For our toy, we made a robot that would allow children to draw on a monitor by turning motors and pushing buttons. The robot consists of 3 large motors, 1 medium motor, 3 touch sensors, and a color sensor. All these are attached to the EV3 through a series of supporting Lego […]
Our project was inspired by the books that little kids play with where they can change the different body parts of characters and attach them to other characters. For this project we created a digital version of this book. There are three wheels that each correspond to the head, torso, or legs of different […]
Currently, the Spinning Shapes toy has a touch sensor that is bumped. Attached is a medium motor with a wheel and this turns the blue holder and. The user has to place the shapes in the desired spot. We have multiple legos on each side to catch the shapes when they fall. This is all […]
For our two player race game, the goal is to get a circle to the finish line first. Each player controls one circle. The controls are a motor which rotates moving the circle forward and a touch sensor to make the circle jump. If you hit any of the grey obstacles with your circle, […]
Our group started off with the idea of creating a form of the game “Brick Breakers”, in which a ball bounces off of a platform and goes upward, breaking bricks on its route. The final product, however, resulted in a similar game with bouncing balls, but instead of aiming to contact the ball with […]
We made an EV3 version of the popular game “Simon Says” and “Bop It!”, called Brick Says. The Brick asks you to do certain tasks like turn the wheel, press the button, tilt the brick or slap the ultrasonic sensor and you are suppposed to do these tasks in an increasingly shorter period of […]
For our video game project, we decided to program a game quite similar to the well-known childhood game, Bop It!. We renamed it as Beep It! as we felt it was an appropriate name for such a game made out of legos. The game works by scoring a point each time a player does the […]
For this project we created an interactive video game on LabVIEW that was inspired by the classic Pong game. The basis of the game is that there are two thin paddles, one on the left of the screen and the other on the right side. These paddles have a fixed horizontal position and a variable vertical position, […]
For our project, we created a game called Bubble Shoot. The purpose of the game is to shoot all the bubbles before your opponent. The user interface includes a motor with a wheel attached to a touch sensor. The motor can be turned using the wheel attached to the motor. When the motor is […]
For the interactive video game, we decided to combine two of the most popular video games of all time: Flappy Bird and Pong. We fused the two together by changing how the paddles move. Instead of a joystick or up and down buttons, etc, the paddles move like Flappy Bird does. Pushing the touch sensor […]
The goal of the game was to move the small red ball and touch the bouncing purple balls. The purple ball started at one, then split to two, then to three, and then into four balls. We connected two motors to the EV3 brick. The one connected to port A controlled horizontal animations and port […]
Project For our project, we created a video game in which the player has to move a blue ball across the screen. The horizontal location of the ball is controlled by moving a motor. However, while this is happening, there are red balls bouncing between the top and bottom of the screen. If a […]
David Carratu Paul Gelhaus Jumbo Hunt Video Game Documentation For this project we created a “top-down” style video game. The objective of the video game is to move the character around the background, a satellite image of the Tufts campus, to find Jumbo. For the background, we took a screenshot of a google […]
Paul Gelhaus David Carratu Chris Reik Mateo Gauman Gap Crossing Robot Documentation When we were first given the task of creating a table-gap crossing robot, we first brainstormed as a team several possible solutions to this challenge. After thinking about several robot designs we decided that the best design would be to create a […]
Project: Our task was to build a robot that could cross a gap between two tables without any human effort. We had to make the robot and develop the code in class with a certain time constraint. Structure: Our idea for this project was to use rotating tires on either side of the […]