In Arduino & Robotics, students will explore the world of computational thinking and microcontrollers using Arduino technology and robotics. They will …
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9 of the best online educational resources to keep kids learning from home
9 of the best online educational resources to keep kids learning from home. By Ali Morrison. Published: 15:00, 20 March 2020. Keep your children …
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MindFuel offers free educational resources to Canadians
Codingville.ca enables students (grades 1-12) to learn coding, computational thinking and STEAM concepts with helpful tools and coding activities, …
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54 free online courses from the best colleges in the US — including Princeton, Harvard, and Yale
Introduction to Computational Thinking and Data Science, 9 weeks, available at edX; Just Money: Banking as if Society Mattered, 16 weeks, available …
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Coding to learn, self-paced studying and more: how STEM students can up their skills game in 2020
The concept of computational thinking enables solving problems, designing systems, and understanding human behaviour. Bringing this approach …
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You’ve bought new EdTech – but how do you ensure people want to use it?

Often, when new EdTech is introduced, people are asked to change their behaviour. Most humans aren’t keen on change – unless they believe they are making a change for the better.
The Government’s strategy for education providers and the technology industry – “Realising the potential of technology in education” – speaks about one of the barriers to the good use of technology as being the need for leadership to instigate change and to empower teachers and lecturers to be confident users of EdTech.
To successfully introduce new EdTech in schools, it’s critical to invest time in making change happen – the human way. This means recognising our uniquely human characteristics, and what makes us want to adopt new ways of working. Some people will embrace change quickly, whereas others need more support and time to adjust.
Below is a simple four step checklist to ensure you are one of the organisations where your attention to the people side of change means you are six times more successful. It will enable you to achieve the return on investment and benefits from your school technology – rather than meeting resistance and disappointment.
Step 1: Create a desire to change
- Say how this technology will help your school achieve its vision and what will be better in the future for your school team as a result.
- Build the change story with your leadership team so you believe it and speak with one voice.
Step 2: Make it personal
- Think about how the new technology will affect different groups in your school and what this means for how you support them.
- Find your champions and ensure they share positive stories with colleagues.
Step 3: Provide tools and knowledge
- Have a simple plan to communicate with the school team.
- Visibly and regularly ask for feedback and act on what you find out.
Step 4: Live it, learn and improve
- Use the technology as a leader role model.
- Celebrate successes by sharing stories about how it’s helping people to do their jobs and the benefit to your school.
A human focused approach to change using these four simple steps will significantly increase the likelihood that new EdTech is successfully implemented in your school.

