The status quo is far from inevitable. In fact, we know the solution to this reading crisis, but we are not using the solution at scale. More than 50 years of research compiled by the National Institutes of Health, and continued through further research, provides a clear picture of how skilled reading develops and of effective literacy instruction. These strategies and methods—collectively called scientifically based reading instruction, which is grounded in the science of reading—could dramatically reduce the rate of reading failure. Past estimates have found that while 3 in 10 children struggle to read (and that rate has grown higher since the pandemic), research indicates that more than 90% of all students could learn to read if they had access to teachers who employed scientifically based reading instruction.
After a successful career as a recording artist, David “TC” Ellis created Studio 4 in St. Paul to spot budding music stars.
It became a hangout spot for creative young people, most of whom had “dropped out of school due to boredom and a sense that school wasn’t relevant to their lives and dreams.”
Ellis and colleagues then opened the High School for Recording Arts in 1998.
Post-AI Assessment Design — from drphilippahardman.substack.com by Dr. Philippa Hardman A simple, three-step guide on how to design assessments in a post-AI world
Excerpt:
Step 1: Write Inquiry-Based Objectives
Inquiry-based objectives focus not just on the acquisition of knowledge but also on the development of skills and behaviours, like critical thinking, problem-solving, collaboration and research skills.
They do this by requiring learners not just to recall or “describe back” concepts that are delivered via text, lecture or video. Instead, inquiry-based objectives require learners to construct their own understanding through the process of investigation, analysis and questioning.
Just for a minute, consider how education would change if the following were true –
AIs “hallucinated” less than humans
AIs could write in our own voices
AIs could accurately do math
AIs understood the unique academic (and eventually developmental) needs of each student and adapt instruction to that student
AIs could teach anything any student wanted or need to know any time of day or night
AIs could do this at a fraction of the cost of a human teacher or professor
Fall 2026 is three years away. Do you have a three year plan? Perhaps you should scrap it and write a new one (or at least realize that your current one cannot survive). If you run an academic institution in 2026 the same way you ran it in 2022, you might as well run it like you would have in 1920. If you run an academic institution in 2030 (or any year when AI surpasses human intelligence) the same way you ran it in 2022, you might as well run it like you would have in 1820. AIs will become more intelligent than us, perhaps in 10-20 years (LeCun), though there could be unanticipated breakthroughs that lower the time frame to a few years or less (Benjio); it’s just a question of when, not “if.”
On one creative use of AI — from aiandacademia.substack.com by Bryan Alexander A new practice with pedagogical possibilities
Excerpt:
Look at those material items again. The voiceover? Written by an AI and turned into audio by software. The images? Created by human prompts in Midjourney. The music is, I think, human created. And the idea came from a discussion between a human and an AI?
…
How might this play out in a college or university class?
Imagine assignments which require students to craft such a video. Start from film, media studies, or computer science classes. Students work through a process:
I continue to try to imagine ways generative AI can impact teaching and learning, including learning materials like textbooks. Earlier this week I started wondering – what if, in the future, educators didn’t write textbooks at all? What if, instead, we only wrote structured collections of highly crafted prompts? Instead of reading a static textbook in a linear fashion, the learner would use the prompts to interact with a large language model.These prompts could help learners ask for things like:
overviews and in-depth explanations of specific topics in a specific sequence,
examples that the learner finds personally relevant and interesting,
interactive practice – including open-ended exercises – with immediate, corrective feedback,
the structure of the relationships between ideas and concepts,
Designed for K12 and Higher-Ed Educators & Administrators, this conference aims to provide a platform for educators, administrators, AI experts, students, parents, and EdTech leaders to discuss the impact of AI on education, address current challenges and potentials, share their perspectives and experiences, and explore innovative solutions. A special emphasis will be placed on including students’ voices in the conversation, highlighting their unique experiences and insights as the primary beneficiaries of these educational transformations.
The use of generative AI in K-12 settings is complex and still in its infancy. We need to consider how these tools can enhance student creativity, improve writing skills, and be transparent with students about how generative AI works so they can better understand its limitations. As with any new tech, our students will be exposed to it, and it is our task as educators to help them navigate this new territory as well-informed, curious explorers.
