Education Technology
Article | October 7, 2022
Education technology has the opportunity to improve learning outcomes for hundreds of millions of children and adults worldwide.
But what are the biggest trends in edtech for 2021? And what’s coming around the corner?
Read on to find out.
Tech-Enabled Immersive Learning
Extended reality (XR) is an umbrella term for augmented reality, virtual reality, or the combination of related technology with the real environment. And it’s one of the biggest edtech trends happening right now. One big reason is cost.
The price of a standalone VR headset is already lower than ever, and expected to drop further to $200 by 2023 (and even lower for mobile-based VR units). Cheaper units means that more schools can use them as a standard part of their curriculum. Separately, the total value of AR in education is expected to reach $5.3 billion by 2023.
But how can these technologies be used to teach?
One way is by enhancing the visual learning process.
Using AR, students can see 3D depictions of dinosaurs, chemical elements, the human body and more. Products like Adobe Aero are making it easy for anyone to build AR objects. While a real expense for many schools, VR can actually be used to save money on physical equipment.
For example, Danish startup Labster provides interactive VR laboratories that STEM students can run experiments with. No million-dollar lab needed. While Google Expeditions lets classes take virtual field trips to places like Mount Everest and the Louvre. And for adults, Interplay Learning lets tradespeople learn skills like HVAC repair and solar panel installation.
VR is also assisting special needs students.
Students with disabilities can use VR to see things they can't physically access. And autistic kids can rehearse scenarios they're likely to encounter in the outside world.
Another type of immersive learning is "makerspaces".
Unrelated to AR and VR, makerspaces are physical areas of a classroom, school, library, or community center that allow students to build things by hand. They can be used for any creative endeavor, like creating books or art. But makerspaces are often used for tech projects.
For example, students are using littleBits kits to learn programming.
Innovative K-12 Homeschooling Startups
Interest in homeschooling in the US has been increasing for years. In fact, homeschoolers currently make up 3.4% of American school-aged children.
And because of the coronavirus pandemic, homeschooling has been an even hotter topic over the past couple of years.
But a lot of homeschooling is still conducted with old-school pen and paper, using workbooks that can be expensive or outdated. So it's no surprise that several edtech startups are stepping in to offer new, tech-enabled homeschooling solutions.
One of these is Prisma.
Offering a blend of in-person and live online learning experiences, Prisma separates the roles of instructor and facilitator/coach.
And promises to unlock learners' potential in the process. Outschool is another interesting edtech startup in the homeschooling space. Outschool works by matching students with teachers for online learning in small groups, conducted live.
A third example is Primer.
This startup wants to build the "full-stack infrastructure" to help parents homeschool their kids, with the hope of bringing homeschooling into the mainstream. The platform includes a tool to help parents navigate local regulations, a learning management system, and a library of curated educational resources.
ELearning
In 2021, there’s probably no bigger education trend than eLearning.
According to the Research Institute of America, eLearning increases retention rates by 25 to 60 percent. It's also extremely scalable, allowing the best educators to reach many students at the same time (or at different times, in the case of on-demand pre-recorded courses.)
And at a much lower cost than traditional in-person classes. No wonder this industry is expected to exceed $1 trillion by 2027. The homeschooling startups we just covered are following the eLearning trend for K-12.
But tools that aren't built for online learning are also being used en masse to teach courses live. An example of this is via Zoom. Additionally, a whole host of service providers have stepped in to serve different segments of this growing sub-industry.
Some colleges have started offering 100% online bachelor’s degrees in recent years. And many others have offered online courses during the pandemic.
So it's safe to assume a good portion of them will continue to offer online learning post-pandemic as well. While Coursera has partnered with scores of universities (including Stanford and Yale) to provide higher education courses and degrees online.
And beyond college, Udemy offers online courses for professionals seeking to improve their skills.
Other major players in the eLearning space include:
MasterClass, a subscription service for on-demand courses taught by celebrities.
Teachable and Thinkific, course-creation platforms for entrepreneurs.
Lessonly, B2B training software.
Italki, 1-on-1 language tutoring.
DailyBurn, an app for exercise courses.
In K-12 education, the eLearning trend is unlikely to slow down. But it's not without its challenges. According to a survey of IT leaders in the U.S. educational system, only 7% expect their school districts to return to pre-pandemic onsite teaching this fall. However, 87 percent named off-campus internet availability as an urgent issue to resolve to maximize distance learning possibilities.
Accessible Education
As of 2018, there were 258 million children worldwide not getting an education. Things are improving: that number is down from 378 million in 2000.
But there's still a long way to go when it comes to accessibility. Even in Europe and North America, there are millions of out-of-school children. eLearning promises to help solve this problem. However, there are still barriers.
For example, many schools have doled out Chromebooks to each student. But some of these homes lack internet access. In the US, 86.6% of households have broadband. But in rural areas, the number is much lower.
