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EEG-Based Comparison of the Education in the Virtual Reality with the Real Lecture
| July 24, 2018
LearnZillion is a curriculum company dedicated to taking the highest quality curriculum and making it teacher friendly and classroom ready. Founded by two educators in 2011, LearnZillion is now used by more than 1 in 3 U.S. teachers.
Article | April 5, 2020
Artificial intelligence (AI) is no longer the realm of science fiction. AI is quickly becoming a powerful new technology and is set to disrupt any sector that deals with large amounts of data, and education is no different. The academic world is still considered one of the most human sectors — the most human of the humanities — but that doesn’t mean there aren’t ways in which teachers and school workers can benefit from implementing artificial intelligence.
When you think of a playground what do you think of? Swings, slides, roundabouts?
Many years ago, these would be constructed without too much thought gone into the risks to ordinary children falling or losing grip. I have several siblings. We all sustained injuries at the local park. One fell off the high slide and lost her front teeth. One slid forward on the slippery rocking horse and had stitches in her chin. Another caught her foot on the roundabout as she tried to jump off when another child was pushing it too fast for her liking. I could go on.
Today playgrounds have to meet the European safety standards and safety surfacing has to be installed under swings, slides, and roundabouts. This must adhere to the current standard for impact absorbing playground surfaces.
It is good that playgrounds today meet these safety standards.
Yet. If your child is unable to walk, how will they get on that swing, that roundabout, that slide?
More and more children with disabilities are being educated in mainstream schools. Parents no longer think that a disability should stop their child from accessing the local playground. What is available to students with disabilities in these playgrounds?
Special schools have had to cater for students with disabilities when planning a playground but do ordinary schools? It is an act of discrimination if a child with a disability cannot enjoy being out on the playground as much as the able bodied child.
There was a time when the only wheelchair swing took ages to set up for a child to enjoy just 5 minutes of swing time. Anbakgard in Denmark have designed a wheelchair swing that takes just two minutes to set up and has additional seating for peers to join the experience. To see one in action go to https://YouTube.be/vh4NSOTULdA.
There are roundabouts that include a safety space for wheelchairs and slides that allow adults to accompany children on them for support. There are outdoor trampolines specifically for wheelchairs. There are birds nest swings that allow students with mild physical disabilities more space to enjoy the vestibular sensory stimulation. There are many sites that now provide play equipment to suit all kinds of needs. One such site is https://www.gljones-playgrounds.co.uk who provided our school with a lot of its play equipment.
There are climbing walls specifically geared to wheelchair users. Visit http://www.rockclimbingcentral.comto see the benefits to building muscle strength, endurance, strength, agility and flexibility.
When our children have missed out so much on play during the pandemic it is important that we provide all children with their right to play by ensuring that playgrounds everywhere are inclusive.
How do we know you love it? Because the internet is now full of really awesome 3D-printable cases and add-ons our community has created in order to use their High-Quality Camera out and about…or for Octoprint…or home security…or SPACE PHOTOGRAPHY, WHAT?! We thought it would be fun to show you some of 3D designs we’ve seen pop up on sites like Thingiverse and MyMiniFactory, so that anyone with access to a 3D printer can build their own camera too!
You in the community seemed so impressed with this recent Boston Dynamics–inspired build that we decided to feature another. This time, maker Harry was inspired by Boston Dynamics’ research robot Handle, which stands 6.5 ft tall, travels at 9 mph and jumps 4 feet vertically. Here’s how Harry made his miniature version, MABEL (Multi Axis Balancer Electronically Levelled). MABEL has individually articulated legs to enhance off-road stability, prevent it from tipping, and even make it jump (if you use some really fast servos). Harry is certain that anyone with a 3D printer and a “few bits” can build one.
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