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.
The Milan Malpensa International Airport in Italy is a major airport that welcomes over 20 million passengers each year. Their customers' safety is crucial, especially in these unprecedented times. To help protect travelers from contaminants such as COVID-19, they've decided to implement Connor UVC robot to systematically disinfect the Airport to help prevent the virus from spreading.
The Milan Malpensa Airport is the first Airport in Italy to deploy robots to clean and disinfect airport terminals. The Connor UVC Robots have already been tested and are actively at work targeting bacteria that are both in the air and on surfaces.
Coding is enormous in education right now.
No wonder. Coding offers so many academic benefits that schools cannot ignore its significance. Sequential processes, computational thinking, and creative problem-solving all make up coding. It’s the new literacy in schools. There’s so much to like about coding that coding academies and boot camps are springing up everywhere.
Distance learning has left a mark on schools worldwide. Even now that educators are getting ready for a gradual reopening, it is clear that they will not allow the efforts made to adapt to the crisis to go to waste: the next phase of the plan for the return to a new normal is blended learning, and it just might be here to stay.
But this combination of distance and in-person learning may leave some teachers unprepared, so let’s take a look at what to expect.
It's easy to see the coronavirus pandemic solely as a devastating event. There's no denying the hardships caused, but silver linings exist, too. For example, STEM learning is now more diverse and full of real-world activities.
Science, technology, engineering and math students have plenty of evidence of why these subjects matter and can even use their skills to positively influence the pandemic's effects. Here are five examples:
With the majority of schools across the country closed, many parents are feeling the stress of taking more active roles in their children’s education. As time away from the classroom extends into summer, parents also face the challenge of helping their children maintain what they’ve learned through a summer of uncertainty.
This year’s shift to at-home learning has provided plenty of resources parents can use to keep their children’s minds engaged and actively learning. The shift has also prompted families to create new routines and healthy learning habits. Continuing these best practices over the summer may prove beneficial in setting students up for success when they return to the classroom.
Virtual reality has been on the radar since Morton Heilig's Sensorama in the 1950s, and head mounted versions of the technology were even around in the 1960s. But it wasn't until recently that its use has become less of a novelty and more of a commonality. Console games and smartphone adapters have brought the potential of virtual reality into the lives of everyday people. And soon, that technology will enter the classroom.
Now, the big question is how these emerging technologies will transform education as we know it. While that question might not be fully answered for some time, it is easy to see the potential.
Artificial intelligence is both today’s ultimate breakthrough technology and a bit of a buzzword. It is, however, changing many facets of our lives, some of them quite noticeably. Whether AI is applied in business, industry, healthcare or education, it is often used as more or less an umbrella term, meaning that a product or system has something to do with big data, machine learning, pattern recognition and cognitive analysis, natural language processing (NLP), computer vision, neural networks, and so on.
Individually or combined, these aspects of artificial intelligence proper can power a variety of tools, educational aids, and digital learning platforms. Their main objective is to assist, augment, and streamline the traditional classroom experience without necessarily disrupting its core processes (so no “sentient robots to take teachers’ jobs” or “artificial intelligence to replace educational systems” here, sorry).
With that in mind, here are four examples of real-life applications of AI changing the classroom, from established projects to soon-to-be-reality initiatives.
Coding is the language of the future.
You’ve probably heard this many times before and might be worried how to make sure your child learns this new language on top of playing sports, doing their homework, and just being a kid. Don’t panic. The good news is that anyone can learn how to code and there are many free or inexpensive resources available.