FLL+Workshop+July+2016

=Robotics in the Classroom= July 26 / July 27

[|Starting a Team]
Grades K-2. Teams up to 6 students. Registration $75. Starter Kit $190. Recommended Add-ons $315. T-shirts, snacks/drinks, presentation materials $200. (Minimum $265) []

Grades 3-8. Teams up to 10 students. Registration $300. Robot Set with Expansion Kit $559, T-shirts/snacks/drinks/presentation materials $350 (Minimum $500) []

**Current Teams:**
 * School/Organization || Coach/Mentor || FLL / FLL Jr ||
 * Blackmon Road MS || R. Wilburn || 1 ||
 * Blackmon Road MS || R. Wilburn || 2 ||
 * St. Elmo Elem || S. Chandler || 3 ||
 * St. Elmo Elem || S. Chandler || 4 ||
 * Hannan Elem || S. Hustick || 5 ||
 * Hannan Elem || S. Hustick || 6 ||
 * Lonnie Jackson Elem || S. Vallejo || 7 ||
 * Fox Elementary || H. Kelley Zurita || 8 ||
 * Eagle Ridge Elem ||  || 9 ||
 * ||  || 10 ||
 * ||  || 11 ||

[|Concept Review]

Robot Learning
Build a basic robot (use kit instructions) Find the distance your robot moves in 3 wheel rotations Measure the diameter of the drive wheel and use it to calculate a distance (circumference x 3) Predict how many rotations (with decimal places) needed to move 48 inches (use ratios) Write a program to move that many rotations and check on the floor (4 floor tiles and/or tape lines)
 * Activity One - Move in a Straight Line**

Move 7" Turn 90 degrees Move 36" Test on the field to see if robot ends up in the correct position Follow up: Reverse so the robot returns back to base
 * Activity Two - Turn**

Choose a sensor and come up with your own activity to demonstrate its capability. Sensors available: Touch, Light/Color, Gyro, Distance Sensing
 * Activity Three - Sensors**

[|Programming Lessons]

Use the Carnegie Mellon site for short video instructions. [|Carnegie Mellon EV3 Education site (with short videos)] <-- Site Down Sept 6, 2017

Examples of Presentations
Core Value -- https://www.youtube.com/watch?v=tQjBpd3iIX8 Project -- https://www.youtube.com/watch?v=VJ3cs9W83Ug Robot -- =https://www.youtube.com/watch?v=LzsZrDDekWQ

**What can an EV3 do?** Solve Rubics Cube https://youtu.be/MQvG6IgrgYQ https://youtu.be/b5b9BIBuOd4

Sudoku https://youtu.be/Mp8Y2yjV4fU

Sumo competitions https://www.youtube.com/watch?v=3tguWcKTXQI

Hand out flyers https://youtu.be/p7zqB6b_CgY

[|FLL Resources]

[|Programming and Building lessons] - Dr. Graeme

[|EV3 lessons]

[|STEMcentric]

[|Poster for FLL Recruitment]

[|Virtual Brick]

[|Getting started with Mindstorm Programming EV3] (14 minutes, YouTube)