Making the grade with EdTech

Welcome to the first day at a new school. Little Johnny wasn’t feeling well this morning, so his mom used the school app to request an absent day. This will appear in his attendance statistics at year end. In order to keep in the loop with what is going on in the classroom, Johnny received his access codes and passwords for Teams, the class Padlet, Google Classroom and ManageBac, via e-mail to his mom.

Johnny and his mom looked at each other, wondering what to do, which to access first and foremost, how to do so. New school equals new technology!

Throughout the school year, Johnny became familiar with all the systems the school uses to communicate with students, share assignments, and how each teacher uses them. But next year, these systems may change. And because each teacher uses them for different things, it will be back to square one for Johnny and his mom.

This scenario is all too familiar for parents and students these days as schools try to navigate the technology available to them. It’s a lot of trial and error and difficult for the kids and parents, not to mention the teachers.

The problem, says Phillipa Wraithmell, founder of Dubai-based EdTech company EdRuption, is that there is too much choice and schools aren’t building technology into their fundamental strategies.

This is where EdRuption comes in.

“EdTech and understanding how we need to manage this is never part of this strategy. The growth of the sector has really surpassed the schools’ level of integration. We now have so much happening, so much legacy technology, which costs the earth and does nothing for us,” Wraithmell tells KUST Review.


EdRuption Founder,  Philippa Wraithmell 

EdRuption is all about making sure that schools are making the right choices when selecting technology, using it in the right way, leveraging tools and skills and perhaps most importantly ensuring safety for the students. The digital strategy should be a core element of the overall school strategy, Wraithmell says, and EdRuption works with schools to ensure these digital strategies are sustainable.

The process goes a little like this.

In August, EdRuption meets with partner schools. The planning includes the school vision and values, a review of data storage, cloud, cyber security and core applications, a device plan, roll out and budgeting followed by an onboarding strategy.

Full governance is also agreed upon, which includes digital learning policies, responsible usage, pedagogy and infrastructure requirements plus training strategies for safeguarding — including parent-support workshops. Finally, the project planning focuses on aligning the strategy with curriculum and plans for professional development.

The project is rolled out and scheduled with a process that details a different monthly focus, monthly school visits, training and workshops, and actions points that span the scale of the school year and include a full review at the end of the year to adapt or adjust as needed. The entire digital strategy spans five years.

Wraithmell, who has dyslexia, says the planning’s accessibility and inclusivity are close to her heart.

“I couldn’t live without the tools on my device to support my everyday work. I wouldn’t have been able to write my book without the help from digital tools, which is probably why I feel so strongly about it,” she says.

Wraithmell works with trainers to make sure the training for schools is bespoke specifically for inclusion and to ensure that the digital ecosystem supports specific needs and makes learning personalized for everyone. She believes there is a simple way to empower everyone with learning.

IMAGE: Pixabay

Moving forward, “We do hope to partner shortly with a company who has a learning management system where we are able to share content and have a subscription model for teachers and parents globally. It will be in multiple languages and support a range of services for digital understanding,” Wraithmell says.

She is also designing a Digital Bridge program that will work with parents to close the gap between them and their digital-native children. “Parent involvement is easy, that’s where digital bridge comes in. We also do workshops and are soon partnering with another company to do short productions in schools to raise awareness to students and parents some of the dangers online,” she adds.

Wraithmell says making sure her team can support everyone is at the core of EdRuption and has partnered with Microsoft.

Over the next 12 to 18 months, the company has plans for an online learning platform for best-practice sharing and courses for both parents and students. EdTech has 20 more schools on track to digital compliance, safe and effective across Abu Dhabi and Dubai, and the Digital Bridge project has monthly workshops on the schedule.

“All of our projects are based around knowledge-sharing,” Wraithmell tells KUST Review.

There is a plethora of educational technology in the market, and the list continues to grow from learning-management systems to apps and games.

Squeeze those hydrogels

A research team from Japan and France has developed a new sort of mechanophore, a molecule that jumps into action when it experiences force, kind of like an assistant inside the softer hydrogel that wakes up to help and make them stronger.

It’s all thanks to a naturally derived molecule called camphanediol. This molecule is tough in the heat, steady under UV light and ready to react when squeezed. Most mechanophores break down easily or need delicate chemical setups to work — but not this one.

When camphanediol gets stretched or pulled inside a hydrogel, it snaps certain chemical bonds in a very specific way. This releases mechanoradicals — tiny chemical sparks that can start new reactions. These sparks reinforce the material, similar to rebuilding muscle after a workout.

Tests showed that hydrogels with camphanediol generated over four times more of these strengthening sparks than regular versions. Additionally, the more it was stressed, the stronger it got, without resulting damage.

The findings could lead to smart materials that adapt and increase resilience on the fly, perfect for soft robots, medical devices and wearable tech.

The paper was published in Chemical Science.

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The human phenotype project

A new study tracking over 28,000 participants published in Nature Medicine embarking on a Human Phenotype Project (HPP) aims to identify health problems before they show up in the body.

The HPP takes a deep dive in the genes, metabolism, gut microbiome and daily lifestyle habits and hopes to change how we think about health.

Over 13,000 volunteers have already completed their initial check-up, and wearable gadgets like sleep trackers and glucose monitors are producing volumes of data. The goal is to understand how individuals migrate from healthy to ill and how to stop it from happening.

Initial results indicate significant difference in health markers depending on factors like age and ethnicity, implying that the typical “normal ranges” doctors use might be too one-size-fits-all.

Early results show the AI-powered models are better than the usual tools at predicting those who might be at risk for things like diabetes and have picked up on gut bacteria linked to breast cancer and inflammatory bowel disease.

The end game is that every human could have a digital twin to simulate health progression and test how medical treatments and lifestyle changes could affect us beforehand.

This is a 25-year plan, and with international growth on the horizon, the Human Phenotype Project could change the way medicine is practiced forever.

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Sweat versus cancer

Research tells us that exercise is a great way to “>boost immunity. With this in mind, a small study published in the Journal of Sport and Health Science found some promising results in a group of people with esophageal cancer who exercised during chemotherapy.

Half of the participants were given a mix of cardiovascular and strength-training exercises to complete over the course of 16 weeks. The other half of the group received regular, standard care without exercise programs.

The patients who maintained the exercise program proved to have more cancer-fighting immune cells (CD8+T cells and natural killer cells) in their tumors.

They also had more tertiary lymphoid structures. Normally, the immune system works out of larger centers like the lymph nodes, but these “hubs” are like command centers that set themselves up when and where danger, like a growing tumor, is detected. These are important because they set up more localized attacks.

Though the tumors didn’t shrink in size and survival rates did not alter, results are promising. The scientists say further research is required to see whether such an immune activation will lead to enhanced longer-term outcomes.

In the interim, staying active during chemotherapy might assist your body in rallying its internal troops.

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Quantum tag-team breaks
sound barrier

A team at the Niels Bohr Institute in Denmark has created a hybrid quantum system, breaking through old limits in the “acoustic” range — the same frequency range as sound waves.

This means sensors can now pick up super-small signals in the acoustic range.

By pairing special entangled laser beams with a cloud of atoms acting like a “negative-mass” gadget, they were able to omit some of the random noise that usually blurs measurements.

The paper, published in Nature, says that breaking through the quantum noise may help scientists to build better gravitational-wave detectors that listen for tiny ripples in space-time caused by events like black hole collisions, ultimately changing how we listen to the universe.

The setup is simpler and smaller than previous systems, making it possible for development of applications in other high-precision tools.

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