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Computational Thinking Alliance
Computational Thinking Alliance. An alliance of for-profit and non-profit professional development organizations, digital platform providers, and …
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What the coronavirus reveals about the digital divide between schools and communities
What the coronavirus reveals about the digital divide between schools and communities
By Nicol Turner-Lee
President Donald Trump declared a national emergency over the novel coronavirus, or COVID-19, which will provide $50 billion to the states working to accelerate virus screenings and deploy other emergency responses. But the funding may have come too late as concerns over COVID-19 have already injected chaos into American society, from concerns over the economy to empty grocery store shelves, inadequate access to testing, and clogged airports for those returning from abroad.
Yet another problem that deserves greater attention is the large number of students being asked to stay at home to further contain the spread of the virus. With a disproportionate number of school-age children lacking home broadband access, the breadth of the U.S. digital divide has been revealed as schools struggle to substitute in-school resources with online instruction, electronic libraries, streaming videos, and other online tutorials.
and every U.S. student could eventually be impacted by extended school closures. New York City, whose public-school system serves more than 1.1 million students, has announced the closure of its 1,800 schools. These mounting circumstances have administrators scrambling to migrate courses online and create some level of accountability between students and teachers. However, the U.S. digital divide makes any effort fallible for certain individuals, households, and communities that are not sufficiently connected.
Broadband availability has been at the heart of the digital divide with an estimated 21.3 million people lacking access in 2019, according to the Federal Communications Commission (FCC). Despite the narrowing of digital gaps between urban and rural communities, the latter still maintains lower than average connectivity rates with only two-thirds of rural Americans reporting a home broadband connection. Income is another factor restricting broadband adoption and use: because low-income families tend to be more smartphone-dependent, they lack access to multiple internet-enabled devices (e.g., tablets, PCs or laptops) to get online, according to a study by the Pew Research Center. School-age children are most affected by this lack of ubiquitous access with 35% of their households without broadband service in 2015. A few years ago, FCC Commissioner Jessica Rosenworcel referred to this phenomenon as the “homework gap,” where low-income students who lack online access lag behind their higher-income counterparts when completing assignments and other school-related activities.
San Francisco’s school district announced their school closure efforts with a desire to bring courses online, only to be faced with a reality check. The city sits alongside a few others with the highest rate of income inequality, according to a Brookings report. Further, a 2018 city-led assessment found that more than 100,000 San Francisco residents lacked home broadband access, especially low-income residents making less than $25,000 annually.
Established data caps on broadband services impose additional barriers on low-income subscribers who will be forced to ration minutes between the completion of their student’s assignments and online search queries for critical public services. Comcast was the first to respond to this quandary through its Internet Essentials (IE) program by suspending data caps for program subscribers for the next two months. The company also announced a series of other measures for IE customers, including increased download speeds, temporary reprieves on late fees, and making their Wi-Fi hotspots available to non-Comcast customers. Other internet service providers (ISPs) are engaged in similar responses to the coronavirus crisis.
But just like the U.S. government is working to contain the disease, we must tackle the broader shortcomings of not making digital access a national imperative. In his first term, President Trump announced plans to modernize the nation’s infrastructure, which would have included expanding internet access in underserved urban and rural areas. Instead, the consequences of the failed infrastructure effort are now exacerbated amidst a global health crisis. So, what can we do in the interim to reduce or avert an educational meltdown in the weeks or months before we get young people back to school?
park wireLess school buses in local communities lacking broadband access
Earlier this month, I published a report on the need to bridge the divide between schools and communities. One of my most glaring findings is the lack of local digital infrastructure that allows for the seamless export of digital learning experiences and tools into local communities and households. We are experiencing these inadequacies first-hand as a disproportionate number of school-age children lack access to both broadband service and the necessary devices. While libraries often fill the gaps in local access, the mandate of social distancing makes it virtually and physically impossible to use their services—at least in the short term. Further, many of these disconnected communities don’t have commercial establishments that offer free Wi-Fi, if one was daring enough to venture out.
However, in the U.S., there are approximately 480,000 school buses that transport about 25 million students on a weekly basis to school and back. With newly installed Wi-Fi hotspots, these buses can maintain the integrity of current social distancing,
In 2016, the rural Coachella Valley Unified School District in California equipped its school buses with solar-powered Wi-Fi routers to provide internet while in transit and parked these outfitted buses in underserved neighborhoods to offer 24/7 online access. Coined the Wi-Fi on Wheels project, students have been able to access broadband where they live to reduce barriers to learning and obstacles to adoption. I’ve been told that Greenville County in South Carolina is parking their Wi-Fi equipped buses throughout their school district.
These efforts may not be a long-term solution, but they can address a current access gap.
bring device lending programs to school-operated nutrition centers
As schools make decisions to move curricula online, they are still restricted by the lack of access to devices at home for low-income students in urban and rural areas. But across the country, students eligible for free or reduced-price meals are being sent to onsite and mobile sites. In fiscal year 2018, the National School Lunch Program provided low-cost and free lunches to 29.7 million children in households with incomes at or below 130% in poverty. Schools and local libraries can partner to bring lending programs for hardware and other internet-enabled devices, including Wi-Fi hotspots, to needy students while they are at these centers.
Just as ISPs and other organizations are improvising through this crisis, other private sector partners, libraries, and philanthropic organizations can do the same and provide “one device per household” to address broadband deprivation among students. For households unable to obtain internet via a parked school bus, having temporary in-home access or even a list of locations for free hotspots can alleviate some of the disparities exacerbated by shifts to online learning.
we need to make closing the digital divide a global imperative
The U.S. is not alone in its effort to contain and stop the spread of the coronavirus. Globally, 105 countries have closed educational institutions from elementary schools to colleges and universities, affecting more than 897 million children and youth across the globe. The number of global school closures are increasing daily.
However, assuming most people are online would be the first mistake of policymakers as they work to mitigate our current health risks. The second mistake would be not thinking more globally about why everyone needs to be connected. Today, the problems of the digital divide are manifesting among students. In the future, it will challenge workers forced to move to telework. As we assess the broader impacts and implications of the coronavirus, one thing is clear—we are not effectively using and disseminating 21st century tools to alleviate current and unforeseen problems.
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The Royal British Legion launches new resources to help pupils learn about VE Day

As the nation comes together to honour the Second World War generation on 8th May, The Royal British Legion has launched a range of new assembly resources to help pupils explore their shared heritage of Remembrance and commemorate the service and sacrifice of the wartime generation.
The assemblies have been created in partnership with the National Literacy Trust to help explain to children of different ages and backgrounds why and how we remember the contribution of the entire WW2 generation on VE Day.
The language, design and format reflect the needs of both teachers and students, ensuring everyone can benefit from engaging with these carefully crafted resources. The assemblies are aimed at Key Stages 2 and 3 and are an ideal way for schools to take part in the VE Day commemorations in this significant anniversary year.
The assembly packs and learning materials are suitable for young people aged 7 to 14 and will be free to download from 9th March on the Legion website.
Catherine Davies, Head of Remembrance at The Royal British Legion says:
“It is important that children from all backgrounds learn about their shared history of Remembrance. The assembly packs will not only teach children about the significance of VE Day, but also help children explore the idea of Remembrance and discover its relevance to today. The Royal British Legion is committed to making sure the torch of Remembrance is passed on to the next generation and these assemblies will play an important role in achieving that.”
The resources, downloadable in PowerPoint format, include:
- VE Day: Introduction for Assemblies – presentations designed to be shared with a whole school or year group, with a focus on helping students understand what VE Day is and how it remains relevant today.
- VE Day: How To Get Involved – presentations designed to be delivered to a year group, form group or class, focusing on ways to engage students around VE Day and providing different activity suggestions. They will come with detailed teacher notes, giving key information on VE Day as well as historic context to help teachers feel confident in delivering the presentation and supporting their class.
The resources will be available to download from the 9th March at: rbl.org.uk/teachingremembrance.

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This Kenyan Ed-tech startup wants to train teachers on digital content creation amidst Coronavirus …
… institutions of higher learning and competitive programming events where kids compete on their problem solving and computational thinking skills.
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