The education ministry has emphasized the need for students to understand artificial intelligence in new guidelines released Tuesday, setting out how generative AI can be integrated into schools and the precautions needed to address associated risks.
Students should comprehend the characteristics of AI, including its advantages and disadvantages, with the latter including personal information leakages and copyright infringement, before they use it, according to the guidelines. They explicitly state that passing off reports, essays or any other works produced by AI as one’s own is inappropriate.
Thanks to the rapid development of artificial intelligence tools like Dall-E and ChatGPT, my brother-in-law has been wrestling with low-level anxiety: Is it a good idea to steer his son down this path when AI threatens to devalue the work of creatives? Will there be a job for someone with that skill set in 10 years? He’s unsure. But instead of burying his head in the sand, he’s doing what any tech-savvy parent would do: He’s teaching his son how to use AI.
In recent months the family has picked up subscriptions to AI services. Now, in addition to drawing and sculpting and making movies and video games, my nephew is creating the monsters of his dreams with Midjourney, a generative AI tool that uses language prompts to produce images.
To bridge this knowledge gap, I decided to make a quick little dictionary of AI terms specifically tailored for educators worldwide. Initially created for my own benefit, I’ve reworked my own AI Dictionary for Educators and expanded it to help my fellow teachers embrace the advancements AI brings to education.
So, it sounds like if there’s a learning goal that a parent has in mind, the way to do that is to engage in guided play versus setting a kid free to just do what they would like? Yeah, definitely. So free play is fundamental to anyone’s life, right? We know that it can help social emotional development, physical development, and executive function development. It’s really important. But research is finding when there’s a learning goal, that guided play yields the best results for that. The reason why guided play is so effective is because it reflects these key characteristics of decades and decades of research of how we know how human brains learn best. We know that we learn best when we’re active, not passive, engaged, not distracted, when it’s meaningful, when it’s connected to what matters what we already know. When it’s iterative, so children can test and try out different ideas, and when they’re interacting socially with others, and when they’re joyful. And so that’s part of why guided play is so powerful.
Merlyn Mind, an AI-powered digital assistant platform, announced the launch of a suite of large language models (LLMs) specifically tailored for the education sector under an open-source license.
Designing courses in an age of AI— from teachinginhighered.com by Maria Andersen Maria Andersen shares about designing courses in an age of artificial intelligence (AI) on episode 469 of the Teaching in Higher Ed podcast.
With generative AI, we have an incredible acceleration of change happening.
We needed to identify people to interview—classroom teachers, district leaders, maybe a reading researcher—and then I would need to interview them. I would also need to write the scripts, incorporating audio clips from the interviews. Then I would need to record the narration, which someone would have to integrate with the interview clips. Plus a lot of other stuff I wasn’t even aware of.
But I’m delighted to report that we’ve actually done it! The first episode is set to drop on June 28th, and you can listen to the trailer right now, here. You’ll also find links on that page to various podcast platforms where you can subscribe.
From DSC: If you don’t mind providing me with feedback here on what you think of this new podcast (as new recordings become available), I’d appreciate it.
Schools and organizations are human systems, filled with opportunities.
And yet there is a profound difference between building from a foundation of schooling and building from a foundation of learning.
Rather than simply replicate and scale the arrangements of schooling, we must seize the possibility to shift from a schooling system to a learning ecosystem to truly empower learners, educators, and parents to create a virtuous future for themselves and their communities.
Louka Parry
Our challenge will be how we choose to redesign and remake our experiences, environments, and ecosystems so that we unlock our true creative potential and thrive in the future.
After 20 years as a classroom teacher & senior leader, I've collated lists of all the best stories and non-fiction I've bought, bookmarked or reviewed in my career and put together this collection of recommended books for children: from EYFS to KS5. https://t.co/8tGflWVXKS
Teaching with music can enhance learning in almost any subject area, says Sherena Small, a school social worker at Champaign Unit 4 School District in Illinois.
