![]() Then again, as a classroom product, it’s not like they’ll have much choice. LEGO ® Education SPIKE Prime will empower you and your students to take on the world of STEAM competitions. In the same way that Kano uses a Harry Potter wand to get kids excited about coding, Lego can leverage generations of goodwill toward bricks to get them interested in Spike Prime. They can do that with the Lego bricks, because that’s the way Lego is built.”įamiliarity with the Lego brand itself may also help win over some STEM converts. “They try out something that they created, that they are emotionally attached to, and if it doesn’t work they can try again. “The prototyping that the students can do removes the fear of failure,” says Bach. In fact, with Spike Prime, mistakes are encouraged. “With all the things that kids are learning through testing and troubleshooting, they’re developing a sense of confidence that it’s OK if it doesn’t work the first time,” says Cardella, “and a sense of grit, going through multiple cycles and iterations.”īut as anyone who has misstacked a brick in the past few decades knows, Lego products are forgiving of mistakes. Making attempts that don’t work-and figuring out why they didn’t-is a crucial part of the learning process. The worry with a lesson-driven kit like this isn’t that kids won’t be able to complete the task it’s that they’ll be able to do so without challenging themselves. Other, less obvious benefits come into play as well. Will your creation be able to make it through our obstacle course. The goal isn’t just to build something simple and abstract it’s for the students to use their imaginations to describe what they’ve made. Lego® Spike is an introduction to building robots and block coding artificial intelligence. Muthyala points to a lesson called “What Is This,” in which students construct a motor that moves a ring around. It provides lesson plans that cover not just the creation of models but also how to incorporate them into math and language arts studies. Even though our board is much better than passive boards, we manage to keep our price approximately the same as the passive board! So it’s no brainer to choose between the passive board vs our QikEasy Adapter Board.But Lego also offers a well-rounded version of that vision.After you receive the product, we will still be able to provide you patches for bug fixes or adjustments for new issues caused by LEGO live updates to their firmwares. QikEasy Adapter board’s firmware is patchable through OTA (Over-The-Air) updates. Our team is dedicated to support your STEM robotic journey.With our board, because we use a dedicated MCU to perform hardware emulation of a Spike Prime sensor, it lets your EV3 motors work seamlessly with the new Hub. A passive connection conversion board will NOT work with EV3 motors at all.With 5V, EV3 sensors will work in a much more stable manner. With our adapter board, we use an active booster element to convert the 3.3V source into 5V before feeding it into the EV3 sensor. The sensor may still run, but because of the lower power source, you will likely run into stability issues. When using the passive board to connect the EV3 sensor to a Spike Prime Hub port, you can only provide 3.3V to the EV3 sensor which expects 5V. Spike Prime runs on 3.3V while EV3 runs on 5V.The direct connection board will only work with Python, if it works at all. With such, your EV3 sensors will be usable in both Word Block and Python projects. QikEasy Adapter uses a dedicated microcontroller unit (MCU) which is basically a CPU to fully emulate the Spike Prime sensors/motors.So how is such converter different from ours? Such boards cost the vendor less than $1 to manufacture. ![]() There is at least one converter product on the market that merely directly connects the EV3 socket pins to the Spike Prime ones. So with limited budget, you may slowly update your class by only upgrading a subset of all the kits.ĬLICK HERE TO learn more about how QikEasy Adapters can help school with their Spike Prime upgrade initiatives. With QikEasy Adapter, since you will use the same construction plans for both the old and the new hub, you can have part of your class use the old hub and the rest use the new hub. Without changing your hardware build plans, your students may use old EV3 devices with the new hubs.Įase Budget Constraint. With QikEasy Adapter, you may gradually transition from EV3 to Spike Prime. Ideal for classrooms, after school and home. Moving to the new Spike Prime platform means that they will lose all their work, and they will have to completely redesign their curriculum.Įnter QikEasy Adapter, you can now reuse your custom made EV3 based construction plans with your new hub. Meet SPIKE Prime, your secondary school solution to build students' confidence and introduce 21st century STEM skills. The Challenge: Over the years of using EV3, many educators had customized their curriculum with their own custom construction plans.
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