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SEARCH Order Form     Browse Departments   Chairs   Drafting Instruments & Supplies   Technical Paper   Illustration & Presentation   Small Storage   Architecture & Model Building   Software, CDs & DVDs   Hands-On Technology Kits   Modular Technology Curriculum   Alternative Energy Basic Home Wiring Computer Game Development Digital Photography Digital Video Production Exploring Machines Forensic Science Home Design Landscape Design Music Production • Robotics Structural Design   Graphic Arts Clearance	Modern School Supplies > Modular Technology Curriculum > Robotics > Robotics Detailed Information for Robotics Module Sample Curriculum for Robotics Module Robotics Students write and test a program that Activity Listing enables the Boe-Bot to follow a light beam. This module offers students hands-on experience with robotics and the world of robotic engineering. Using the Parallax Boe-Bot educational mobile robot kit, students gain skill writing programs to activate a robotic device and control its movement. After building a self-contained moving robot, students learn about robot movement and program their robot to move forward and backward, and make turns. The students also complete activities to help them learn about navigating with whiskers, light-sensing, and more. Multimedia activities on CD-ROM help students understand the history and uses of robots in industrial and other settings. This curriculum will accommodate 7-, 10-, or 15-day class rotations. Student Objectives Explain what a robot is Define axes of movement and explain how they enable a robot to move Define other robotic terms, such as controller, calculator, and payload Explain how sensors enable a robot to detect motion, temperature, pressure, and how close an object is to the robot Understand how a program enables a robot to operate Write a debug program using PBASIC and download it to the Basic Stamp Write programs to move the Boe-Bot in a variety of ways Add a subroutine to a PBASIC program Write and test a program to enable the Boe-Bot to navigate its environment using whiskers Briefly describe how a photoresistor works with the Boe-Bot Write a program to enable their Boe-Bot to act as a light compass Interdisciplinary Relationships Measuring Mathematics Physics Reading History Engineering Technology Content Standards This module meets 15 of the 20 ITEEA Standards. Visit our Web site and click the Modules link to view a chart of all 20 ITEEA Standards and those that this module addresses. Activity Listing Activity 1: Introduction to Robotics Activity 2: Robotic Fundamentals Activity 3: Building Your Boe-Bot Activity 4: Using PBASIC and the Debug Terminal Activity 5: Spinning Your Boe-Bot’s Wheels Activity 6: Moving Your Boe-Bot Activity 7: Controlling Your Boe-Bot’s Movement Activity 8: Programming Distance and Turns Activity 9: Ramping Activity 10: Subroutines Activity 11: Sensing Systems and Navigation with Whiskers Activity 12: Navigation with Whiskers (Continued) Activity 13: Light-Sensing Boe-Bot I Activity 14: Light-Sensing Boe-Bot II (Continued) Activity 15: Light-Sensing Boe-Bot III (Continued) Robotics Module Components Boe-Bot complete kit with programming board and BASIC Stamp 2 module parts,Boe- Bot parts, software and cables, Robotics! text, and BASIC Stamp manual Robotic fundamentals CD-ROM Set of miscellaneous supplies for use with activities Teacher’s Resource Manual and 2 Student Workstation Manuals   TEH6035NC ROBOTICS MODULE W/O COMPUTER • More Photos In-Stock • $559.00     TEH6035NC5 ROBOTICS 5 LAB STATIONS • More Photos In-Stock • $1,999.00     TEH6035NC10 ROBOTICS 10 LAB STATIONS • More Photos In-Stock • $3,749.00     STU520 ROBOTICS STUDENT MANUAL • More Photos In-Stock • $99.00
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