Critical thinking and problem-solving skills are essential to success at university and in later life. However, the traditional classroom model has done a poor job of imparting these skills to students. The way children have learned in the classroom for generations has focused on lectures and worksheets. Past generations would depend on group sports, clubs and teenage jobs to impart these vital skills onto students.
However, new ideas suggest that robotics may hold the key to teaching problem-solving skills to students. Using robots to teach real-world skills may be a strange concept, but is it worth exploring? We think so and here’s why.
Virtual Reality (VR) is slowly taking over our entertainment industry. But what are the implications for other areas of our lives, such as business, health, and even…education?
While the educational realm generally takes longer than anyone else to embrace new technology, VR brings many implications for the schools of tomorrow.
Here are some ways in which VR might change the face of education in the future.
For decades, science fiction authors, futurists, and movie makers alike have been predicting the amazing (and sometimes catastrophic) changes that will arise with the advent of widespread artificial intelligence.
So far, AI hasn’t made any such crazy waves, and in many ways has quietly become ubiquitous in numerous aspects of our daily lives. From the intelligent sensors that help us take perfect pictures, to the automatic parking features in cars, to the sometimes frustrating personal assistants in smartphones, artificial intelligence of one kind of another is all around us, all the time.
Whether you include it in your instruction or not, the students in your classes are using technology. Unfortunately, their access is not always school-related.
You can change that if you’re willing to require that students use technology as part of their learning experience. The first step to authentic technology integration in any classroom lies in differentiating how students use technology. Would you rather that your students be entertained or be accountable?
Imagine if your school-age child had the opportunity to build a robot, dissect an animal in a virtual science lab, and bend the laws of physics without leaving home. Virtual reality (VR) continues to open up a world of opportunities for several industries including manufacturing, healthcare, construction, military training, and, of course, gaming.
Manufacturing Stories highlighted a list of fun ideas to keep kids learning through the summer, focusing on STEM and integrating curiosity, critical thinking, and fun. Check out these activities and more.
The 4th of July is one of the best holidays for STEMists! Firstly, it’s a great way to get kids engaged in celebration preparation. Secondly, it’s a chance to do some super groovy STEM activities. From yummy recipes, to watching the night sky light up with fireworks, above all STEMists are bound to show up for America’s big celebration! As a result, we’ve put together 5 STEM-related ways to celebrate and have a fun-filled Fourth of July.
Only 20% of schools offered rigorous, technology-based remote instruction while school buildings were shut down this spring, according to a new report from the American Enterprise Institute, and students in K-12 districts with a majority of high-poverty or low-achieving students were less likely to receive rigorous instruction at a distance.
In August 2018, Jorg Duitsman started his teaching position in the departments of Mechatronics and International Engineering at Summa College. Jorg is a long-term lover of technology and maker education. Like any other technology teachers, Jorg was eager to find a better way to teach problem solving, critical thinking, and other important 21st century skills in classrooms. That’s when he started searching and found DOBOT. Later on, he purchased 20 Dobot magicians and two Dobot m1 for his school.
Distance learning can feel impersonal and inaccessible, but there are ways to help students feel a sense of connection and access academic material.
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