SCOUTBOTICS Engineering Notebook

Slides:



Advertisements
Similar presentations
NXT 2-Motor Car Adapted from Physics by Design, Second Edition, by Barbara Bratzel, College House Enterprises, 2007 MAXA ROBOTICS 2011.
Advertisements

SweepBot is a cleaning robot that cleans floor as brushes spin on High-speed DC Motor. Sweep.
Engineering Roles We will be forming groups of 3 students
Interactive Journals My Journal. Key Ideas  Interactive journaling will make a difference!  Students are actively engaged in thinking and communicating.
Documentation Letts Study Guide Information Systems - IT Chapter 19.
Photos and Sensor Instructions
Electronics Merit Badge Class 4 5/17/2015Electronics Merit Badge Class National Scout Jamboree1.
V EX C OACHES ' T RAINING October 12, Agenda for Today 9 – 10 AM : Tina Reeves and the Engineering Notebook 10 – Noon : Finish Building, Basic Robot.
How to Construct a Robot Part 7: Wiring and Controller Installation Copyright © Texas Education Agency, All rights reserved. 1.
MICROMOUSE 2006 Version: Meat & Potatoes. Alex Zamora Tyson Seto-Mook Mike Manzano Alex de Angelis Aaron Fujimoto The Team:
Efficient Path Determining Robot Jamie Greenberg Jason Torre.
Designing an Application in VB 6.0.  Define a Procedure Oriented application and show examples – (procedur.exe)  Define an OOED (Object Oriented/Event.
Embedded Programming and Robotics Lesson 6 Mechanical Assembly 1.
FanBot is a fanning robot using High-speed DC Motor. Fan.
Chart Prep & Scan. Create a Document Retention Plan and Policy Backing Up Your Data Chart Preparation & Work Area Setup Barcode Cover Pages Printing then.
Lab 04: AEV External Sensors Advanced Energy Vehicle (AEV)
The George Washington University Electrical & Computer Engineering Department ECE 002 Dr. S. Ahmadi Class 2.
The Guide to Your ISN Anthony’s Guide to Your Personal Organizer for this Class!
Printed 10/7/2011 SCOUT, REV5, WIRING KIT, GUIDE SONAR Connector: JST Length: 6.5 inches 28AWG Start: BreakFly End: Sonar 0, 1 FEMALE Connector: JST.
Electronics and Robotics Merit Badges
Instructors begin using McGraw-Hill’s Homework Manager by creating a unique class Web site in the system. The Class Homepage becomes the entry point for.
Science Rocks!!. Setting up a Science Journal Name on Front/Inside Front & Back/Spine Name on Front/Inside Front & Back/Spine Number pages to 160 (odd.
Jim Ng 15/1/2014 CENG4480 TUTORIAL 1. ABOUT ME Current MPhil Student supervised by Prof. Mak You can find me at Rm116 in SHB
Introduction to Vexnet
Photos and Sensor Instructions
Electronics and Robotics Merit Badges Class 5 – Programming Robot Controllers for Sumo Competition 12/23/2015 Electronics and Robotics Merit Badges - Class.
The George Washington University Department of ECE ECE Intro: Electrical & Computer Engineering Dr. S. Ahmadi Class 4/Lab3.
The George Washington University Electrical & Computer Engineering Department ECE 002 Dr. S. Ahmadi Class3/Lab 2.
Engineering Design Journal Foundations of Technology Engineering Design Journal © 2013 International Technology and Engineering Educators Association STEM.
Science Notebook Assembly Instructions. Table of Contents Left Side PagesRight Side Pages Pg. # Do this setup for the first 2 pages of your notebook.
Servo Motor Control Using Arduino Instructor: Dr Matthew Khin Yi Kyaw.
MIND CONTROLLED ROBOT BY ADITHYA KUMAR EIGHTH GRADE.
RoverBot Assembly The following pages show assembly plans for the RoverBot using the Consumer MindStorms or School Team Challenge Lego kit. Assemble the.
Project Overview  Introduction  Frame Build  Motion  Power  Control  Sensors  Advanced Sensors  Open design challenges  Project evaluation.
Robotics Grant Agreement No LLP UK-LEONARDO-LMP Project acronym: CLEM Project title: Cloud services for E-Learning in Mechatronics Technology.
Introduction to Vexnet
Activity 4.2.8a Satellite Flight Satellite Robot Construction Guide
Project Overview Introduction Clawbot Build Design Modification
VEX IQ Curriculum Smart Machines Lesson 09 Lesson Materials:
25th Annual 7th and 8th Grade Battery Car Challenge
Line-Follower Challenge
8/30/2004 RoverBot Assembly The following pages show assembly plans for the RoverBot using the Consumer MindStorms or School Team Challenge Lego kit. Assemble.
WORKSHOP 2 VALVETRAIN MECHANISM
WORKSHOP 2 VALVETRAIN MECHANISM
The Scientific Method Learning Target Goal:
Program the robotic arm
Understanding Communication with a Robot? Activity (60 minutes)
An Arduino Workshop; part 2
Chrome River Navigation Guide
Scoutbotics Robot Testing
“RedBoard” / Arduino Uno Ardumoto Motor Driver Shield
Introduction to Gobbit Programming
Project Overview Introduction Clawbot Build Design Modification
Exploded View Extracting Drawings
Electrical Engineer Responsibilities
Programming Part 2 Mod Kit
Exploded View Extracting Drawings
Monday 9/18/17 Copy this week’s schedule into your assignment notebook. Copy exactly as it written please. Notebook Entry: Review the list of criteria.
Merit Badge SCOUTBOTICS October 28, 2017
Dave Mawdsley, DACS Member, Linux SIG January 16, 2013
Design Sample: Build a Swing
Pair work – Do you want to change seats??
Photos and Sensor Instructions
Introduction Level Gobbit Assembly and Programming
SCOUTBOTICS Engineering Notebook
Basic Design Documentation
Intro to Arduino Part 2 The Breadboard
Boat Design.
Introduction to Computer Science
Presentation transcript:

SCOUTBOTICS Engineering Notebook Scout’s Name October 28, 2017

Scoutbotic Requirement 1 4a Req. 4.a. – With your counselor's approval, choose a task for the robot or robotic subsystem that you plan to build. Include sensor feedback and programming in the task. Document this information in your robot engineering notebook. Scoutbotic Requirement 1 (1) Describe how the Arduino on your Gobbit Robot will use the QTR sensor feedback to adjust the motors to keep your robot following the Line. 4a Robotics Merit Badge Scout: Date: Counselor:

4b Scoutbotic Requirement 2 Scout: Date: Counselor: Req. 4.b. – Design your robot. The robot design should use sensors and programming and have at least 2 degrees of freedom. Document the design in your robot engineering notebook using drawings and a written description. Scoutbotic Requirement 2 Make a drawing of your robot in your Engineering Notebook. (2.a) Label the Power Switch, the Arduino board, and the USB connector (part of the Arduino board). (2.b) Label the front and back of your robot. Label the Left and Right wheels. Draw arrows on the wheels showing how they will turn to move your robot in the “forward” direction. You might need to make an extra drawing or two to show all this detail. 4b Robotics Merit Badge Scout: Date: Counselor:

4c Scoutbotic Requirement 3 Scout: Date: Counselor: Req. 4.c. – Build a robot or robotic subsystem of your original design to accomplish the task you chose for requirement 4a. Scoutbotic Requirement 3 (3.a) What model of Arduino is your “RedBoard” compatible? Note: You will need to know the model when you are uploading programs to your Arduino. (3.b) Look at the bottom side of your Ardumoto motor shield, the side with only metal pins sticking out, and find the small red text, usually in one of the corners as a “v” followed by a number. That is the version of the board. What is the board version? IMPORTANT: Confirm the wiring diagrams in your notebook match your version of Ardumoto. If it does not, ask your STEM Guide or instructor for the correct diagram. (3.c) Look at the top side of your Ardumoto shield, the side with many black colored parts attached, and find the maximum voltage rating for your battery input (VIN). What is the “Max” voltage? TIP: Never use a battery with higher voltage than this rating. (3.d) Follow the instructions for your Gobbit kit to assemble and wire the robot. (3.e) Follow your Instructor’s directions to Test the robot. 4c Robotics Merit Badge Scout: Date: Counselor:

Scoutbotic Requirement 4 4d Req. 4.d. – Discuss with your counselor the programming options available for your robot. Then do either option 1 OR option 2. (1) Option 1. Program your robot to perform the task you chose for your robot in 4a. Include a sample of your program's source code in your robot engineering notebook. (2) Option 2. Prepare a flowchart of the desired steps to program your robot for accomplishing the task in 4a. Include procedures that show activities based on sensor inputs. Place this in your robot engineering notebook. Scoutbotic Requirement 4 (4.a) Look over the “BSA” course drawing to determine the best path from start to end, and back to start. (4.b) Mark on the sheet what the direction the robot should drive or turn at each intersection. (4.c) Try changing the “drive(‘F’)” commands in the “GLC_DriveCompetition” example sketch to match the turns you noted in the previous step. (4.d) Upload the sketch to the robot. 4d Robotics Merit Badge Scout: Date: Counselor:

Scoutbotic Requirement 5 4e Req. 4.e. – Test your robot and record the results in your robot engineering notebook. Include suggestions on how you could improve your robot, as well as pictures or sketches of your finished robot. Scoutbotic Requirement 5 (5.a) Test your robot on the full size course. Did it work? (5.b) If not, try to solve it out on your own before you ask a buddy or the Instructors for help. (5.c) Now that you have finished assembly, what extra parts remain? (5.d) What could these extra parts be used with to add capability or improve the robot? 4e Robotics Merit Badge Scout: Date: Counselor: