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Teach kids computer science through design and inquiry

Teach kids computer science through design and inquiry

12/04/2017

Topics: Coding & robotics, Computational Thinking, Gaming, Robotics

I first discovered computer science (CS) and coding more than 20 years ago while completing my undergraduate work. Little did I know that one day CS would be the

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Jennie Magiera: Give voice to the untold stories of your students [video]

Jennie Magiera: Give voice to the untold stories of your students [video]

11/22/2017

Topics: 1:1, BYOD, Coding & robotics, Computational Thinking, Curriculum, Flipped learning, ISTE Conference & Expo, Literacies, Mobile learning, Online learning, professional learning

Have you ever heard a speaker so amazing and inspiring that you knew your life would never be the same after hearing them talk? That’s what it was like to hear Jennie Magiera’s keynote speech at the 2017 ISTE Conference & Expo.

The Chicago-based educator…

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5 ways every educator can lead change

5 ways every educator can lead change

11/15/2017

Topics: 1:1, BYOD, Coding & robotics, Computational Thinking, Curriculum, Education leadership, Flipped learning, Literacies, Mobile learning, Online learning, professional learning

Educational technology has long been considered a subset among a host of education topics. That’s no longer the case, says educator Mark Gura, who believes a powerful reversal is happening – a reversal that’s creating a new reality in schools worldwide…

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5 trends from the Digital Citizenship Summit

5 trends from the Digital Citizenship Summit

11/14/2017

Topics: 1:1, BYOD, Computational Thinking, Curriculum, Digital Citizenship, Flipped learning, Gaming, Learning spaces, Mobile learning, Online learning, professional learning, Technology infrastructure, Tools

Each year, educators, students, parents, industry members and others gather for the National Digital Citizenship Summit. The goal of this event is to expand the conversation and inspire collaborative change around issues related…

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3 powerful words can unlock computer science success

3 powerful words can unlock computer science success

11/07/2017

Topics: Coding & robotics, Computational Thinking, Gaming, Robotics

I was reminded recently of the three powerful words that capture the everyday miracles of learning and teaching. It happened as my sixth graders were just beginning to create ordered and unordered lists during their first lessons in HTML. All at once, I heard a chorus of voices exclaim…

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4 benefits of bringing pair programming to the classroom

4 benefits of bringing pair programming to the classroom

09/01/2017

Topics: Coding & robotics, Computational Thinking

Pair programming is a software development technique that puts two people at one workstation where they team up to do what a single programmer would typically do – but with improved outcomes because the pairing leads to…

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3 reasons to use Scratch across the curriculum

3 reasons to use Scratch across the curriculum

08/29/2017

Topics: Coding & robotics, Computational Thinking

Scratch has become a popular way to introduce coding to young people around the world. Yet many schools are just beginning to realize the potential of Scratch to support project-based learning across subject areas and grade levels.…

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Preparing the youngest students for the future starts with STEM

Preparing the youngest students for the future starts with STEM

08/16/2017

Topics: Coding & robotics, Computational Thinking

The Innovator Solutions section includes contributions from corporate sponsors and advertisers representing education organizations, businesses, policy-making bodies and other…

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It' 's like yoga for your educational practice

It's like yoga for your educational practice

06/24/2017

Topics: Assessment, BYOD, Computational Thinking, Curriculum, Flipped learning, ISTE Conference & Expo, Learning spaces, Mobile learning, Online learning, Parent engagement, professional learning, Technology infrastructure, Tools

Being an educator is a lot like practicing yoga.

Yogis strive to develop stronger, more flexible bodies. Educators work to develop stronger, more flexible minds.

Yogis form communities and seek out training to deepen their practice. Educators build professional learning networks…

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