Tag: Analysis

  • What Does AI Readiness Mean for Schools? – The 74

    What Does AI Readiness Mean for Schools? – The 74


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    Class Disrupted is an education podcast featuring author Michael Horn and Futre’s Diane Tavenner in conversation with educators, school leaders, students and other members of school communities as they investigate the challenges facing the education system in the aftermath of the pandemic — and where we should go from here. Find every episode by bookmarking our Class Disrupted page or subscribing on Apple Podcasts, Google Play or Spotify.

    Michael and Diane sit down with Alex Kotran, founder and CEO of the AI Education Project (AIEDU), to dive into what true “AI readiness” means for today’s students, educators and schools. They explore the difference between basic AI literacy and the broader, more dynamic goal of preparing young people to thrive in a world fundamentally changed by technology. The conversation ranged from the challenges schools face in adapting assessments and teaching practices for the age of AI, to the uncertainties surrounding the future of work. The episode asks key questions about the role of education, the need for adaptable skills, and how we can collectively steer the education system toward a future where all students can benefit from the rise of AI.

    Listen to the episode below. A full transcript follows.

    *Correction: At 17:40, Michael attributes an idea to Andy Rotherham, The idea should have been attributed to Andy Smarick.

    Diane Tavenner: Hey, Michael.

    Michael Horn: Hey, Diane. It is good to see you as always. Looking forward to this conversation today.

    AI Education and Literacy Insights

    Diane Tavenner: Me, too. You know what I’m noticing, first of all, I’m loving that we’re doing a whole season on AI because I felt like the short one was really crowded. And now we get to be very expansive in our exploration, which is fun. And that means we’ve opened ourselves up. And so there’s so much going on behind the scenes of us constantly pinging each other and reading things and sending things and trying to make sense of all the noise. And just this morning, you opened it up super big. And so it works out perfectly with our guest today. So I’m very excited to be here.

    Michael Horn: No, I think that’s right. And we’re having similar feelings as we go through the series. And I’m, I’m really excited for today’s guest and because I think, you know, there are a lot of headlines right now around executive actions with regards to AI or, you know, different countries making quote, unquote, bold moves, whether it’s South Korea or Singapore or China and how much they’re using AI in education or not. We’re going to learn a lot more today, I suspect, from our guest, and he’s going to help put it all in the context, hopefully, because we’ve got Alex Kotran, excuse me, joining us. He’s the founder and CEO of the AI Education Project, or AIEDU. And AIEDU is a nonprofit that is designed to make sure that every single student, not just a select few, understands and can benefit from the rise of artificial intelligence. Alex is working to build a national movement to bring AI literacy and readiness into K12 classrooms, help educators and students explore what AI means for their lives, their work, and their futures.

    And so with all that, I’m really excited because, as I said, I think he’s going to shed a little bit of light on these topics for us today. I’m sure we’re only going to get to scratch the surface with him because he knows so much, but he’s really got his pulse on the currents at play with AI and education, and perhaps he can help us separate some of the hype from reality, or at least the very real questions that we ought to be asking. So, Alex, with all that said, no pressure, but welcome. We’re excited to have you.

    Alex Kotran: I’ll do my best.

    Michael Horn: Sounds good. Well, let’s start maybe just your personal story right into this work and what motivates you around this topic in particular, to spend your time on it.

    Alex Kotran: I’ve been in the AI space for about 10 years. But you know, besides being sort of proximate to all these conversations about AI, you know, I don’t have a background in software, computer science. I don’t think I have ever written a line of code. I mean, my dad was a software engineer. He teaches CS now. No background in technology or CS, no background in education. And so I actually, I had funders ask me this when I first launched AIEDU like, well like, why are you here? Like, what’s, what’s your role in all of this? You know, my background is in really political organizing. I started my career working on a presidential campaign, went and worked for the White House for the Obama administration, doing outreach for the Affordable Care act and other stuff like Ebola and Medicare and, and then found myself in D.C.

    and after I just kind of got burned out of politics for reasons people probably don’t need to hear and can completely understand. And so it wasn’t that I was so smart to like, oh, I knew AI was the next thing. I just was like, I really want to move to San Francisco. I visited there, visited the city like twice and just fell in love and sort of fell into tech and an AI company that was working in cleantech. And so I was sort of doing AI work before it was really cool. It was like back in 2015, 2016. And then I ended up getting like what at the time was a kind of a really random job that I had a lot of mentors who were like, I don’t know, Alex, like AI, like this is just like a fringe, you know, emerging technology kind of like, you know, 3D printing and VR and XR and the Metaverse, you know, is that really like what you should do? And I just had like, nah, I just want to learn.

    It seems really interesting. And that’s why I joined this AI company essentially working for the family office for the CEO. It was like, sort of a hybrid family office, corporate job, doing CSR, corporate social responsibility in the legal sector. This is the first company to build AI tools for use in the law. And so I was sort of charged with how do we advance the governance of AI and sort of like the safe and ethical use of AI and the rule of law. And so I basically had a blank canvas and ended up building the world’s first AI literacy program for judges. I worked with the National Judicial College in Stanford and NYU Law, trained thousands of judges around the world in partnership, by the way, with non profits like the Future Society and organizations like UNESCO. And because my parents are educators, I, you know, and my parents are foreign immigrants as well.

    And so they always ask me about my job and really trying to convince me to go back, to go to law school or get a PhD or something. And I was like, well, no, but, you know, I actually, I’m, I don’t need to go to law school. I’m actually training judges. Like, they’re, they’re coming to learn from me about this thing called AI. And my mom was like, oh, like, well, that sounds so interesting. You know, have you thought about coming, you should come to my school and teach my kids about AI. And she teaches high school math in Akron, Ohio. And I was just like, surely your kids are learning about AI.

    That’s, you know, my assumption is that we’re at a minimum talking to the future workers about the future of work. I just assume that, you know, like, you know, judges who tend to be older, like, they kind of need to be caught up. And after I started looking around to see, like, is there other curriculum that I could share with my mom’s school, I found that there really wasn’t anything. And that was back in 2019. 2018/2019. So way before ChatGPT and thus AIEDU was born when I realized, OK, this doesn’t exist. This actually seems like a really big problem because even as, even as early as 2018, frankly, as early as 2013, people in the know, technologists, people in Silicon Valley, labor economists, were sounding the alarms, like, AI is, you know, automation is going to replace like tens of millions of jobs.

    This is going to be one of the huge disruptors. You had the World Economic Forum talking about the fourth Industrial Revolution. Really, this wasn’t much of a secret. It was just, you know, like, esoteric and like, you know, in the realm of like certain nerdy wonky circles. And it just, there wasn’t a bridge between those, the people that were meeting at the AI conferences and the people in education. And I would really say, like, our work now is still anchored in this question of, like, how do you make sure that there is a bridge between the cutting edge of technology and the leadership and decision makers who are trying to chart a course not over the next two years, which is sort of like how a lot of, I think Silicon Valley is thinking in the sort of like, very immediate reward system where they’re just, you know, like, they’re, they’re looking at the next fundraise. But in education, you’re thinking about the next 10 years. These are huge tanker ships that we’re trying to navigate now and we’re entering.

    I think this is such a trope, but, like, we are really entering uncharted waters. And so, like, steering that. That supertanker is hard and I suppose to really belabor it as maybe AIEDU is sort of like the nimble tugboat, you know, that’s trying to just sort of like, nudge everybody along and sort of like guide folks into the future. And that demands answering some of this core question of the future of work, which hopefully we’ll get some more time to talk about.

    Michael Horn: Yeah, I want to, I want to move there in a moment, but I, but first, like, I maybe I don’t know that all of our audience will be caught up with all the, you know, sort of this macro environment right where. Where we sit right now in terms of the national policy, executive actions as it pertains to AI and education. They’ve probably heard about it, but don’t know what it actually means, if anything. And so maybe sort of set the scene around where we are today nationally on these actions? What if it is actually meaningful or impactful? What if it is maybe more lip service around the necessity of having the conversation rather than moving the ball, just sort of set the stage for us where we are right now.

