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I have placed demonstration projects and other materials on this page for you. Click on the presentation you want to review. Items in green are videos. You will need Flash player installed to view them.

           

Lessons


Projects, Slides, & Videos

  • Lesson 1
    Introduction to Robotics
  • Lesson 2
    Introduction To the Lego Programming Editor

Thinking as a programmer...
Ideas about how to "talk" to a machine
Learning about the Lego Editor  Video 2

  • Motor Basics Programming
    Moving the Robot Video 3

  • Learning about Wait controls  Video 4

  • Activities 1-3: Robot Motor Tests (These will show up under activities when you check grades)
    • Dead Reckoning (Up & Back 10 pts)
    • Zig-Zag (10 pts)
    • Obstacle Course (10 pts)  Video: Stan's Tank
  • Lesson 3
    Making Turns & Avoiding Obstacles
  • Making controlled Turns & Controlling Speed
  • Challenge #1: Hill Climb  Video
    Your bot must go up my ramp, turn around at the blue line, and come back down without crashing!
  • Challenge #2: Trap Door  Video
    Your bot must go through the tunnel box when the door is open and make one loop around the outside of the box and stop back where it started. I want you to use some Motor Blocks in your program. You can use Move blocks also.
  • Lesson 4
    All About Sensors
  • Activity: Test your sensors.
    Use the NXT View Me program to test your sensors.
  • Lesson 5
    Using Loop Blocks & Wait blocks
  • More Programming Concepts: Introduction to Loops
  • Lesson 6
    Decision Structures: Switch Blocks
    Chapter 12
  • Making Decisions
  • Introduction to the Switch Block Video
  • Programming with the Switch block:

    A Simple Switch example
    Switch inside a loop
    "TouchNSee" (Two switches manage sonar & touch sensors)
    Get all three switch programs here
    .
  • Making Multiple Decisions
    Using Cascading Switches   Video  
     
  • Challenge #4: Watch Out!
    Build a bot to move around the room without crashing into anything. It must run for 3 minutes. (Sonar sensor detects objects 0-255 cm or about 8 feet within 1.5")

     
  • Challenge #5: Adaptive Cruise Control
    Make your robot run the track around the classroom without runining into the "car" in front. It needs to be able to stop for obstacles and then go again! Watch out for trains!!!
  • Lesson 7
    Working with Gearing




 

  • Lesson 8
    Data Hubs
  • Working with Data Hubs  Video
  • Project pack includes:
    • Real-Time sensor monitoring
    • Control speed via sound level
    • Random start-up speed
  • Lesson 9
    Using Memory: The Variables and Display Blocks
  • Displaying Stuff
    Using the Display Block Controls   Video


  • Working with NXT-G Variables  Video
    • Creating and saving one variable (Tunnel Runner 1)
    • Creating and saving two variables (Tunnel Runner 2)
  • Lesson 10
    Calculating Results: The Math block
  • Lesson 11
    Logical Loops:Compare Block
  • Working with Logical Conditions

  • Project pack includes:
    • Distance, light, & touch
    • Using a logical OR test
    • Motion detector using the Compare Block
  • Lesson 12
    Custom Code: My Blocks, Constants, and File I/O
  • Lesson 13
    Multi-tasking
  • Multitasking

    Making the Robot do several things at the same time!   Video
  • Lesson 14
    Remote Control
  *The NXT videos were developed by Dale Yocum, Head Robotics Coach at Catlin Gabel School in Portland, Oregon. The exercise animations are provided courtesy of Skye Sweeney. This version of the tutorial may be freely distributed and used for noncommercial purposes.

Too cool!

RPKessler@hotmail.com

Copyright 1999-2015 Ronald P. Kessler, Ph.D.
All rights reserved.
Revised:
Aug. 23, 2015

These materials are provided for the exclusive use of my students. Please contact me for permission to reproduce or use these presentations.

General

Lego Stuff
Robots in Action
Resources
Sensors/Motors/Gears
Hardware & Parts
Challenges & Activities
Programming Videos*
Advanced Programming