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Podcast Series: Innovations in Education

Explore the full series of eSchool News podcasts hosted by Kevin Hogan—created to keep you on the cutting edge of innovations in education.

Local partnerships can build STEM workforce development in your district

The measurable success of recruiting students into STEM based pathways via a popular high school program known as FlexFactor has led the Department of Defense to recently invest $5 million via its Manufacturing Engineering Education Program (MEEP). This investment will adapt and export the FlexFactor framework to be used nationally by eight Manufacturing USA Innovation Institutes and nonprofit partners focused on emerging technologies.

Developed in San Jose, Calif. by the Flexible Hybrid Electronics Innovation Institute known as NextFlex, FlexFactor is the hallmark of NextFlex’s workforce development portfolio. An awareness building program designed for middle school and high school students, FlexFactor puts students in the shoes of business leaders facing real world opportunities and challenges that flexible hybrid electronics help to solve.

Via an immersive six-week program, students gain a deeper understanding of the advanced manufacturing sector as well as the tools, skills, and judgment required for effective decision making as it relates to developing and bringing a new technology product to market. …Read More

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Samsung’s Display Solutions Help Reimagine the Classroom for one of the U.S.’s Largest Charter School Support Organizations, Academica

Samsung Electronics America, Inc. announced today its partnership with Academica – one of the largest charter school support organizations in the U.S., serving more than 200 public charter schools and 125,000 students in nine states – to reimagine the classroom for the 21st century.

The partnership arrives during the new learn-from-home era, as traditional classroom settings are being enhanced with virtual setups that are interactive and engaging. Samsung delivers a complete ecosystem of display products and solutions optimized for all variations of back to school, including remote learning and hybrid teaching models. With long standing education programs including Solve for Tomorrow, Samsung understands how technology impacts education, and how now more than ever, it is critical to learning and creating change in grades K-12.

“As we continue to navigate this new normal together, we need to take a practical approach to helping students and educators adapting to a new learning environment,” said Mark Quiroz, Vice President of Marketing for the Samsung Display Division. “We’re offering new solutions and working with education networks like Academica to bring ease to the transition to remote and hybrid learning models. Students’ safety and health are top of mind and we are proud to be able to offer tools that bring the classroom into the home.”…Read More

Why we all need time to tinker with tech

Tinkering rolls personalized learning and critical thinking into one powerful package

Picture this: a grandparent working on a car in the garage or a kid figuring out the inner workings of a clock. A group of students with screwdrivers in hand taking apart old desktop computers to learn about circuits. Or a parent encouraging their child to invent contraptions for feeding pets or taking apart everyday objects such as old clocks and doorknobs to figure out how things work.

Tinkering in the modern context is a process of trying something to figure out what works or doesn’t to find your way to the best solution, often going through many iterations, or changes, along the way. Tinkering is more a philosophy than a single practice and thus can be applied to many forms of learning for all learners.

In a blog post discussing their work, authors Hunter Maats and Katie O’Brien discuss the science behind making mistakes and becoming experts. Experts are not made by practice alone, instead they deliberately tinker to determine which strategies are working or not working, and strategically develop areas that need improvement.…Read More

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Lenovo, Google launch Project Tango device

Project Tango technology gives a mobile device the ability to navigate the physical world similar to how we do as humans

At the 2016 Consumer Electronics Show (CES), Lenovo announced the development of the first consumer mobile device with Project Tango in collaboration with Google.

Available in summer 2016, the new smartphone, powered by the Qualcomm Snapdragon processor, turns the screen into a magic window that can overlay digital information and objects onto the real world. Lenovo, Google, and Qualcomm Technologies are working closely together to optimize the software and hardware to ensure consumers get the most out of the Project Tango platform.

Google’s Project Tango is a technology platform that uses advanced computer vision, depth sensing, and motion tracking to create on-screen 3D experiences, allowing users to explore their physical environments via their device. Specialized hardware and software combine to let the device react to every movement of the user, when they step forward, backward, or lean side to side. App developers can transform your home into a game level, or create a magic window into virtual and augmented environments. Project Tango-enabled devices can recognize places they’ve been before, like your living room, the office, or public spaces.…Read More

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LEGO’s WeDo 2.0 teaches science, coding

New wireless, tablet-ready robot-based learning system for elementary science curriculum teaches science and coding in a hands-on way

At the International Consumer Electronics Show, LEGO Education launched LEGO Education WeDo 2.0, a hands-on science solution designed for elementary classrooms using a robot-based learning system.

The solution combines the LEGO brick, classroom-friendly software and engaging, standards-based projects to teach elementary students essential science practices and skills.

With WeDo 2.0, students explore, create and share their scientific discoveries as they build, program and modify projects. Through a series of collaborative challenges, they deeply engage with science, engineering, technology, and coding, sparking a love for experimentation and investigation.…Read More

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These amazing kits make electronics simple and fun for every student

One tool erases frustration and boredom and makes electronics fun for students

littlebits-stemVery young students often have a hard time engaging meaningfully in electronics projects. Sure, most middle school kids can learn the function of basic electronic components and follow a set of instructions to create a basic circuit on a breadboard. Often, however, their work suffers from the mistakes, short-circuits, and sloppiness that plague any novice.

More limiting than the struggle to keep bare wires from accidentally brushing each other, is the wall that most students hit after they create the alarm circuit or lie detector that they built from the schematic in the textbook.

While their imaginations are ripe with ideas of things they might like to build, most young students lack the fundamental knowledge to push beyond the canned circuits provided by their teacher and to create something original.…Read More

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