    Alex Kotran: It’s really hard to say. I mean, there’s been a lot of action at the federal level and at state levels and schools have implemented AI strategies. The education space is inundated with, like, discussion and initiatives at working groups and bills and, you know, like, pushes for, like, AI and education. I think the challenge now is, like, we really haven’t agreed on, like, to what end? Like, is this, you know, are we talking about using AI to advance education as a tool? So, like, can AI allow us to personalize learning and address learning gaps and help teachers save time, or are we talking about the future of work and how do we make sure kids are ready to thrive? And there are some that say, well, they. We just need to get them really good at using tools. Which is a conversation I literally had earlier today where there was like a college to career nonprofit and they were like, well, we’re trying to figure out what tools that help kids learn because we want them to be able to get jobs.

    I think like AIEDU, like, our work is actually, we don’t build tools. We don’t even have a software engineer on our team, which we’re trying to fix, like, if there’s a funder out there that would like to help fund an engineer, we’d love to have one. But our work is really systems change. Because if you like, zoom out and like, this is, I think, where I do have this skill set. And it’s kind of like, again, it’s a bit niche.

    The education system is not. It’s not one thing. It’s like, it’s sort of like an organism. The same way that like redwood trees are organisms. Like, they’re kind of all connected, the root structure. But it’s actually like you’re looking at a forest that looks very different, you know, that’s not centralized. You know, every state kind of has their own strategy. And frankly, every district, in many cases, you’re talking about, you know, in some cases, like government scale, procurement, discussion, bureaucracy involved.

    Advancing AI Readiness in Education

    Alex Kotran: So if you’re trying to do systems change, this is really a project of like, how do you move a really heterogeneous group of humans and different audiences and stakeholders with different motivations and different priorities? And so our work is all about, OK, like, setting a North Star for everybody, which is like defining where we’re actually trying to go, what. And we use the word AI readiness, not AI literacy. Because what we’re, what we care about is kind of irrespective of whether kids are really good at using AI. Like, are they thriving in the world? And then like, how do you get there? Like, like most of our budget goes to delivering that work, you know, doing actual services, where we’re building the human, basically building the human capital and like, the content. So like training teachers, building curriculum, adapting existing curriculum, more so than building new curriculum, but like integrating learning experiences into core subjects that build the skills that students are going to need. And those skills, by the way, are not just AI literacy, but durable skills like problem solving, communication, and core content knowledge frankly, like being able to read and write and do math, we think is actually really important still, if not more important. And then sort of the third pillar to our work is really catalyzing the ecosystem.

    And because the only way to do this is by building a movement, right? Like, sure, there. There’s an opportunity for someone to build a successful nonprofit that’s delivering services today. But if you actually want to change the world and really solve this problem on the timescale required, you have to somehow rally the entire, there’s like a million K12 nonprofits. We need all of them. This is like an all hands on deck moment. And so our organization is really obsessed with, like, how do we stay small and almost like operate as the intel inside to empower, like, the existing nonprofits so that they don’t have to all pivot and, like, become AI because, like, there’s just not enough AI experts to go around. If every school and every nonprofit wanted to hire an AI transformation officer.

    Like, there just wouldn’t be enough people for them to hire.

    Diane Tavenner: Yeah, they’re still trying to hire a good tech lead in schools. We’re definitely not getting an AI expert in every school soon. So you’re, you’re speaking my language, you know, sort of change management, vision, leadership 101, etc. I’m wondering, you know, sort of not necessarily the place we were thinking we’d go in this conversation, but I think it’d be fun to go, like, really deep for a moment that I think is related to your North Star comment. What does school look like in the age of AI? When kids are flourishing, when young people are flourishing, and when they’re successfully launching? I think that’s what the North Star has to describe.

    And you just started naming a whole bunch of things that are still important in school, which feel very familiar to me. They’re all parts of the schools that I’ve built and designed and whatnot. And so I think one of the interesting things is maybe we’ll then build back up to policy and whatnot. But, like, what does it look like if we succeed, if there is this national movement, we’re successful. We have schools or whatever they are that are enabling young people to flourish. What do you think that that looks like?

    Alex Kotran: Yeah, this is the question of our day. Right. I mean, I think this is where, I mean, just to go back to this, like, state of play. I think, like, we’re kind of. It’s very clear that we are in the age of AI, right? This is no longer some future state. And frankly, like, ignore all the talk about AI bubbles because it kind of doesn’t matter. I mean, there was, there was like, there’s always a bubble. There was a bubble when we had railroads.

    There was a bubble when we had, like, in the oil boom. There was a bubble with the Internet. You know, there probably will be some kind of a bubble with AI, but that’s kind of like part and parcel with transformational technologies. Nobody who’s really spent time digging these technologies believes that there’s not going to be AI sort of totally proliferated throughout our work in society in like, 10 years, which is, again, the timeframe that we’re thinking about. The key question is, though, like, what is it? Like, what does it mean to thrive? And so there’s more than just getting a job. But I think most people would admit that, like, having a job is really important. So maybe we start there and we can also talk about, you know, the, the social, emotional components of just sort of like, being able, being resilient to some of like, the onslaught of synthetic media and like, AI companions as other stuff. One of, if not the most important thing is, like, how do you get a job and like, have like, you know, be able to support yourself and, and that question is really unanswered right now.

    Uncertainty in AI and Future Jobs

    Alex Kotran: And so everybody in the education system is trying to figure out, like, well, what is our strategy? But we don’t know where we’re going? Like, we really do not know what the jobs of the future are. And like, I’ve, like, you hear platitudes like, well, it’s not that AI is going to take your job, it’s that somebody using AI is going to take your job. Which is a kind of a dumb thing to say because it’s, it’s correct. I mean, it’s like, it’s like, basically like, okay, either AI is going to do all the jobs, which I don’t like, like, that actually may happen, some people say, sooner than later. I just assume it’s going to be a long, long time if it ever, if we ever get there. And so until we get there, that means that there are humans doing jobs and AI and technology doing other aspects of work. So, like, what are the humans doing is really the important question. Not just like, are they using AI? But like, how are they using AI? How aren’t they using AI? Until we get more fidelity about what the future of work looks like, what are the skills you should be teaching? Because, like, you know, like, I think a lot about, like, cell phones.

    And you go back to 2005 and you can imagine a conversation where it’s like, and all this is completely true, right? In 2005, it would be correct to say that, you know, you will not be able to get a job if you don’t know how to use a cell phone. You will be using a cell phone every single day, whether you’re a plumber or a mathematician or an engineer or an astrophysicist. And yet I think most of us would agree that, like, we shouldn’t have, like, totally pivoted education to focus on, like, cell phone literacy because, like, nobody’s going to hire you because you know how to use a phone and AI like, probably is going to some degree get there. I mean, it’s already sort of there, right? Like, sure, there are people who will charge you money to teach you prompt engineering, but you could also just open up Gemini and say, help me write a prompt. Here’s what I want to do. And it will basically tell you how to do it.

    Diane Tavenner: I mean, we. You’ve seen this. You might not be old enough to remember this, but I was a teacher when everyone thought it was a really good idea to teach keyboarding in school. It’s like a class. What we discovered is actually if you just have people using technology, they learn how to use the keyboard. Right? Like, it happens in the natural course of things and you don’t have a class for it. So what I hear you saying is like, your approach is not about this sort of, you know, there’s some finite set of information or skill, you know, not even skills in many ways that we’re going to teach kids. But it’s like, what does it look like to have them ready for the world that honestly is here to today and then keeps evolving and changing over the next 10 years? And so where to even go with that, Michael because.

    Michael Horn: I mean, part of me wonders, Alex, like, if I start to name the things that remain relevant, what, like, maybe the conversation to have is like, what’s less relevant in your view, based on what the world of work and society is going to look like?

    What’s the stuff that we do today that you know, will feel quaint? Right, that we should be pruning from?

    Diane Tavenner: Yeah, cursive handwriting. That is still hotly debated by, by the way.

    Alex Kotran: But, you know, although you get like Deerfield Prep and they’re going back to pen and paper.

    Michael Horn: Right. So that, I mean, that’s kind of where I’m curious. Like, what practices would you lean into? What would you pull away from? Because, I mean, that’s part of the debate as well. Like our friend Andy Rotherham, I believe at the time we’re recording it, just had a post around how it’s time for a, you know, a pause on AI in all schools. Right. Not sure that’s possible for a variety of reasons. But, like, what would you pull back on? What would you lean into? What would you stop doing that’s in schools today, as you think about that readiness for the world that will be here in your, we’re all guessing, but 10 years from now.

