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1. Lego wedo kits scratch install#
2. Lego wedo kits scratch software#
3. Lego wedo kits scratch Bluetooth#
4. Lego wedo kits scratch download#

Scratch is the world’s most popular block-based programming language for children.

Lego wedo kits scratch download#

Download and unzip the micro:bit Scratch Hex file.

Lego wedo kits scratch install#

Install Scratch Link for Mac/Windows or the app for Chrome OS and Android tablets.LEGO students use LEGO bricks and digital tools to solve problems creatively and to excel at working with others and thinking critically.

LEGO Education is based on a hands-on learning approach that actively involves students in their own learning process. The same for the instruction guide, only a digital version is provided in this kit and available on the same application. These Lego Boost creations are totally controlled and coming to life from a tablet application on IOS and Android.

Distance sensor is not supported in Scratch.Ĭonnecting EV3 to Scratch Turn on your EV3 by holding down the center button. We can use motors, tilt angle sensors and color sensor.

Lego wedo kits scratch Bluetooth#

In order to use Lego Boost with Scratch you must install and run Scratch Link, turn on bluetooth in your computer and load Boost extension in Scrach. This unique combination of building with LEGO® bricks, and then using an easy-to-use classroom app to make WeDo 2.0 come to life through engaging lesson plans for science, technology, engineering and math classes, provides you with everything you need to teach programming in your classroom. You will need to do these steps each time you want to use the WeDo.

Lego wedo kits scratch software#

Since the Lego software does not run on Chromebooks we will be using Scratch for our programming environment. Motor The motor can be programmed to turn this way or that way and to move at different power levels. The WeDo Software automatically detects the LEGO Hub and any motors and sensors attached to it. LEGO Education WeDo 2.0 is discontinued and has been replaced by the LEGO® Education SPIKE™ Essential Set. Use the WeDo extension blocks to turn on lights, control motors, and make your project interactive. Connect your WeDo 2.0 by following the steps in the Tips Window. The Device Manager lets you connect WeDo 2.0 to Scratch using Bluetooth. I think that this kind of thematic play is a key part of LEGO's concept of the WeDo system, and I think it would be key to making any WeDo+Scratch initiative into a "hit". But note also that LEGO Education did a good setting up a kid-stimulating storyline (with videos & graphics) for each of the Activity Pack projects. The main work needed would be coming up with all the sample programs, including the block-by-block explanations. If I had time to work on an "open" (free) Scratch-plus-WeDo curriculum, I'd start by mimicing/adapting the LEGO Education WeDo Activity Pack, and also adapt/borrow ideas from and. They got very creative, using the Scratch on-screen interface to add music, visual effects, and "customer" interactions, and using the WeDo sensors to control the speed of the rides and/or visual effects, or to count out rotations as a method of timing the ride duration. Last year, for a local Mini Maker Faire, I challenged my Robotics Club () to build "circus rides" (inspired by the ferris wheel project in the extension set), while programming with Scratch. But I've also been introducing some kids to the Scratch-with-WeDo option, and it's equally engaging, especially when they are also given the WeDo Extension sets (with additional building ideas). If kids advance through all the projects quickly and successfully enough, I usually let them "graduate" to the NXT kits. I've been using WeDo, with the Activity Pack, as the main part of a middle-school Robotics elective.