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Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEI Robot Scenario 1

Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

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Page 1: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 1

College of EngineeringEngineering Education Innovation Center

2014 Robot Scenario Introduction

Rev: 20140116, MEI

Page 2: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 2

Goals

• Understand the tasks and features of the robot course

• Answer any questions in order to facilitate productive brainstorming

Rev: 20140116, MEI

Page 3: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 3

General Rules

• Order of the completion of tasks does not matter except for the CHARGER (must be last)

• You may not disturb competitor’s objects• Your objects may not go into the competitors

area (dictated by the yellow lines)• All instructor rulings are final and may be made

in the spirit of the competitionRev: 20140116, MEI

Page 4: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 4

Scoring

• Task points– Required tasks– Counts for grade

• Object points– Bonus tasks– Used for winning/seeding

Rev: 20140116, MEI

Page 5: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 5

The SWEET SENSOR

Rev: 20140116, MEI

Page 6: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 6

The FACTORY

Rev: 20140116, MEI

Page 7: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 7

The SHOP

Rev: 20140116, MEI

Page 8: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 8

The RAMP

Rev: 20140116, MEI

• Only access point from the FACTORY to the SHOP

Page 9: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 9

WONKA

• RF transmission• Have to mount IR beacon on DROID

• Tells your DROID:– Number of times to press the OVEN BUTTON– Sends kill signal after 2 minutes or on CHARGER

activationRev: 20140116, MEI

Page 10: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 10

The CHARGE ZONE

• DROID begins on the CHARGE ZONE

• The run begins when the red start light is illuminated

• Each DROID will start with the SCOOP

Rev: 20140116, MEI

Page 11: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 11

The SCOOP

• Start with the SCOOP

• Must be within the 9”x9” footprint of the DROID when you start

• Cannot modify SCOOP in any way

Rev: 20140116, MEI

Page 12: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 12

The OVEN & OVEN BUTTON

• The OVEN has the OVEN BUTTON on the front of it

• Have to press it at least once

• WONKA tells you how many times to press it– Object points (2, 3, or 4)

Rev: 20140116, MEI

Page 13: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 13

The CANDY MAKER & SWITCH

• Flip the SWITCH on the CANDY MAKER to release the CANDY into the CHUTE

• Will always have to flip from right to left

Rev: 20140116, MEI

Page 14: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 14

The CHUTE

• CANDY falls through the CHUTE into the DRUM in the SHOP

Rev: 20140116, MEI

Page 15: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 15

The PIN

• Touch the PIN

• Remove the PIN completely, which allows the CANDY to fall into the DRUM

Rev: 20140116, MEI

Page 16: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 16

The SKID

• Convey the SKID to the CHILLER

• Get some points for delivering it to the SHOP– Cannot break the plane of

the bottom of the RAMP

Rev: 20140116, MEI

Page 17: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 17

The CHILLER

• More points for putting the SKID completely within CHILLER

• No part of the SKID can break the plane of the front of the CHILLER

Rev: 20140116, MEI

Page 18: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 18

The COUNTER

• Either COUNTER counts for full points

• Correct COUNTER for object points

Rev: 20140116, MEI

Left

Right

Page 19: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 19

The LIGHT

• Tells which COUNTER to put the SCOOP in

• Designated as if you were standing in the SHOP:– Red = Right– Blue = Left

Rev: 20140116, MEI

Page 20: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 20

The CHARGER

• Press the CHARGER to stop the run

Rev: 20140116, MEI

Page 21: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 21

Objects Penalties

• Penalties for:– Disturbing competitor’s

objects– Own objects crossing

into another DROID’s course (at the end of the run or touched by your competitor)

Rev: 20140116, MEI

Page 22: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 22

PLAY NICE!

• If you damage the course, your team will pay to fix it out of your team budget.

Rev: 20140116, MEI

Page 23: Engineering 1282.01H College of Engineering Engineering Education Innovation Center 2014 Robot Scenario Introduction Rev: 20140116, MEIRobot Scenario1

• Engineering 1282.01H

Robot Scenario 23

THE END!!

Rev: 20140116, MEI

• Have fun and good luck!!!