    Alex Kotran: Now, what to pull back on? I mean, look, take home essays are dead. Don’t assign take-home essays like the detectors are imperfect. It’s like, and as a teacher, do you really want to be like an, you know, a cyber forensics specialist? Like that’s not the right use of your time. And also you’re using AI. So it’s a bit weird to the dissonance of like, oh, like empowering teachers with AI, but then like, we need to prevent kids from using it. But I think they’re like low hanging fruit. Like, OK, don’t assign take-home essays.

    The way to abstract, that is students are. You can call it cheating, let’s just call it shortcuts. What we do need to do is figure out, OK, how can AI, how is AI being used as a shortcut? And whether you ban it in schools, kids are going to use it out of school. And so teachers need to figure out how to create assessments and homework and projects that design such that you can’t just use AI as a shortcut. And there’s like, this is a whole separate conversation. But just like to give one example, having students demonstrate learning by coming into the class and presenting and importantly having to answer questions in real time about a topic. You can use all the AI you want, but if you’re going to be on the spot and you don’t understand whatever the thing is that you’re presenting about and you’re being asked questions like, you know, that’s the kind of thing where sure, use all the AI. If it’s helpful, you might just.

    But ultimately you just need to learn the thing. But like the more important question is like, I don’t know if school changes as much as people might think. I think it does change. I think there’s a lot that we know needs to change that is kind of irrespective of AI. Like we need learning to be more engaging. We need more project based learning. We need to shift away from just sort of like pure content knowledge, memorization. But that’s not necessarily new or novel because of AI.

    I think it is more urgent than ever before.

    Michael Horn: I’m curious, like what’s. Because I do think this is also hotly debated, right? Like in terms of the role of knowledge and being able to develop skills and things of that nature. And so I’m just sort of curious, like what’s the thin layer of knowledge you think we need to have? Or, or like Steven Pinker’s phrase, common knowledge Right

    And what’s the stuff we don’t have? Like we don’t have to memorize state capitals, right? Maybe.

    Diane Tavenner: No. Yeah, I don’t think we need to memorize the state capital, because, yeah, but keep going.

    Michael Horn: Yeah, yeah, I’m curious now. It’s like, right, like as we think about, because we do have this powerful assistant serving us now and we think about what that means for work. And I, but I guess I’m just curious, like, what does that really mean in terms of that balance, right? Like, what is all knowledge learned through the project or this, you know, how do we think about, you know, and it’s a lot of just in time learning perhaps, which is more motivating. I’m curious, like, how you think about that.

    Alex Kotran: I think this needs to be like, backed by, like research, right? Like, sure, it probably is, right, that you don’t need to memorize all the state capitals. But then I think you, you start to get to a place where like, OK, well, but do you even need to learn math? Because AI is really good at math and I think math is actually a good analog because I don’t really use math very much or I use relatively simplistic math day to day. I, I think it was really valuable for me to like, have spent the time building computational thinking skills and logic. And also just math was really hard for me and it was challenging. And like the process of learning a new abstract, hard thing. I do use that skill, even some of the rote memorization stuff. You know, my brother went to med school and like they spent a lot of time just memorizing like completely just like every tiny aspect of the human body.

    They like have to learn it. It’s actually like, I think doctors are really interesting, a great way to kind of double click on this because if doctors don’t go through all of that and don’t understand the body and go through all of the rote process of literally taking like thousand question tests where they have to know like random things about blood vessels. And even if they’re never going to deal with that specific aspect of the human body, doctors kind of like build this sort of like generalized set of knowledge and then also they spend all this time like interacting with real world cases. And you, you start to build instincts based on that and, and you talk to hospitals about like, oh, what about, you know, AI to help with diagnosis? And one of the things I hear a lot of is, well, we’re worried about doctors losing the capacity to be a check on the AI because ultimately we hear a lot about the human in the loop. The human in the loop is only relevant if they understand the thing that they’re looped into. So, yeah, so like, I don’t know, I mean, maybe we.

    Diane Tavenner: Yeah, you’re onto something. You’re spurring something for me that I, I actually think is the new thing to do and haven’t been doing and aren’t talking about. And that is this, let me see if I can describe it as I’m understanding it, unfold the way you’re talking about it. So I had a reaction to the idea of memorizing the state capitals because memorizing them is pretty old school, right? It calls back to a time where you aren’t going to be able to go get your encyclopedia off the shelf and look up the capitals. Like you have to have that working knowledge in your mind, if you will, to have any sense of geography and, you know, whatever you might be doing. And it was pretty binary.

    Like it really wasn’t easy to access knowledge like that. So you really did have to like memorize these things. Math, multiplication tables get cited often and whatnot for fluency in thinking and whatnot. So I don’t think that goes away. But it’s different because we have such easy access to AI and so there isn’t this like dependency on, you’re the only source of that knowledge, otherwise you’re not going to be able to go get it. But it doesn’t take away the need to have that working understanding of the world and so many things in order to do the heavier lifting thinking that we’re talking about and the big skills. And I think that, I don’t think there’s a lot of research on that in between pieces, like, how do you teach for that level of knowledge acquisition and internalization and whatnot? And how do you then have a, you know, a more seamless integration with the use of that knowledge in the age of AI when it’s so easily accessible? So that feels like a really interesting frontier to me. That doesn’t look exactly the same as what we’ve been doing, but isn’t totally in a different world either.

    It is restricted, responsive and reflective of the technology we have and how it will get used now.

    Rethinking Assessments and Learning Strategies

    Alex Kotran: Yeah, it’s, it’s a helpful push because like, what I’m not saying is that I know everything in school is fine. I don’t think I’ve ever talked to a superintendent who would say, oh, I’m feeling good about our assessment strategy. Like, we’ve known that and because really what you’re describing is assessments like what, like what are we assessing in terms of knowledge, which becomes the driver and incentive structure for teachers to like, you know, because to your point. Are you spending five weeks just memorizing capitals or are you spending two weeks and then also then saying, OK, now that you’ve learned that, I want you to actually apply that knowledge and like come up with a political campaign for governor of, you know, a state that you learned about and like, tell us about like why you’re going to be picking those. You know, tell us about your campaign platform. Right. And you know, like, how is it connected to what you learned about the geography of that state? So it’s like adapting, integrating project based learning and more engaging and relevant learning experiences. And then like the mix and the balance of what, what’s happening in the classroom is sort of, and this is the, the challenging thing because it’s like the assessments will inform that, but it’s also there the assessments are downstream of sort of like it’s not just about getting the assessments right, but it’s like, why are we assessing these things? And so that you very quickly get to like, well like, what is the future of work? And because like, yeah, I mean like, you probably don’t need to learn the Dewey Decimal system anymore.

    Even though being able to navigate knowledge is maybe one of the most important things, certainly something I use every day.

    Diane Tavenner: One of the things we tend to do in US Education, Alex, is be so US centric and we forget that other people on the planet might be grappling with some of these things. I know you track a lot of what happens around the globe. What can we look at as models or interesting, you know, experiments or explorations. Everything from like big system change work, which I know we have different systems across the world, so that’s different. It’s a little bit, it’s not groundswell, it’s a top down but like anything from policy, big system all the way down to like who, who might be doing interesting things in the classroom. Where are you looking for inspiration or models across the globe?

    Alex Kotran: I mean, South Korea is a really interesting case study. You mentioned South Korea. I think at the beginning of this, during the intro they were just in headlines because they had done this big push. They would like roll out personalized learning nationwide. And then they announced that they were rolling back or sort of slowing down or pausing on the strategy. I forget if it was a rollback or a pause, but they’re basically like, wait, this isn’t working. And what they found is that they hadn’t made a requisite investment in the teacher capacity. And that was clear.

    And so part of the reason I’m tracking that is because I don’t know that there’s very much for us to learn from what any school is doing right now, beyond, like, there’s a lot for us to learn in the sense of like, how can we empower teacher, like, how do we empower teachers to run with this stuff? Because they are doing that. You know, like, I think there’s a lot to learn from a, like a mechanical standpoint of like, implementation strategies. But I don’t know that anybody has figured this out because like, nobody can yet describe what the future of work looks like. And I know this because the AI companies can’t even describe what the future of work looks like. You know, you had like Dario Amodei at Anthropic seven months ago, saying in six months, 90% of code is going to be written by AI, which is not the case. Not even close.

