What teaching tools will take over TechEd classrooms over the next few years that encourage hands-on learning while also covering core competencies? And which give you the most bang for your buck?
We’ve evaluated an array of robotics, electronics, STEM and MakerEd technologies that we predict will become the future of teaching TechEd.
Here’s a quick summary but if you can download our full guide here.
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3D Printers
What is the latest 3D printing technology that gets you the most bang for your buck? There are a few options from a few different manufacturers, including Stratasys, MakerBot, Ultimaker, and FormLabs. What will work best for your program depends on the size parts and material you want to print as well as how easy you want the process to be. Overall we love the Stratasys F123 series 3D printers because you can basically do it all without dedicated expert staffing.
Laser Systems
A staple in TechEd classrooms for years, you need a laser system that can cut and engrave a wide variety of materials. What are your students making? Acrylic enclosures for electronics projects? Cardboard prototypes? Architecture models?
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Wide Format Printers
Empower students to design and produce signs, packaging, apparel and more with the right inkjet printer-cutter. Our recommended models from Roland include easy-to-use production software for an out-of-the-box solution that makes learning fun and easy for both students and educator.
CNC Plasma Cutters and Routers
What makes a CNC plasma cutter or router right for the classroom? One that is fully enclosed, cover CAD/CAM, include a generous warranty – and personalized online training. Systems like those from Forest Scientific are ideal for TechEd, drafting, woodworking and art programs.
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Drones and Rover STEM Kits
Students need a learning experience that goes beyond typical classroom environments. We have a few favorite kits (Arduino, rovers, UAVs, etc.) when it comes to kits that offer real-world applications using C++ programming and technologically advanced open source robots.
Robot Arms
Currently trending in K-12 TechEd classrooms are desktop robotic arms that cover an array of functions from 3D printing to laser engraving to writing and drawing. Added bonus? Make it lightweight and cover more 20 programming languages.
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Robotics and Electronics Kits
Simplify the process of learning and teaching electricity and electronics with kits like robot arm production cells, programmable electrical and electronics kits, and more. What makes a good kit? Easy to teach components, robust curriculum, and an array of optional add-on’s.
Want to know which products we recommend specifically? Download our full guide here.
