Robots 4 Absolute Beginners - Course. LEGO NXT Resources. Getting started with a new robot kit Our getting started building advice LEGO Education downloads Before clicking on the link below - please note: once you get there you should check one of the checkboxes, e.g. "User Guide" in order to display things you can downloadYou can find things like the NXT User Guide on the Lego Education Downloads page NXT troubleshooting Having trouble using your NXT 2.1 software under Windows 7? Try the following windows 7 instructions ONLY IF NORMAL INSTALLATION DOESN'T WORK.Having trouble using your NXT 2.1 software on a Mac - here are some suggestions:Some people have had success simply going to the apple menu and selecting "software update"LEGO Education has also put out an educational software update onlineLEGO also has an update for the commercial software on lineWorking with NXT software on a netbook?
NXT programming tutorials NXT Books - Programming and more Classroom Tips Here's a nice page on how to store LEGO in the classroom if you've got a lot of it. CS4HS Summer Workshop 2012. RowanRobots. Robotics & Engineering | gealgerobophysiculus. LEGO Robotics resources I enjoy teaching students the engineering process, building, and programming using the LEGO Mindstorms kits. I currently am running an exploratory course for middle school students and have developed the following sequence of challenges for them to follow as they learn basic programming. I have used variations of this sequence to train students (and their coaches) to solve FIRST LEGO League related challenges. The files were written in LEGO Mindstorms Software v2.0. Challenge Set 1: Basic Motor control Students must use a single motor block to move exactly the length of their work table without falling off.Students must do a perfect 90 degree turn.The robot must drive straight along one edge of a rectangular table, turn left (or right), make a sound, and then drive along another edge.
Download the loop program to your robot and watch what happens. Set up a copy paper box and a robot with motors on B and C. And at the Hangzhou International School. Robotics Academy. Robotics Academy. Computer Science Student Network | CS2N is your home for an introduction to computer science, computer science activities, computer science competitions, animation competitions, and computer science courses. How to Make a Robot – Lesson 3: Making Sense of Actuators. Lessons Menu: Making Sense of Actuators Now that we learned about robotics in general in Lesson 1 and decided on the robot to make in Lesson 2, we will now choose the actuators that will make the robot move. What is an actuator?
An “actuator” can be defined as a device that converts energy (in robotics, that energy tends to be electrical) into physical motion. Choosing the right actuators for your robot requires an understanding of what actuators are available, some imagination, and a bit of math and physics. Rotational Actuators As the name indicates, this type of actuators transform electrical energy into a rotating motion. AC Motor AC (alternating current) is rarely used in mobile robots since most of them are powered with direct current (DC) coming from batteries. DC Motors DC motors come in a variety of shapes and sized although most are cylindrical. To incorporate a motor into a robot, you need to fix the body of the motor to the frame of the robot.
Geared DC Motors R/C Servo Motors Tools.