    Diane Tavenner: And Amazon’s going to lay off 30,000 white collar workers this week,

    Alex Kotran: Which they did.. Yes. And so you have. But is that really because of AI or is that because of overhiring from interest rates? I mean there’s like, so, so until we answer this question of like, what is like. And really the way to say what is the future of work is like, to put it in educational terms, how are you going to add value to the labor market? Like, David Otter has this like, example which I think is really important. It’s like, you know, the crosswalk coordinator versus the air traffic controller. And then, like, we pay the air traffic controller four times as much because any one of us could go, be a crosswalk coordinator like today, just give us a vest and a stop sign. I don’t, I assume you’re not moonlighting as an air traffic controller. I’m certainly not.

    It would take us, I think, I don’t know what the process is, but I think years to acquire the expertise. And so there is this barrier of expertise to do certain things. And what AI will do is lower the barriers to entry for certain types of expertise, things like writing, things like math. And so in those environments where AI is increasingly going to be automating certain types of expertise, then, well, for people to still get wages that are good or to be employed, they have to be adding something additional. And so the question of like, what are the humans adding? Again, we get to stuff like durable skills. We get to stuff like a human in the loop. But I think it’s much more nuanced than that. And the reason I know that is because there’s the MIT study.

    I think it was a survey, but let’s call it a study. I think they called it a study. So there’s a study from MIT that found that 95% of businesses, AI implementations failed, have not been successful. So really what we’re seeing is, yes, AI is blowing up, but for the most part, most organizations have not actually cracked the code on like, how to like, unlock productivity and like. And so I think that there’s actually quite a lot of business change management and organizational change that’s coming. And so actually kind of trying to hone in on what does that look like, I think is maybe the key, because that will take 10 years if you look at computers. Computers, like, could have revolutionized businesses long before, but they ended up getting adopted. I mean, it took like decades actually for, you know, spreadsheets and things like that to become ubiquitous.

    And like Excel is a great example of something. I was just talking to this, this expert from the mobile industry who was talking about, like, the interesting thing about spreadsheets was it didn’t just automate because there were people who literally would hand write, you know, ledgers before Excel. And so obviously that work got automated. But the other thing that spreadsheets did, where they created a new category of work, which is like the business analysts, because. Because before spreadsheets there was really the only way to get that information was to like, call somebody and sort of like compile it manually. And now you had a new way to look at information which actually unlocked a new sort of function that didn’t exist. And that meant, like, businesses now have teams of people that are like, doing layers of analysis that they didn’t realize that they could do before. And so

    Diane Tavenner: I wonder, what you’re saying is sparking two things for me. And again, we could talk probably all day, but we don’t have all day. So sadly, I think this might be bringing us to a close here for the moment. But I’m curious what both of you think on this because you brought up air traffic controllers. And in my new life and work, I’m very obsessed with careers and how people get into them and whatnot. I’ve done deep dives on air traffic controllers. And it’s, my macro point here is going to be.

    I do wonder if this moment of AI is also just extreme, exposing existing challenges and problems and bringing them to the forefront. Because let me be clear, training air traffic controllers in the US was a massive problem before AI came around, before any of this happened. It’s a really messed up system. It is so constrained. It’s not set up for success. Like, it’s just such a disaster and a mess and it’s such a critical role that we have. And it’s probably going to change with AI. Like, so you’ve just got all these things going on.

    And I’m wondering, Michael, from your perspective, is that what happens in these, you know, moments of disruption and is that all predictable and how do we get out of it? And then, Alex, you’re talking about. I was having a conversation this morning about this idea that all these companies no longer are hiring sort of those entry level analysts, or they’re hiring far fewer of them. And my wondering is no one can seem to answer this question yet. Great. Where’s your manager coming from? Because if you don’t employ any people at that level and they haven’t sort of learned the business and learned things, what do you think they’re just sitting on the sidelines for seven, eight years and then they’re ready to slide in there into, you know, the roles that you are keeping? And so are these just problems that already existed that are now just being exposed, you know, what’s going on? What do you all think?

    Job Market Trends and AI

    Alex Kotran: So, first of all, we really don’t know if the, like, I’m not convinced that the reason that there’s high unemployment among college grads is because of AI. I mean, I think there was overhiring because of interest, low interest rates. I think that companies are trying to free up cash flow to pay for the inference costs of these tools. And, and I think in general, like, you know, we’re, there’s going to be like, sort of like boom, bust cycles in terms of hiring in general. And we’ve been in a really good period of high employment for a long time. I think what, what is clear is if you talk to like earlier stage companies, you know, I was talking to a friend of mine at Cursor, which is like one of the big vibe coding companies, like blowing up, worth lots and lots of money. And I asked them about, like, oh, like I keep hearing about like, you know, companies aren’t hiring entry level engineers anymore because like, you’re better off having someone with experience.

    And he’s like, all of our engineers are in like their early 20s. Huh. OK, that’s interesting. Well, yeah, because actually it’s a lot faster and easier to train somebody who’s an AI native who learned software engineering while vibe coding. But he’s like, but we’re a small organization that’s like basically building out our structure as we go so we don’t have to like operate within sort of like the confines. I think there’s going to be this idea of like incumbent organizations. They have the existing hierarchy because ultimately you’re looking for people who are like really fast learners who can like learn new technology, who are adaptable and who are good at like doing hard stuff. If you’re a small organization, you’re probably better off just like hiring young people that like, you know, have those instincts.

    If you’re a large organization, what you might do is just maybe you’re laying off some of the really slow movers and then retaining and promoting the people that are already in place and have those characteristics. And then your point about like training the next generation, like law firms are thinking about this a lot because like you could, maybe you could automate all the entry level associates, but you do need a pipeline. But then you get to do you need middle managers? I mean like if the business models are less hierarchical because you just don’t need all those layers, then maybe you don’t worry so much about whether you need middle management and it’s more about do you need more. I think what companies are going to realize is they actually need more systems thinkers and technology native employees that are integrated into other verticals of knowledge work that outside of tech. So like, if you think about marketing and like business and customer success and you know, like non profit world fundraising and policy analysts, like all of these teams that generally have like people from the humanities. You know, I think companies are going to say, OK, how do we actually get people that like can do some vibe coding and have a little bit of like CS chops to build out some, you know, much more efficient and productive ways for these teams to operate. But like nobody knows. Nobody knows.

    I don’t know. Michael?

    Michael Horn: I love this point, Alex, where you’re ending and that like, and I like the humility frankly in a lot of the guests that we’ve had around. This is like the honesty that we’re all guessing a little bit at this future and we’re looking at different signals right. As we do. I think my quick take off this and I’ll try to give my version of it, I guess is you mentioned David Otter earlier at mit, Alex. Right. And part of his contention is that actually, right, it levels expertise between jobs that we’ve paid a lot for and jobs that we haven’t and more people like, as opposed to technology that is increasing inequality. This may be a technology that actually decreases inequality. And I guess it goes to my second thing, Diane, around what the question you asked and air traffic control training is a great example.

    But like, fundamentally, the organizations and processes we have in place have a very scarcity mindset. And I suspect they’re going to fight change and we’re going to need new disruptive organizations, similar to what Alex was just saying, that look very differently to come in. And it gets to a little bit of, I think what everyone says with technology, like the short term predictions are huge. They tend to disappoint on that. The long term change is bigger than we can imagine. And I guess I kind of wonder is the long term change what we. Alex, earlier on this season we had Reed Hastings and you know, he has a very abundant sort of society mindset where the robots plus AI plus probably quantum computing, like, are doing a lot of the things, or is it frankly sort of what you or I think Paul LeBlanc would argue, which is that a lot of these things that require trust and we want people like, yes, you can build an AI that does fundraising for you. But like, do I really trust both sides of that equation? I’d rather interact with someone.

    Right. There’s a lot of social capital that sort of greases these wheels ultimately in society. And I guess that’s a bit of the question. And Diane, I guess part of me thinks, you know, Carlota Perez, who’s written about technology revolutions, right. She says that there will be some very uncomfortable parts of this, right. And a bit of upheaval. Part of me keeps wondering if we can grease the wheels for new orgs to come in organically, can we avoid some of that upheaval because they’ll actually more naturally move to paying people for these jobs in a more organic way.

    And I, right now we have a, I’m not sure we have that mindset in place. That’s a bit of my question.

    Diane Tavenner: More questions than answers. More questions than answers. Really. This has been, wow, really provocative.

