2. Bread board--> Resister, LED, motor
3. Bread Board-->Logic IC chip Synthesizer
4. Toothbrush-bots
Conveyor Belt
Plotter
Toothbrush Robot
Cinch Loop for added friction-->
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mouse trap cars
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How to connect EV3 to the core robot.
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How to remove and replace the battery.
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How to clear EV3 memory
Armor
Part 1: Gearing Brick Armor
Part 2: Brick Armor Lifter
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The Rube Goldberg learning challenge requires small groups to build as many innovative machines on a board to complete the simple task of turning a page in a book. Think of the MOUSE TRAP® game with dominoes, zip lines and roller coasters all activated by a robot traveling through.
The ymxb Ironman Learning Challenge requires students to work in pairs to design, build, and test mechanical suits (armor) that surrounds two core robots. Students program the robots to solve the mission of touching three buttons before entering a large cylinder. The slope/intercept form (y=mx+b) is used as an algorithm to enable proportional line following behavior with a light sensor. Armored robots follow a black line that circles the cylinder with three outer buttons. Three tires are to be picked up along the way. The fastest teams get their names on the Ironman trophy.
The ymxb Football Derby requires teams to work in groups of five to solve a programing challenge using the slope/intercept form (y=mx+b) algorithm used in the Ironman Challenge. Each team member strategically selects a line that leads the core robot through an opening. Teams develop a plan to get one of the five robots to win the race. Teams may use sabotage and blocking but no armor.
RobOlympics splits the class into two teams to compete in the following design events; NASCAR, Drone Duel, Crank Tank Contest, Conveyor Belt Tug-a-War, Mousetrap Car Conversions, Solar Car Race, Edison sumo, Edison Race without wheels, Catapult, EV3 Color Identification, Toothbrush-Bot Battle, DC Motor Marathon, Team Poster, and Team Flag. The team elects a project manager, and designs a logo.
The ymxb Ironman Learning Challenge requires students to work in pairs to design, build, and test mechanical suits (armor) that surrounds two core robots. Students program the robots to solve the mission of touching three buttons before entering a large cylinder. The slope/intercept form (y=mx+b) is used as an algorithm to enable proportional line following behavior with a light sensor. Armored robots follow a black line that circles the cylinder with three outer buttons. Three tires are to be picked up along the way. The fastest teams get their names on the Ironman trophy.
The ymxb Football Derby requires teams to work in groups of five to solve a programing challenge using the slope/intercept form (y=mx+b) algorithm used in the Ironman Challenge. Each team member strategically selects a line that leads the core robot through an opening. Teams develop a plan to get one of the five robots to win the race. Teams may use sabotage and blocking but no armor.
RobOlympics splits the class into two teams to compete in the following design events; NASCAR, Drone Duel, Crank Tank Contest, Conveyor Belt Tug-a-War, Mousetrap Car Conversions, Solar Car Race, Edison sumo, Edison Race without wheels, Catapult, EV3 Color Identification, Toothbrush-Bot Battle, DC Motor Marathon, Team Poster, and Team Flag. The team elects a project manager, and designs a logo.
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Football Derby Line Catch part 1
Football Derby Line Catch part 2
Robotic building Instructions
design is intelligence made visible
You can't use up creativity, the more you use it the more you have.
It always seems impossible until it's done
Play is the highest form of research.
They can imitate your style, but the can't imitated your creativity.
Embrace discomfort. Innovation lies between a rock and a hard place.
Be stubborn about your goals and flexible about your methods.
We K.I.S.S. here (keep it simple and strong)