On Dec. 6, 2021, students in the Electronics class demonstrated their final projects, using Arduino microcontroller boards programmed in C, hooked up to a variety of sensors, to create task-driven robotics.
Gesture Controlled Crab Car, by Leandro Morillo Rojas and Daniel Lara CruzBalloon Pop-o-matic, by Trevor Stutzman, Samuel Stoner- Eby and Joel YoderGesture Controlled Crab Car, by Leandro Morillo Rojas and Daniel Lara CruzBalloon Pop-o-matic, by Trevor Stutzman, Samuel Stoner- Eby and Joel YoderObstacle Car, by Natalia Gamez Trillo, Drew Hackman, and Peyton SmithDrink Mixer, by Jose Cepeda, Deya Rodriguez, and Bryan Nataren BarahonaMask ADOORner, by Sam Stolpe and Asa Schiller.Obstacle Car, by Natalia Gamez Trillo, Drew Hackman, and Peyton SmithBalloon Pop-o-matic, by Trevor Stutzman, Samuel Stoner- Eby and Joel YoderBalloon Pop-o-matic, by Trevor Stutzman, Samuel Stoner- Eby and Joel YoderObstacle Car, by Natalia Gamez Trillo, Drew Hackman, and Peyton SmithDrink Mixer, by Jose Cepeda, Deya Rodriguez, and Bryan Nataren BarahonaDrink Mixer, by Jose Cepeda, Deya Rodriguez, and Bryan Nataren BarahonaCondimenter, A robot arm will apply mustard or ketchup to your hotdog in the pattern of your choice. by Drew Smoker and Lukas Bontrager-WaiteCondimenter, A robot arm will apply mustard or ketchup to your hotdog in the pattern of your choice. by Drew Smoker and Lukas Bontrager-Waite