    Michael Horn: Yeah. So let’s, let’s, let’s leave. We could go on for a while. Let’s leave the conversation here for the moment. Alex, A segment we have on the show as we wrap up always is things we’re reading, watching, listening to either inside work or we try to be outside of work. You know, podcasts, TV shows, movies, books, whatever it might be. What’s on your night table or in your ear or in front of your eyes right now that you might share with us.

    Alex Kotran: I’m reading a book about salt. It’s called Salt.

    Michael Horn: This came out a few years ago. Yeah. Yeah. My wife read it.

    Alex Kotran: Yeah, I’m actually reading it for the second time. But it is, you know, it’s interesting because we. It’s something that’s, like, now you take for granted. But, you know, there’s a time when, you know, wars were fought. You know, it sort of spurred entire new sorts of technologies around. Like, the Erie Canal was basically, you know, like, salt was a big component of, you know, why we even built the Erie Canal. It’s. It’s actually nicknamed a ditch that salt built, you know, spurring new mining techniques.

    Technology’s Interconnected Conversation

    Alex Kotran: And, you know, I just find it fascinating that, like, you know, there are these, like, technology is so interconnected not to bring it back. I know this is supposed to be outside, but all I read, I only read nonfiction, so it’s going to be connected in some way. I just, like, fascinated by, like, you know, there are these sort of, like, layers behind the scenes that we sometimes take for granted that, you know, can actually be, like, you know, quietly, you know, monumental. I think what’s cool about this moment with technology is it’s like everybody’s a part of this conversation. Like, before, it was, like, much more cloistered. And so I think that’s just, like, good. Even though, yes, there’s a lot of noise and hype and, you know, snake oil and all that stuff, but I think in general, like, we are better off by, like, having folks like you, like, asking folk, asking people for, like, you know, like, driving conversation about this and not just leaving it to a small group of experts to dictate.

    Diane Tavenner: So I think this is cheating, but I’ve done this one before. But I’m gonna cheat anyway because, as you know, Michael, because you hear me talk about it a lot, the. The one news source I religiously read is called Tangle News. It’s a newsletter now and a podcast. It’s grown like crazy since I first started listening. I love it. It’s like a startup.

    It started, I think when I started reading, it was like, under 50,000 subscribers or something. Now up half a million. Executive editor, Isaac Saul, who I’m going to say this about a news person I trust, which I think is just a miracle. And I’m bringing it up this week because he wrote a piece last Friday that, honestly, I had to break over a couple days because it was really brutal to read. That’s just a very honest accounting of where we are in this moment. The best piece I’ve heard, I’ve read or, or heard about it. And then on Monday, he did another piece where, you know, they do what’s the left saying? What’s the right saying? What’s his take? You know, what are dissenting opinions? I just love the format. I love what they’re doing.

    I was getting ready to write them a thank you note slash love letter, which I do periodically. And I thought I’d just say it on here.

    Michael Horn: I was gonna say now you can just excerpt this and send them a video clip.

    Diane Tavenner: So I hope, I hope people will check it out. I love, love, love the work they’re doing, and I think you will too.

    Michael Horn: I’m gonna go historical fiction. Diane, I’m like, surprising you multiple weeks in a row here, I think. Right? Yeah. Because, Alex, I’m like you. I’m normally just nonfiction all the time, but I don’t know. Tracy said you have to read this book, Brother’s Keeper by Julie Lee.

    It’s based on. It’s historical fiction based on a. About a family’s migration from North Korea to South Korea during the Korean War. It is a tear jerker. I was crying like, literally sobbing as I was reading last night. And Tracy was like, you OK? And I was like, I think I won’t get through the book. But I did, and it’s fantastic.

    So we’ll leave it there. But, Alex, huge thanks. You spurred a great conversation. Looking forward to picking up a bunch of these strands as we continue. And for all you listening again, keep the comments, questions coming. It’s spurring us to think through different aspects of this and invite other guests who have good answers or at least the right questions and signals we ought to be paying attention to. So we’ll see you next time on Class Disrupted.


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  • A topic modelling analysis of higher education research published between 2000 and 2021

    A topic modelling analysis of higher education research published between 2000 and 2021

    by Yusuf Oldac and Francisco Olivas

    We recently embarked upon a project to explore the development of higher education research topics over the last decades. The results were published in Review of Education. Our aim was to thematically map the field of research on higher education and to analyse how the field has evolved over time between 2000 and 2021. This blog post summarises our findings and reflects on the implications for HE research.

    HE research continues to grow. HE researchers are located in globally diverse geographical locations and publish on diversifying topics. Studies focusing on the development of HE with a global-level analysis are increasingly emerging. However, most of these studies are limited to scientometric network analyses that do not include a content-related focus. In addition, they are deductive, indicating that they tried to fit their new findings into existing categories. Recently, Daenekindt and Huisman (2020) were able to capture the scholarly literature on higher education through an analysis of latent themes by utilising topic modelling. This approach got attention in the literature, and the study’s contribution was highlighted in an earlier SRHE blog post. We also found their study useful and built on it in our novel analysis. However, their analysis focused only on generating topics from a wide range of higher education journals and did not identify explanatory factors, such as change over the years or the location of publication. After identifying this gap, we worked towards moving one step further.

    A central contribution of our study is the inclusion of a set of research content explanatory factors, namely: time, region, funding, collaboration type, and journals, to investigate the topics of HE research. In methodological terms, our study moves ahead of the description of the topic prevalence to the explanation of the prevalence utilizing structural topic modelling (Roberts et al, 2013).

    Structural topic modelling is a machine learning technique that examines the content of provided text to learn patterns in word usage without human supervision in a replicable and transparent way (Mohr & Bogdanov, 2013). This powerful technique expands the methodological repertoire of higher education research. On one hand, computational methods make it possible to extract meaning from large datasets; on the other, they allow the prediction of emerging topics by integrating the strengths of both quantitative and qualitative approaches. Nevertheless, many scholars in HE remain reluctant to engage with such methods, reflecting a degree of methodological conservatism or tunnel vision (see Huisman and Daenekindt’s SRHE blog post).

    In this blog post, our intention is not to go deep into the minute details of this methodological technique, but to share a glimpse of our main findings through the use of such a technique. With the corpus of all papers published between 2000 and 2021 in the top six generalist journals of higher education, as listed by Cantwell et al (2022) and Kwiek (2021) both, we analysed a dataset of 6,562 papers. As a result, we identified 15 emergent research topics and several major patterns that highlight the thematic changes over the last decades. Below, we share some of our findings, accompanied by relevant visualisations.

    Glimpse at the main findings with relevant visuals

    The emergent 15 higher education topics and three visibly rising ones

    Our topic modelling analysis revealed 15 distinct topics, which are largely in line with the topics discussed in previous studies on this line (eg Teichler, 1996; Tight, 2003; Horta & Jung, 2014). However, there are added nuances in our analysis. For example, the most prevalent topics are policy and teaching/learning, which are widely acknowledged in the field, but new themes have emerged and strengthened over time. These themes include identity politics and discrimination, access, and employability. These areas, conceptually linked to social justice, have become central to higher education research, especially in US-based journals but not limited to them. The visual below demonstrates the changes over the years for all 15 topics.

    • The Influence of funding on higher education research topics

    Research funding plays a crucial role in shaping certain topics, particularly gender inequality, access, and doctoral education. Studies that received funding exhibited a higher prevalence of these socially significant topics, underscoring the importance of targeted funding to support research with social impact. The data visualisation below summarises the influence of reported funding for each topic. The novelty of this pattern needs to be highlighted because we have not come across a previous study looking into the influence of funding existence on research topics in the higher education field.

    • The impact of collaboration on higher education research topics

    Collaborative publications are more prevalent in topics such as teaching and learning, and diversity and social relations. By contrast, theoretical discussions, identity politics, policy, employability, and institutional management are more common in solo-authored papers. This pattern aligns with the nature of these topics and the data requirements for research. Please see the visualised data below.

    We highlight that although the relationship between collaboration and citation impact or researcher productivity is well studied, we are not aware of any evidence of the effect of collaboration patterns on topic prevalence, particularly in studies focusing on higher education. So, this finding is a novel contribution to higher education research.

