Our traditional classroom experiences don't always leave every student prepared for their next chapter. For more and more 21st century students, career and technical education is a bit more up their alley. When it comes to CTE in schools, many students have access to real-world experiences, on-the-job training, and opportunties to develop new skills in industries they're passionate about. And, unsurprisingly, one of the most popular focus areas in school CTE programs is technology. Today, career preparation does not just involve vocational training and exposure to some of the most vital occupations, like plumbing, firefighting, and manufacturing. With so many top 21st century careers centered on robotics, AI, computer science, and more, CTE programs continue to evolve. As such, students have access to so many more tracks and chances to discover something they love.
Whether you're just starting a school CTE program or looking to expand on your current offerings, there are so many 21st century STEAM solutions that can help students prepare. As some may know, many CTE classes take place within your classrooms but impactful opportunities unfold in the real world. However your students experience career and technical education, having the right tools and framework could help. Of course, we offer an extensive list of educational robotics solutions that students can utilize in CTE experiences and programming. We also, however, provide all the best 3D printers for engineering education and programmable drones for architecture or military programs. Plus, we even stock robotic arms that are perfect for students in high school CTE programs. Even starting in middle school, our tech solutions and content can help you shape your CTE program for the future.
The Aerial Drone Competition is one of the most popular educational drone events in America and the CoDrone EDU is one of few drones approved for the competitions. In this blog, we’ll explain how to register teams for drone events, why the CoDrone EDU is well-suited for competition requirements, and how to be successful in each of the four piloting
The NAO is the most powerful and capable humanoid robot for education. But its latest version the V6, has two editions: Standard and AI. Which one is right for your classroom? Whether you prefer a Standard NAO with many coding options or an AI-enabled NAO with chatbot integration and the new Presentation Mode, this robot will enrich any classroom.
Even with STEM tools and active learning, students oftentimes fail to feel fulfilled. With career and technical education, however, they’re able to gain skills in areas that can truly help them. CTE is proven to increase positive career outcomes, prepare students for college, and even improve success in other academic areas—not just STEM.
Like the original databot Robot, the databot 2.0 is square in shape but it is not a perfect cube unlike that original model. The newer databot is shorter in height, making it a much more compact robotics tool. More importantly, it’s also outfitted with 16 powerful on-board sensors that students can use to measure anything from light levels to air
As drones continue to serve as notably valuable tools within our economy, creating educational experiences around their uses, applications, and new capabilities have proven to be valuable for students. Perhaps the best part is how drone education fits under many different umbrellas and educators can use the Discover Drones solutions and curricula in STEM and CTE.
Recent issues with student attention have inspired teachers to incorporate more audiovisual elements, like podcasts and videos, into the classroom. Research shows that interacting with videos in class improves students’ engagement and retention of STEM content, as well as increasing class satisfaction. Look inside for tips on using video elements in the classroom.
Career readiness can mean any number of different things—especially as it pertains to today’s education landscape. As you know, students may move on to college, attend trade schools, or begin working right after completing high school. Thanks to career and technical education programs, however, many students can learn viable skills and quickly begin a relevant career.
What started simply as competitions among lifelong gamers has ballooned to this billion-dollar industry with professional video game players squaring off in tournaments around the world, students earning scholarships to play in college, and learning how to make money. Esports has even permeated high schools and it’s providing brand-new opportunities for development.
The appeal of esports in education is not declining in all likelihood. Beyond the opportunities esports participation creates for students, they also have new chances to compete, experience being part of a team, and even work on developing genuine career skills. They can also develop soft skills while competing, which commonly accelerates social-emotional development.
The SKETCH 3D printing system from MakerBot provides curious students with numerous helpful features for jumping into 3D printing. It’s compact in size and comes with access to MakerBot Cloud, the MakerBot certification licenses, and STEAM lesson plan ideas for teachers. The robust MakerBot Cloud platform, however, is what helps make this printer extra valuable.
