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ELLA SANFILIPPO

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AI Robotics "Guess Who?" Game

Project type

Robotics

Date

April 2025

I used the VEX AIM coding robot to create an AI-enabled "Guess Who?" game with a robot opponent. The game features 8 characters but could easily be expanded to feature many more, with the main limitation being space, as the robot needs to be able to traverse in front of the cards and see the names with its relatively low-focused camera. Click through the images for more description!

Four of the bases and image cards described in the first image are lined up in a row to create a line of 8 character cards, featuring the black and white headshots and the names of Jeremy Jordan, Sabrina Carpenter, Farnam Jahanian, Audra McDonald, Eva Noblezada, Lin Manuel-Miranda, Aaron Tveit, and Maya Rudolph.

Four of the bases and image cards described in the first image are lined up in a row to create a line of 8 character cards, featuring the black and white headshots and the names of Jeremy Jordan, Sabrina Carpenter, Farnam Jahanian, Audra McDonald, Eva Noblezada, Lin Manuel-Miranda, Aaron Tveit, and Maya Rudolph.

Four of the character cards are shown (Eva Noblezada, Lin Manuel-Miranda, Aaron Tveit, Maya Rudolph). Same grey, blue, and orange layout as described in first image.

Four of the character cards are shown (Eva Noblezada, Lin Manuel-Miranda, Aaron Tveit, Maya Rudolph). Same grey, blue, and orange layout as described in first image.

One grey base with one orange character card (left) and one blue character card (right) are shown from the back.

One grey base with one orange character card (left) and one blue character card (right) are shown from the back.

One grey base with one orange character card (further from the camera) and one blue character card (closer to the camera) are shown from the side.

One grey base with one orange character card (further from the camera) and one blue character card (closer to the camera) are shown from the side.

CAD model of just the base for the character cards. Has a rectangular base with another long thin rectangle coming out flat from the center. The long thin rectangle has small "bridges" on it that would allow the thin plunger/stick piece to slide in. The main body rectangle has sides that come up and have small holes in them for hardware and a thin rectangle bridging them at the back to act as a support for the back of the card once mounted.

CAD model of just the base for the character cards. Has a rectangular base with another long thin rectangle coming out flat from the center. The long thin rectangle has small "bridges" on it that would allow the thin plunger/stick piece to slide in. The main body rectangle has sides that come up and have small holes in them for hardware and a thin rectangle bridging them at the back to act as a support for the back of the card once mounted.

CAD model for one card is shown. It has a flat area for a 35mm by 50mm image, a thin bar at the top like the top of a frame, and a curved base that has holes in it for screws to attach to the base.

CAD model for one card is shown. It has a flat area for a 35mm by 50mm image, a thin bar at the top like the top of a frame, and a curved base that has holes in it for screws to attach to the base.

CAD model shown for one holder for the character card bases. Has the footprint of the character card imprinted on a larger rectangle so the character card base can sit in it snugly. Has short walls that extend up at the front and back of where the character card base would sit to prevent wiggle.

CAD model shown for one holder for the character card bases. Has the footprint of the character card imprinted on a larger rectangle so the character card base can sit in it snugly. Has short walls that extend up at the front and back of where the character card base would sit to prevent wiggle.

CAD model of two of the character card base holders from the previous image, connected side by side.

CAD model of two of the character card base holders from the previous image, connected side by side.

CAD model of a thin stick. One end has a "cap" which is a thick oval prism to allow the robot to drive into it and use it as a plunger.

CAD model of a thin stick. One end has a "cap" which is a thick oval prism to allow the robot to drive into it and use it as a plunger.

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