    • Higher education journals’ topic preferences

    Although the six leading journals claim to be generalist, our analysis shows they have differing publication preferences. For example, Higher Education focuses on policy and university governance, while Higher Education Research and Development stands out for teaching/learning and indigenous knowledge. Journal of Higher Education and Review of Higher Education, two US-based journals, have the highest prevalence of identity politics and discrimination topics. Last, Studies in Higher Education has a significantly higher prevalence in teaching and learning, theoretical discussions, doctoral education, and emotions, burnout and coping than most of the journals.

    • Regional differences in higher education research topics

    Topic focus varies significantly by the region of the first author. First, studies from Asia exhibit the highest prevalence of academic work and institutional management. Studies from Africa show a higher prevalence of identity politics and discrimination. Moreover, studies published by first authors from Eastern European countries stand out with the higher prevalence of employability. Lastly, the policy topic has a high prevalence across all regions. However, studies with first authors from Asia, Eastern Europe, Africa, and Latin America and the Caribbean showed a higher prevalence of policy research in higher education than those from North America and Western Europe. By contrast, indigenous knowledge is most prominent in Western Europe (including Australia and New Zealand). The figure below demonstrates these in visual format.

    Concluding remarks

    Higher education research has grown and diversified dramatically over the past two decades. The field is now established globally, with an ever-expanding array of topics and contributors. In this blog post, we shared the results of our analysis in relation to the influence of targeted funding, collaborative practices, regional differences, and journal preferences on higher education research topics. We have also indicated that certain topics have risen in prevalence in the last two decades. More patterns are included in the main research study published in Review of Education.

    It is important to note that we could only include the higher education papers published up to 2021, the latest available data year when we started the analyses. The impact of generative artificial intelligence and recent major shifts in the global geopolitics, including the new DEI policies in the US and overall securitisation of science tendencies, may not be reflected fully in this dataset. These themes are very recent, and future studies, including replications with similar approaches, may help provide newly emerging patterns.

    Dr Yusuf Oldac is an Assistant Professor in the Department of Education Policy and Leadership at The Education University of Hong Kong. He holds a PhD degree from the University of Oxford, where he received a full scholarship. Dr Oldac’s research spans international and comparative higher education, with a current focus on global science and knowledge production in university settings.

    Dr Francisco Olivas obtained his PhD in Sociology from The Chinese University of Hong Kong. He joined Lingnan University in August 2021. His research lies in the intersections between cultural sociology, social stratification, and subjective well-being, using quantitative and computational methods.

    Author: SRHE News Blog

    An international learned society, concerned with supporting research and researchers into Higher Education

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  • In Los Angeles, 45 Elementary Schools Beat the Odds in Teaching Kids to Read – The 74

    In Los Angeles, 45 Elementary Schools Beat the Odds in Teaching Kids to Read – The 74

    This article is part of Bright Spots, a series highlighting schools where every child learns to read, no matter their zip code. Explore the Bright Spots map to find out which schools are beating the odds in terms of literacy versus poverty rates.

    This story is part of The 74’s special coverage marking the 65th anniversary of the Los Angeles Unified School District. Read all our stories here.

    When The 74 started looking for schools that were doing a good job teaching kids to read, we began with the data. We crunched the numbers for nearly 42,000 schools across all 50 states and Washington, D.C. and identified 2,158 that were beating the odds by significantly outperforming what would be expected given their student demographics. 

    Seeing all that data was interesting. But they were just numbers in a spreadsheet until we decided to map out the results. And that geographic analysis revealed some surprising findings. 

    For example, we found that, based on our metrics, two of the three highest-performing schools in California happened to be less than 5 miles apart from each other in Los Angeles. 

    The PUC Milagro Charter School came out No. 1 in the state of California. With 91% of its students in poverty, our calculations projected it would have a third grade reading rate of 27%. Instead, 92% of its students scored proficient or above. Despite serving a high-poverty student population, the school’s literacy scores were practically off the charts.  

    PUC Milagro is a charter school, and charters tended to do well in our rankings. Nationally, they made up 7% of all schools in our sample but 11% of those that we identified as exceptional. 

    But some district schools are also beating the odds. Just miles away from PUC Milagro is our No. 3-rated school in California, Hoover Street Elementary. It is a traditional public school run by the Los Angeles Unified School District. With 92% of its students qualifying for free- or reduced-price lunch, our calculations suggest that only 23% of its third graders would likely be proficient in reading. Instead, its actual score was 78%. 

    For this project, we used data from 2024, and Hoover Street didn’t do quite as well in 2025. (Milagro continued to perform admirably.)

    Still, as Linda Jacobson reported last month, the district as a whole has been making impressive gains in reading and math over the last few years. In 2025, it reported its highest-ever performance on California’s state test. Moreover, those gains were broadly shared across the district’s most challenging, high-poverty schools. 

    Our data showed that the district as a whole slightly overperformed expectations, based purely on the economic challenges of its students. We also found that, while Los Angeles is a large, high-poverty school district, it had a disproportionately large share of what we identified as the state’s “bright spot” schools. L.A. accounted for 8% of all California schools in our sample but 16% of those that are the most exceptional. 

    All told, we found 45 L.A. district schools that were beating the odds and helping low-income students read proficiently. Some of these were selective magnet schools, but many were not. 

    Map of Los Angeles Area Bright Spots

    Some of the schools on the map may not meet most people’s definition of a good school, let alone a great one. For example, at Stanford Avenue Elementary, 47% of its third graders scored proficient in reading in 2024. That may not sound like very many, but 97% of its students are low-income, and yet it still managed to outperform the rest of the state by 4 percentage points. (It did even a bit better in 2025.)

    Schools like Stanford Avenue Elementary don’t have the highest scores in California. On the surface, they don’t look like they’re doing anything special. But that’s why it’s important for analyses like ours to consider a school’s demographics. High-poverty elementary schools that are doing a good job of helping their students learn to read deserve to be celebrated for their results.


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  • Mindfulness is Gaining Traction in American Schools, But It Isn’t Clear What Students Are Learning – The 74

    Mindfulness is Gaining Traction in American Schools, But It Isn’t Clear What Students Are Learning – The 74

    In the past 20 years in the U.S., mindfulness transitioned from being a new-age curiosity to becoming a more mainstream part of American culture, as people learned more about how mindfulness can reduce their stress and improve their well-being.

    Researchers estimate that over 1 million children in the U.S. have been exposed to mindfulness in their schools, mostly at the elementary level, often taught by classroom teachers or school counselors.

    I have been researching mindfulness in K-12 American schools for 15 years. I have investigated the impact of mindfulness on students, explored the experiences of teachers who teach mindfulness in K-12 schools, and examined the challenges and benefits of implementing mindfulness in these settings.

    I have noticed that mindfulness programs vary in what particular mindfulness skills are taught and what lesson objectives are. This makes it difficult to compare across studies and draw conclusions about how mindfulness helps students in schools.

    What is mindfulness?

    Different definitions of mindfulness exist.

    Some people might think mindfulness means simply practicing breathing, for example.

    A common definition from Jon Kabat-Zinn, a mindfulness expert who helped popularize mindfulness in Western countries, says mindfulness is about “paying attention in a particular way, on purpose, nonjudgmentally, in the present moment.”

    Essentially, mindfulness is a way of being. It is a person’s approach to each moment and their orientation to both inner and outer experience, the pleasant and the unpleasant. Fundamental to mindfulness is how a person chooses to direct their attention.

    In practice, mindfulness can involve different practices, including guided meditations, mindful movement and breathing. Mindfulness programs can also help people develop a variety of skills, including openness to experiences and more focused attention.

    Practicing mindfulness at schools

    A few years ago, I decided to investigate school mindfulness programs themselves and consider what it means for children to learn mindfulness at schools. What do the programs actually teach?

    I believe that understanding this information can help educators, parents and policymakers make more informed decisions about whether mindfulness belongs in their schools.

    In 2023, my colleagues and I conducted a deep dive into 12 readily available mindfulness curricula for K-12 students to investigate what the programs contained. Across programs, we found no consistency of content, teaching practices or time commitment.

    For example, some mindfulness programs in K-12 schools incorporate a lot of movement, with some specifically teaching yoga poses. Others emphasize interpersonal skills such as practicing acts of kindness, while others focus mostly on self-oriented skills such as focused attention, which may occur by focusing on one’s breath.

    We also found that some programs have students do a lot of mindfulness practices, such as mindful movement or mindful listening, while others teach about mindfulness, such as learning how the brain functions.

