Whether it is in the classroom or the real world, artificial intelligence is making a noteworthy impact. Already a household topic within STEM education, the presence of artificially intelligent machines is certainly growing fast. Plus, it's not necessarily too overwhelming for students to grasp. When we think about it, kids now start interacting with AI from the early stages of their lives. They are constantly seeing AI help them out on web pages and even make their daily lives easier by contributing to various functions on their smartphones. So, by the time they reach middle school, many students are ready and eager to explore artificial intelligence. The question for educators, however, then involves how to effectively introduce this vast and incredibly young field. And, one of those answers involves integrating some principles of AI in STEM and computer science lessons.
Since it's now a huge piece of the technology sector, more educators are introducing artificial intelligence in their STEM programs. This doesn't have to necessarily always involve an entire class or curriculum dedicated to AI, however. Using certain classroom solutions, students can get a feel for what this technology is all about. Whether educators weave it into CTE programs when teaching about automation or create connections to the more advanced robots and their behaviors, the applications of artificial intelligence are set to evolve rapidly. Thankfully, it's very much possible to start these discussions and even create hands-on, up-close learning opportunities for students. And, as time marches on, we just might see artificial intelligence creep into every curriculum, especially since it already plays a role in helping teachers personalize learning.
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.
Each of the UBTECH UKITS comes with its own curriculum. By following detailed project guides displayed in 3D on the UKIT app, kids can explore STEM topics in a hands-on way. Plus, in the lessons, educators can cover everything from force and motion to earth science and natural disasters with hands-on building and collaboration. Check out the new AI kits
The term artificial intelligence typically refers to the computer systems that are capable of efficiently completing tasks that should normally require the use of human intelligence. As educational leaders continue exploring some of the various avenues—popular or not—of bringing it into classrooms, the hope is that it extends educator efficiency and helps student achievement.
The year 2023 is over, but those educational movements that shaped it will continue to impact students in 2024—and beyond. Advances across many key areas, like artificial intelligence, stood out among big EdTech trends for 2023, while personalized learning, cybersecurity, and teacher burnout were also big, and drones, 3D printers, and VR came more into focus.
Last week, at the Boston Museum of Science, their Women in Science and Engineering (WISE) initiative hosted a panel on Women in AI. The panelists discussed the need for added diversity in AI and the significance of ethical issues surrounding how people use artificial intelligences. They also added their insights on how to use AI tools effectively and safely in
With AI tools like ChatGPT expanding in popularity, many teachers are now worried about their potential use as a plagiarism tool. One educator who is keeping an eye on that very issue is Daniel Sabol, a teacher and a librarian who’s passionate about teaching all students to properly use and cite their sources. Here’s his tips for detecting plagiarism with
ChatGPT’s vast knowledge base and uniquely effective imitation of human writing styles make it a powerful tool for both educators and students. But, as a lot of students employ ChatGPT as a homework aid, some educators are wondering whether its disadvantages outweigh its uses. Let’s see what ChatGPT can—and can’t—offer to kids in 21st century education.
Unlike with the previous NAO V6, the AI Edition is more suited for students in higher education or any who have enrolled in CTE pathways programs in high school. It is designed to help these students explore a variety of more advanced technology concepts in addition to the crucial SEL connections educators could establish using the previous NAO Robot versions.
Consisting of robot arms, AI kits, and accessories, these technologies help inject additional real-world relevance and rigor into your high school STEM and CTE programs. From the Dobot Magician and AI kits to their conveyor belts and sliding rail accessories, students can truly get a feel for the world of automation, simulate AI experiences, and program robotic behaviors.
The courses within Edsquare are designed largely for students. As they say, however, teachers can also feel free to try them. There are a lot of opportunities for them to learn about contemporary skills and developing technologies. At the moment, there are two main courses available on the Edsquare platform, focusing on AI and its role in machine learning.
