular designs were more broad, simply identifying that it would incorporate a mobile robot that would fulfill some not-yet-described purpose. One potential role a vehicular robot could fulfill is that of a military reconnaissance drone, capable of being controlled remotely to investigate a dangerous area without putting soldiers in harm's way.
Before leaving, a group photo was taken as proof of the team's meeting.
Next was finding impressive arduino-related videos, of which these were chosen:
The final matter was brainstorming ideas for our project: specific criteria are that it (obviously) must incorporate an Arduino microcontroller, as well as at least one 3D-printed part. Designs proposed were split into two groups: vehicular and non-vehicular devices. Non-vehicular devices proposed were an automated rail system capable of obtaining beverages without requiring one to leave their seat, and an entertainment suite capable of performing a laser light show. Vehicular designs were more broad, simply identifying that it would incorporate a mobile robot that would fulfill some not-yet-described purpose. One potential role a vehicular robot could fulfill is that of a military reconnaissance drone, capable of being controlled remotely to investigate a dangerous area without putting soldiers in harm's way.
Before leaving, a group photo was taken as proof of the team's meeting.
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