Device availability is another challenge. Mobile-first learning may be able to help with both of the above. After all, mobile devices are cheaper than laptops. And rather than requiring wifi access, they can rely on mobile data service.
But not everyone can afford a dedicated additional mobile device, or a data plan for it either. So in some cities, local PBS networks are broadcasting lessons on TV for pre-K to 8th graders. While some libraries have offered curbside book deliveries. At the same time, many edtech leaders are calling for the FCC to use its E-Rate program to help bring reliable internet access to homes.
For homeschoolers and underserved communities, free educational resources are also helpful. Open Educational Resources (OER) and Free and Open Source Software (FOSS) offer no-cost use of materials and software for educational purposes, enabling students and educators access that would not otherwise be possible.
AI-Enabled Adaptive Learning (And Admin)
Adaptive learning is a high-tech form of personalized education. Thanks to AI, digital learning interfaces can adapt to students' needs in real time, providing the lessons and exercises that are needed to fill in knowledge gaps and reinforce concepts.
All at the level of the individual student. Automated, intelligent tutoring systems have been on the rise for years. In fact, the first "teaching machine" was created in 1924.
But it's only more recently that processing power (both in the cloud and on local devices) has become powerful enough to employ AI for this purpose. Unlocking near-unlimited possibilities for personalized learning.
One example is the AI-powered math tutoring service Thinkster, which promises up to a 90% improvement in math scores for K-8th graders. And in April 2020, Thinkster acquired another AI-based adaptive learning service called SelectQ.
SelectQ applies the technology for SAT test prep tutoring. Adaptive learning is also present in the ROYBI Robot, named one of Time Magazine's best inventions of 2019. The ROYBI Robot uses machine learning to tailor its educational content to the child who's interacting with it, taking the child's learning style and emotions into account. Artificial intelligence is also being used to grade essays in at least 21 U.S. states - though the results aren't always flawless.
AI-enabled chatbots are becoming increasingly common as well.
For example, the chatbot-like Duolingo uses adaptive learning to teach foreign languages. And chatbots like Ivy.ai and AdmitHub are being used as higher-ed administrative assistants, helping with anything from the college admissions process to student housing and financial aid. These automated tools can drastically reduce costs for colleges, as the average cost of a call center call is about $5.
Gamification
Gamification in education is nothing new. For ages, teachers have been offering students prizes for reading books, achieving good grades or otherwise being a good pupil.
But in the digital era, game mechanics can be used in even more ways. In fact, many educational tools are simply games.
Minecraft is probably the most common example.
This "sandbox" style game has been used to create stage performances, write stories, and even teach students about DNA. And with over 100 million monthly players, gaming platform Roblox is now even bigger than Minecraft. It's being used around the world to teach programming and game design. On the other hand, game mechanics are being added to non-games as well.
Socrative offers a "space race" feature that turns quizzes into a competitive game. Knowre brings gaming mechanics (and adaptive learning) to math lessons. And ClassDojo can add points-based gamification to almost any subject.
Google Everything
Google has planted roots in the education system. Thanks to their low cost and ease of use (and maintenance), Chromebooks have become the standard student-learning device.
And there's no more natural pair to Chromebooks than G Suite for Education. This suite of tools includes favorites like Google Docs, Sheets, Gmail and Forms - each of which can be used by faculty or students. (And a free version is available.)
Also included in G Suite for Education are Google Classroom and Google Assignments. Google Classroom offers a digital space for students and teachers to interact, assign and turn in homework, and more.
While Google Assignments is a tool to help teachers create and grade coursework more quickly. Finally, Google also offers their Google Cloud Platform to schools and universities, offering cloud storage and computing power for research and other uses.
Accelerating Investments In EdTech
Global edtech venture capital investments totaled more than $10 billion in 2020, up from $500 million in 2010. Some estimate an additional $87 billion in investment over the next decade. According to EdSurge, from 2014 to 2018 the most well-funded education technology product category in the U.S. was post-secondary education products.
With curriculum products fighting "other" products for second place. Among the well-funded post-secondary edtech companies are CommonBond (which has secured $1.6 billion in funding since 2011) and CampusLogic (which has secured $192.8 million).
However, both are focused on student loans and financial aid services, making them arguably more fintech than edtech. Lambda School is another highly-watched education startup, which again blends edtech with finance. Rather than charging its students outright, it uses income-share agreements (ISAs) to make money based on a portion of its graduates' career earnings.
These Western startups may be exciting, but for now, most of the largest edtech "unicorns" are in Asia. Will the U.S. and Europe pick up the pace? Or will American and European investors put more of their money into foreign ventures? It will be interesting to see which well-funded startups end up shaking up the education sector.
Wrapping Up
There you have it: eight of the most interesting education technology trends of 2021. From AI-powered learning to eLearning and more, for PreK-12 and adult learning. Many of these trends are poised to disrupt the field of education as we know it.
Hopefully for the better.
