South Korea, Germany, and Japan are most prepared for the coming wave of automation, according to a new report by The Economist. The U.S., on the other hand, ranks ninth out of 25 countries. And the most-at-risk countries? Mexico, Vietnam, and Indonesia.
Without any feedback it can be difficult to pick up objects. The mimicEducationalRobots (a division of Robomotive Laboratories LLC) offers the feedback needed to feel that you have something in your hand. This makes it easier to accomplish tasks, and for young students to literally gets hands-on with robotics. The idea is to get kids interested in robotics to where they want to be able to tinker with the arm, and hopefully, start to learn how to program it.
“Preparing today’s youth to be our future STEM leaders is just one of the many goals of the Robotics Education & Competition Foundation,” said Dan Mantz, CEO of the REC Foundation. “The VEX Robotics World Championship is really all about celebrating these brilliant students and their bright futures.”
The ninth annual National Robotics Week kicks off April 7 with STEM-focused events happening across all corners of the US. Established by Congress and iRobot in 2010, National Robotics Week is designed to raise awareness about the importance of STEM education (Science, Technology, Engineering and Math), and how these subjects play a role in shaping the future of education, industry and the U.S. economy.
Jett, a coding and programming robot designed for students of all ages, started school this week. The 22-inch-tall, 12-pound interactive learning companion is already teaching students in Texas and New Jersey the critical skills needed to ignite a lasting interest in STEM - without requiring teachers to change a single lesson plan.
This spring all 24 Maryland school systems will receive $15,000 technology grants for remote classroom technology. Remote classroom devices allow students unable to attend class for extended periods to continue to stay involved. A 4-foot propeller robot is one type of a remote classroom device. It's controlled by the home or hospital-bound student and moves around the classroom and school.
In the history of business and manufacturing, automation has become commonplace. In many ways, people have been replaced by machines in the manufacturing, retail, restaurant, and corporate settings. At the same time, opportunities have arisen for employees who specialize in programming, engineering, and maintenance of machines in all areas of commerce and industry.
The first product from Sony's Global Education division, a candy-colored robot-building toy called Koov, is now ready for all of us to order. The toy, which is Sony's attempt to topple Lego Mindstorms' dominance in the STEM toy market, comprises of blocks that you can put together with motors and sensors.
You've seen apps and toys that promise to teach your child to code. Now enter the robots. At the CES electronics show in January, coding robots came out in force. One convention hall area was packed with everything from chip-embedded, alphabet-like coding blocks to turtle-like tanks that draw on command.
Robots have transformed industrial manufacturing, and now they are being rolled out for food production and restaurant kitchens. Already, artificial intelligence (AI) machines can do many tasks where learning and judgment is required, including self-driving cars, insurance assessment, stock trading, accounting, HR and many tasks in healthcare. So are we approaching a jobless future, or will new jobs replace the ones that are lost?