    Finally, the number of lessons in a curriculum ranged from five to 44, meaning some programs occurred over just a few weeks and some required an entire school year.

    Despite indications that mindfulness has some positive impacts for school-age children, the evidence is also not consistent, as shown by other research.

    One of the largest recent studies of mindfulness in schools found in 2022 no change in students who received mindfulness instruction.

    Some experts believe, though, that the lack of results in this 2022 study on mindfulness was partially due to a curriculum that might have been too advanced for middle school-age children.

    The connection between mindfulness and education

    Since attention is critical for students’ success in school, it is not surprising that mindfulness appeals to many educators.

    Research on student engagement and executive functioning supports the claim that any student’s ability to filter out distractions and prioritize the objects of their thoughts improves their academic success.

    Mindfulness programs have been shown to improve students’ mental health and decrease students’ and teachers’ stress levels.

    Mindfulness has also been shown to help children emotionally regulate.

    Even before social media, teachers perennially struggled to get students to pay attention. Reviews of multiple studies have shown some positive effects of mindfulness on outcomes, including improvements in academic achievement and school adjustment.

    A 2023 report from the Centers for Disease Control and Prevention cites mindfulness as one of six evidence-based strategies K-12 schools should use to promote students’ mental health and well-being.

    A relatively new trend

    Knowing what is in the mindfulness curriculum, how it is taught and how long the student spends on mindfulness matters. Students may be learning very different skills with significantly different amounts of time to reinforce those skills.

    Researchers suggest, for example, that mindfulness programs most likely to improve academic or mental health outcomes of children offer activities geared toward their developmental level, such as shorter mindfulness practices and more repetition.

    In other words, mindfulness programs for children cannot just be watered down versions of adult programs.

    Mindfulness research in school settings is still relatively new, though there is encouraging data that mindfulness can sharpen skills necessary for students’ academic success and promote their mental health.

    In addition to the need for more research on the outcomes of mindfulness, it is important for educators, parents, policymakers and researchers to look closely at the curriculum to understand what the students are actually doing.

    This article is republished from The Conversation under a Creative Commons license. Read the original article.

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  • 150K fewer international students this fall? That’s what one analysis predicts.

    150K fewer international students this fall? That’s what one analysis predicts.

    This audio is auto-generated. Please let us know if you have feedback.

    Dive Brief:

    • International enrollment at U.S. colleges could drop by as much as 150,000 students this fall unless the federal government ramps up its issuing of visas this summer, according to recent projections from NAFSA: Association of International Educators. 
    • The financial consequences could be severe. A 30% to 40% decline in new foreign students would lead to a 15% overall drop in international enrollment and, with it, a potential loss of $7 billion in revenue for colleges and 60,000 higher education jobs, NAFSA estimated. 
    • The organization attributed the projected decline to various Trump administration actions, including travel bans and an earlier suspension of visa interviews. NAFSA called on Congress to direct the State Department to expedite processing for student visas. 

    Dive Insight:

    Preliminary data from early this year suggested “flat to modest growth” in international student enrollment, but NASFA pointed to policy changes that could alter the landscape ahead.

    Since President Donald Trump retook office this year, many in the higher education world have worried international enrollment would decline in response to his policies and the perceptions abroad about America and how welcoming it will be to foreign students. 

    His administration has indeed taken an aggressive stance on admitting students from outside the U.S. In June, Trump signed an executive order banning travel from 12 countries and imposing restrictions on seven others. And the president has recently considered bans on 36 more countries

    Also in June, the State Department announced expanded screening that included surveillance of social media posts for applicants of F, M and J nonimmigrant visas. 

    That followed an announcement in May from Secretary of State Marco Rubio that the U.S. would move to “aggressively revoke” visas for Chinese students. Trump later appeared to walk back that stance on social media, adding more confusion as to the administration’s actual policy.

    NAFSA pointed to reports of limited to no visa review appointments for prospective international students in India, China, Nigeria and Japan. The organization noted that India and China send the most international students to the U.S., while Nigeria and Japan are the seventh and 13th leading home countries, respectively. 

    On top of those moves, the administration has demonstrated interest in using international student enrollment as leverage against institutions and activists in Trump’s crosshairs. 

    Through various directives, for example,Trump and his government have tried to bar Harvard from enrolling international students in the administration’s ongoing feud with the university. Each of those efforts have been temporarily blocked in court. Had they not been, the consequences for Harvard would likely be dire. In the 2024-25 academic year, the Ivy League university’s roughly 6,800 foreign students made up 27.2% of its student body.  

    Earlier this year, the administration also moved to deny visas for pro-Palestinian protestors

    A July report from analysts with Moody’s ratings services pointed to the potential financial fallout for colleges from declines in international enrollment. They noted that foreign students tend to pay full tuition and fees, heightening the potential revenue impact. 

    A stress test by the analysts found that for 130 colleges they rate, a 20% drop in international enrollment would translate into a 0.5 percentage-point hit to their earnings margin before taxes, interest, depreciation and amortization. For 18 colleges, EBITDA margin loss would be 2 to 8 points. Those with already low margins could face “significant financial stress,” the analysts said.

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  • AI and Art Collide in This Engineering Course That Puts Human Creativity First – The 74

    AI and Art Collide in This Engineering Course That Puts Human Creativity First – The 74

    I see many students viewing artificial intelligence as humanlike simply because it can write essays, do complex math or answer questions. AI can mimic human behavior but lacks meaningful engagement with the world.

    This disconnect inspired my course “Art and Generative AI,” which was shaped by the ideas of 20th-century German philosopher Martin Heidegger. His work highlights how we are deeply connected and present in the world. We find meaning through action, care and relationships. Human creativity and mastery come from this intuitive connection with the world. Modern AI, by contrast, simulates intelligence by processing symbols and patterns without understanding or care.

    In this course, we reject the illusion that machines fully master everything and put student expression first. In doing so, we value uncertainty, mistakes and imperfection as essential to the creative process.

    This vision expands beyond the classroom. In the 2025-26 academic year, the course will include a new community-based learning collaboration with Atlanta’s art communities. Local artists will co-teach with me to integrate artistic practice and AI.

    The course builds on my 2018 class, Art and Geometry, which I co-taught with local artists. The course explored Picasso’s cubism, which depicted reality as fractured from multiple perspectives; it also looked at Einstein’s relativity, the idea that time and space are not absolute and distinct but part of the same fabric.

    What does the course explore?

    We begin with exploring the first mathematical model of a neuron, the perceptron. Then, we study the Hopfield network, which mimics how our brain can remember a song from just listening to a few notes by filling in the rest. Next, we look at Hinton’s Boltzmann Machine, a generative model that can also imagine and create new, similar songs. Finally, we study today’s deep neural networks and transformers, AI models that mimic how the brain learns to recognize images, speech or text. Transformers are especially well suited for understanding sentences and conversations, and they power technologies such as ChatGPT.

    In addition to AI, we integrate artistic practice into the coursework. This approach broadens students’ perspectives on science and engineering through the lens of an artist. The first offering of the course in spring 2025 was co-taught with Mark Leibert, an artist and professor of the practice at Georgia Tech. His expertise is in art, AI and digital technologies. He taught students fundamentals of various artistic media, including charcoal drawing and oil painting. Students used these principles to create art using AI ethically and creatively. They critically examined the source of training data and ensured that their work respects authorship and originality.

    Students also learn to record brain activity using electroencephalography – EEG – headsets. Through AI models, they then learn to transform neural signals into music, images and storytelling. This work inspired performances where dancers improvised in response to AI-generated music.

    The Improv AI performance at Georgia Institute of Technology on April 15, 2025. Dancers improvised to music generated by AI from brain waves and sonified black hole data.

    Why is this course relevant now?

    AI entered our lives so rapidly that many people don’t fully grasp how it works, why it works, when it fails or what its mission is.

    In creating this course, the aim is to empower students by filling that gap. Whether they are new to AI or not, the goal is to make its inner algorithms clear, approachable and honest. We focus on what these tools actually do and how they can go wrong.

    We place students and their creativity first. We reject the illusion of a perfect machine, but we provoke the AI algorithm to confuse and hallucinate, when it generates inaccurate or nonsensical responses. To do so, we deliberately use a small dataset, reduce the model size or limit training. It’s in these flawed states of AI that students step in as conscious co-creators. The students are the missing algorithm that takes back control of the creative process. Their creations do not obey AI but reimagine it by the human hand. The artwork is rescued from automation.