“It’s just such a good way to enhance what kids are learning,” says Small, who uses hip-hop and other music to teach social-emotional learning skills, including empathy and active listening. Earlier this year, Nearpod recognized Small as an Educator of the Year for her innovative efforts using Nearpod’s Flocabulary tool to incorporate music into class.
Speaking of multimedia, also see:
And here’s another interesting item from Dr. Burns:
Prepare to plant seeds of gratitude in your classroom with our collection of 15 unique activities featuring The Gratitude Tree. These creative experiences aim to nurture a culture of appreciation among your students; empowering them to recognize and celebrate the positive aspects of their lives.
As teachers, it’s our responsibility to encourage our students to be the best versions of themselves! As a spin from this, why not encourage your students to envision themselves as future presidents! The following activities are designed to foster critical thinking, develop leadership skills, and ignite a sense of civic responsibility in our young learners. Together, we’ll inspire our students to explore their ideas and values as well as the power they hold to create positive change in their communities!
Get ready to explore the enchanting world of elephants through a variety of engaging activities designed specifically for preschoolers. Our collection of 18 activities will not only ignite their imagination but also help them develop essential skills across different domains. Let’s dive right in and make learning a trunkload of fun!
Let’s make math exciting and engaging for your little learners! With the help of our 23 unique activities, you’ll be able to help your littles develop essential math skills while having a blast. We’ve covered everything from basic number concepts to shape and pattern recognition. So, without further adieu, let’s get the party started with a number hunt!
With the pilot project, Wyoming has become the final state to allow competency-based learning in some form, marking a historic point in a growing, albeit slow, movement in favor of a model that emphasizes students’ achievement rather than the set 13-year academic schedule. That movement—long championed by many high-profile education leaders—has seen a handful of states embrace competency-based education faster than others and uneven progress within those states.
In Wyoming, it’s part of a three-pronged effort to move the state toward what State Superintendent of Public Instruction Megan Degenfelder calls “student-centered learning,” which is heavier on personalized and project-based learning that emphasize the development of problem-solving skills and letting students test-drive different career pathways.
But whereas Finland’s schools are still characterized by a culture of teaching, Oodi stands as a beacon of learning — self-organizing, emergent, and overflowing with the life force of its inhabitants. .
From DSC: As the above got me to thinking about learning spaces, here’s another somewhat relevant item from Steelcase:
Addendum on 6/6/23:
Also relevant to the first item in this posting, see:
Looking for Miracles in the Wrong Places — from nataliewexler.substack.com by Natalie Wexler An “edutourist” in Finland finds the ideal school, but it isn’t a school at all.
Counterpoint/excerpt:
It sounds appealing, but any country following that route is not only likely to find itself at the bottom of the PISA heap. It’s also likely to do a profound disservice to many of its children, particularly those from less highly educated families, who depend on teachers to impart information they don’t already have and to systematically build their knowledge.
Of course it’s possible for explicit, teacher-directed instruction to be soul-crushing for students. But it certainly doesn’t have to be, and there’s no indication from Mr. X’s account that the students in the schools he visited felt their experience was oppressive. When teachers get good training—of the kind apparently provided in Finland—they know how to engage students in the content they’re teaching and guide them to think about it deeply and analytically.
That’s not oppressive. In fact, it’s the key to enabling students to reach their full potential. In that sense, it’s liberating.
This week we learned of yet another heart-warming story wherein immersive technology was used to change a life. As reported by Shacknews, a handful of talented VR developers recently joined forces to answer the wish of a terminally-ill girl with a passion for mythical sea creatures.
Organized by VR Therapies, a group dedicated to exploring the use of VR technology for psychological and physical therapy, the project brought together 10 compassionate developers to make four-year-old Zainab’s dream of swimming through the ocean as a mermaid a reality for her birthday.
Grouping is based on autonomy levels rather than grade levels and students move forward based on their own decision. This autonomy level is decoupled from academics.
Compliance vs Agency – Agency is what young people really need for the future.
Nobody ever washed a rented car. If you’re going to care of something, you need to feel a sense of ownership of it.