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Education Technology
Article | July 14, 2022
How do we know you love it? Because the internet is now full of really awesome 3D-printable cases and add-ons our community has created in order to use their High-Quality Camera out and about…or for Octoprint…or home security…or SPACE PHOTOGRAPHY, WHAT?! We thought it would be fun to show you some of 3D designs we’ve seen pop up on sites like Thingiverse and MyMiniFactory, so that anyone with access to a 3D printer can build their own camera too!
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Education Technology
Article | July 20, 2022
If you’re a Revel® user, I suggest you examine your aggregate class data from the easy-to-access dashboard view before automatically copying the current course into the next term’s course shells. The dashboard view gives you a wealth of actionable data.
The Revel dashboard is a completely different tool for analytics than I have ever used in terms of providing numbers that reflect what was working and what needed improvement. The data helped to inform my decisions about the efficacy of the current course and implied changes I could make to the current design to increase students’ engagement and content proficiency next term. Let’s walk through what I found most helpful.
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Education Technology
Article | December 21, 2021
The combination of education and technology is a hot topic in 2021. Virtual classrooms and e-learning have become the new norm, and new technologies start to determine early education.
The discussion about trends in educational technology has never been more lively, and it's easy to lose sight of the big picture. It’s worth asking: what's driving today's education and technology integration in schools?
Let’s check which EdTech trends are evolving right now in the industry and how they will dictate the future of the entire sector.
Technological optimism in the teaching profession
The first trend occurs on the institutional level: More and more schools are looking to integrate technology into the curriculum. Worldwide, teachers and schools have been seeing the positive sides of integrating technology. As a result, they have started demanding new, technology-based methodologies to overcome the challenges of traditional education. This curiosity is stronger and louder than ever before.
At the same time, EdTech tools such as Google Classroom allow teachers to train themselves in technology-based teaching more quickly. Former three-day teacher conferences now happen periodically in many schools via distance discussions and practical peer review sessions. In those meetings, educators share their knowledge, tools, and ideas on matching technology with their curricula.
It is a good sign that technology is penetrating further into the professional development of educators. Teachers understand that students’ development depends on their own development and are finally keen to attend workshops and conferences that address technology-based learning.
The rising interest in technology-based education is also reflected among students. As the McGraw-Hill Education study points out, 53% of U.S. college students prefer classes that use and teach digital technology over traditional textbook lessons.
Virtual reality facilitates learning in schools
The second trend is how augmented reality and virtual robots change teaching and learning. One of the most exciting developments is the vast potential that simulations and virtual robotics offer to school education.
For some time, augmented reality and virtual simulations have been on everyone’s mind. However, only recently have we started recognizing the immense possibilities that virtual reality (VR) carries to improve learning experiences. Today, preschool children can explore insects in actual size and authenticity via the Google search engine.
Computer simulations, such as VR, can bring distant or abstract experiences into the classroom and make them technically accessible every day. And with simulations, students can examine “what-if” situations and learn how to test hypotheses and develop scientific rigor early on. In this way, students strengthen their practical skills and logical reasoning and develop their creativity. Some application examples are phenomena like the functioning of the solar system, explosive reactions between chemical substances, or progressions on how CO2 emissions will affect the ecosystem by 2050.
Even if it’s not as obvious, simulations are valuable for linguistics, history, architecture, and other educational fields. Let’s take drones as an example. Students can program a drone and use the simulation to explore the features of bridges and monuments worldwide by doing expeditions with drones.
Artificial intelligence drives personalized learning
You cannot miss the immense opportunities artificial intelligence, and the Internet of Things (IoT) have brought to the EdTech sector. The principles of AI and IoT and their integration into students’ learning experiences continue to proliferate in school and at home. Tools such as voice assistants and AI tutors help diversify and personalize learning experiences and boost self-regulated learning.
Software like Duolingo teaches children new languages based on what they’ve learned before and what they still find challenging. Such software also integrates voice recognition and responds in real-time, allowing users to simulate a real-world language learning experience.
Moreover, AI-driven learning platforms collect student data and analyze where a student might need help, send a study reminder, or gather additional material on specific topics for the individual student. On those platforms, teachers can regularly review students’ learning data and take the proactive recommendations provided by AI into account.
The personalized learning experiences that AI creates are crucial to improve students’ motivation and learning success. The goal is to support students in the same personal learning stage and give teachers accurate information on the student’s progress in specific areas. Personalized training makes sure that not a single one is left behind or slowed down because of underwhelming materials.
The year 2021 as a window of opportunity
Not only did AI and simulations open up new learning opportunities, but 2021 also brought sweeping changes at the grassroots level of technology and education. Schools, parents, and teachers have now understood the importance of technology for successful personal development.
We are in the ideal moment to continue transforming teaching and learning through technology. Now, it is only a matter of creatively using the essential tools and integrating new devices–and marking a bright educational future for everyone.
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