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3D printers

Student entrepreneurs flex a funding win to grow 3D printing business

Since the first patent for additive manufacturing (more commonly known as 3D printing) was filed in 1980, the industry has expanded rapidly. As with any new technology experiencing accelerated growth, unforeseen problems spur innovation.

In San Antonio, TX, an all-women team of Alamo Heights High School students realized one of the problems facing manufacturers of 3D printers was the procurement of raw materials available to make filament. After collaborative deliberation, the group founded FYDER Filament—a company poised to revolutionize sustainable materials sourcing in the 3D printing market.

We developed the idea for FYDER Filament while participating in INCubatoredu, a full-year entrepreneurship program offered at our school to empower young business leaders to identify an opportunity, develop solutions, and create an actual business. At the end of the course, each team competes for funding to grow their business.…Read More

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How to help IT teams manage digital transformation

From educators, IT teams, and school administrators to parents and students, nearly everyone with a stake in the education industry is aware of the promise new digital technologies hold to improve learning outcomes, increase student engagement, and add variety and depth to instruction and assessment.

Whether they’re talking about one-to-one computing initiatives, digital textbooks, using “smart” interactive whiteboards and 3D printers in classrooms, or moving to full-scale “flipped” instructional models, educators are excited about technology’s potential.

These innovations are making it possible for teachers to customize lessons to suit individual learning styles, extend instructional time beyond school hours, and better capture the attention and interest of students.…Read More

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Tips to help IT teams manage digital transformation

From educators, IT teams, and school administrators to parents and students, nearly everyone with a stake in the education industry is aware of the promise new digital technologies hold to improve learning outcomes, increase student engagement, and add variety and depth to instruction and assessment.

Whether they’re talking about one-to-one computing initiatives, digital textbooks, using “smart” interactive whiteboards and 3D printers in classrooms, or moving to full-scale “flipped” instructional models, educators are excited about technology’s potential.

Related content: 5 key network steps to support edtech…Read More

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4 considerations for your first makerspace

The benefits of hands-on, active learning are firmly established, yet a lot of difference exists between being able to touch something and being able to create something. The latter allows students to practice skills in demand in the modern economy.

The exhibitor floors at ed-tech conferences provide an inspiring snapshot for the rise of skills-based learning options and environments across the American educational landscape. Educators and schools are realizing they need to provide more experiential learning experiences for the next generation of makers. One way is through learning environments called makerspaces.

What is a Makerspace? …Read More

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5 tips for creating a makerspace for less than the cost of an iPad

You don’t need power tools and 3D printers to start a makerspace. Instead, get creative

Where others see trash, I see treasure. Reusing, repurposing, and recycling items that can be found in the kitchen garbage can, on the curb, or collected by friends and families helps educators to save money while protecting the environment.

Today, our library makerspace has developed into a 21st century learning laboratory, with funding from grants and through the generosity of individuals and organizations that support our DonorsChoose projects. But it wasn’t always this way.

In 2013, I began creating a makerspace in our library with only recyclables such as yogurt containers, bottle caps, and toilet paper tubes that I had been saving over the summer. I scoured the library storage cabinets to find office supplies such as markers, crayons, paper clips, rubber bands, glue, and scissors. Then I began raiding my own craft supplies. There was a physical space, and students were making things. I had a makerspace.…Read More

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7 innovative 3D printers for the classroom

A snapshot of classroom-ready 3D printers available for educators

3d-educationThese days, 3D printing is becoming a staple of the modern classroom, from K-12 to college and university campuses as well.

Even as prices dip for some models, educational institutions and districts are also gaining financial support from outside sources for ventures into 3D printing. In fact, government business intelligence company Onvia reports that from 2011 to 2015, more than $1.8 million in 3D printer and supply contracts was awarded to 44 primary, secondary and higher education institutions and school districts across the United States.

David D. Thornburg, co-author of “The Invent to Learn Guide to 3D Printing in the Classroom,” said he would not recommend one specific 3D printer for classroom use because the constant advancement in the 3D printing industry can make choosing the best models a “moving target.”…Read More

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3D printer brings dexterity to children with no fingers

Richard Van As was working in his home near Johannesburg, South Africa, in May of 2011, when he lost control of his table saw, NPR reports. “It’s a possibility that it was a lack of concentration,” he says. “It’s just that the inevitable happened.” The carpenter lost two fingers and mangled two more on his right hand. While still in the hospital, he was determined to find a way to get back to work. Eventually, solving his own problem led him to work with a stranger on the other side of the world to create a mechanical hand using . Other prosthetics, including a lower jaw, have been made with the technology before, but making a hand is particularly tricky…

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