    What’s a critical lesson from the course?

    Students learn to recognize AI’s limitations and harness its failures to reclaim creative authorship. The artwork isn’t generated by AI, but it’s reimagined by students.

    Students learn chatbot queries have an environmental cost because large AI models use a lot of power. They avoid unnecessary iterations when designing prompts or using AI. This helps reducing carbon emissions.

    The Improv AI performance on April 15, 2025, featured dancer Bekah Crosby responding to AI-generated music from brain waves.

    The course prepares students to think like artists. Through abstraction and imagination they gain the confidence to tackle the engineering challenges of the 21st century. These include protecting the environment, building resilient cities and improving health.

    Students also realize that while AI has vast engineering and scientific applications, ethical implementation is crucial. Understanding the type and quality of training data that AI uses is essential. Without it, AI systems risk producing biased or flawed predictions.

    Uncommon Courses is an occasional series from The Conversation U.S. highlighting unconventional approaches to teaching.

    This article is republished from The Conversation under a Creative Commons license. Read the original article.

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  • Survey of 1500 Kids Suggests School Phone Bans Have Important but Limited Effects – The 74

    Survey of 1500 Kids Suggests School Phone Bans Have Important but Limited Effects – The 74


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    In Florida, a bill that bans cellphone use in elementary and middle schools, from bell to bell, recently sailed through the state Legislature.

    Gov. Ron DeSantis signed it into law on May 30, 2025. The same bill calls for high schools in six Florida districts to adopt the ban during the upcoming school year and produce a report on its effectiveness by Dec. 1, 2026.

    But in the debate over whether phones should be banned in K-12 schools – and if so, howstudents themselves are rarely given a voice.

    We are experts in media use and public health who surveyed 1,510 kids ages 11 to 13 in Florida in November and December 2024 to learn how they’re using digital media and the role tech plays in their lives at home and at school. Their responses were insightful – and occasionally surprising.

    Adults generally cite four reasons to ban phone use during school: to improve kids’ mental health, to strengthen academic outcomes, to reduce cyberbullying and to help limit kids’ overall screen time.

    But as our survey shows, it may be a bit much to expect a cellphone ban to accomplish all of that.

    What do kids want?

    Some of the questions in our survey shine light on kids’ feelings toward banning cellphones – even though we didn’t ask that question directly.

    We asked them if they feel relief when they’re in a situation where they can’t use their smartphone, and 31% said yes.

    Additionally, 34% of kids agreed with the statement that social media causes more harm than good.

    And kids were 1.5 to 2 times more likely to agree with those statements if they attended schools where phones are banned or confiscated for most of the school day, with use only permitted at certain times. That group covered 70% of the students we surveyed because many individual schools or school districts in Florida have already limited students’ cellphone use.

    How students use cellphones matters

    Some “power users” of cellphone apps could likely use a break from them.

    Twenty percent of children we surveyed said push notifications on their phones — that is, notifications from apps that pop up on the phone’s screen — are never turned off. These notifications are likely coming from the most popular apps kids reported using, like YouTube, TikTok and Instagram.

    This 20% of children was roughly three times more likely to report experiencing anxiety than kids who rarely or never have their notifications on.

    They were also nearly five times more likely to report earning mostly D’s and F’s in school than kids whose notifications are always or sometimes off.

    Our survey results also suggest phone bans would likely have positive effects on grades and mental health among some of the heaviest screen users. For example, 22% of kids reported using their favorite app for six or more hours per day. These students were three times more likely to report earning mostly D’s and F’s in school than kids who spend an hour or less on their favorite app each day.

    They also were six times more likely than hour-or-less users to report severe depression symptoms. These insights remained even after ruling out numerous other possible explanations for the difference — like age, household income, gender, parent’s education, race and ethnicity.

    Banning students’ access to phones at school means these kids would not receive notifications for at least that seven-hour period and have fewer hours in the day to use apps.

    Phones and mental health

    However, other data we collected suggests that bans aren’t a universal benefit for all children.

    Seventeen percent of kids who attend schools that ban or confiscate phones report severe depression symptoms, compared with just 4% among kids who keep their phones with them during the school day.

    This finding held even after we ruled out other potential explanations for what we were seeing, such as the type of school students attend and other demographic factors.

    We are not suggesting that our survey shows phone bans cause mental health problems.

    It is possible, for instance, that the schools where kids already were struggling with their mental health simply happened to be the ones that have banned phones. Also, our survey didn’t ask kids how long phones have been banned at their schools. If the bans just launched, there may be positive effects on mental health or grades yet to come.

    In order to get a better sense of the bans’ effects on mental health, we would need to examine mental health indicators before and after phone bans.

    To get a long-term view on this question, we are planning to do a nationwide survey of digital media use and mental health, starting with 11- to 13-year-olds and tracking them into adulthood.

    Even with the limitations of our data from this survey, however, we can conclude that banning phones in schools is unlikely to be an immediate solution to mental health problems of kids ages 11-13.

    Grades up, cyberbullying down

    Students at schools where phones are barred or confiscated didn’t report earning higher grades than children at schools where kids keep their phones.

    This finding held for students at both private and public schools, and even after ruling out other possible explanations like differences in gender and household income, since these factors are also known to affect grades.

    There are limits to our findings here: Grades are not a perfect measure of learning, and they’re not standardized across schools. It’s possible that kids at phone-free schools are in fact learning more than those at schools where kids carry their phones around during school hours – even if they earn the same grades.

    We asked kids how often in the past three months they’d experienced mistreatment online – like being called hurtful names or having lies or rumors spread about them. Kids at schools where phone use is limited during school hours actually reported enduring more cyberbullying than children at schools with less restrictive policies. This result persisted even after we considered smartphone ownership and numerous demographics as possible explanations.

    We are not necessarily saying that cellphone bans cause an increase in cyberbullying. What could be at play here is that at schools where cyberbullying has been particularly bad, phones have been banned or are confiscated, and online bullying still occurs.

    But based on our survey results, it does not appear that school phone bans prevent cyberbullying.

    Overall, our findings suggest that banning phones in schools may not be an easy fix for students’ mental health problems, poor academic performance or cyberbullying.

    That said, kids might benefit from phone-free schools in ways that we have not explored, like increased attention spans or reduced eyestrain.

    This article is republished from The Conversation under a Creative Commons license. Read the original article.


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  • Taking Intermittent Quizzes Reduces Achievement Gaps & Enhances Online Learning – The 74

    Taking Intermittent Quizzes Reduces Achievement Gaps & Enhances Online Learning – The 74

    Inserting brief quiz questions into an online lecture can boost learning and may reduce racial achievement gaps, even when students are tuning in remotely in a distracting environment.

    That’s a main finding of our recent research published in Communications Psychology. With co-authors Dahwi Ahn, Hymnjyot Gill and Karl Szpunar, we present evidence that adding mini-quizzes into an online lecture in science, technology, engineering or mathematics – collectively known as STEM – can boost learning, especially for Black students.

    In our study, we included over 700 students from two large public universities and five two-year community colleges across the U.S. and Canada. All the students watched a 20-minute video lecture on a STEM topic. Each lecture was divided into four 5-minute segments, and following each segment, the students either answered four brief quiz questions or viewed four slides reviewing the content they’d just seen.

    This procedure was designed to mimic two kinds of instructions: those in which students must answer in-lecture questions and those in which the instructor regularly goes over recently covered content in class.

    All students were tested on the lecture content both at the end of the lecture and a day later.

    When Black students in our study watched a lecture without intermittent quizzes, they underperformed Asian, white and Latino students by about 17%. This achievement gap was reduced to a statistically nonsignificant 3% when students answered intermittent quiz questions. We believe this is because the intermittent quizzes help students stay engaged with the lecture.

    To simulate the real-world environments that students face during online classes, we manipulated distractions by having some participants watch just the lecture; the rest watched the lecture with either distracting memes on the side or with TikTok videos playing next to it.

    Surprisingly, the TikTok videos enhanced learning for students who received review slides. They performed about 8% better on the end-of-day tests than those who were not shown any memes or videos, and similar to the students who answered intermittent quiz questions. Our data further showed that this unexpected finding occurred because the TikTok videos encouraged participants to keep watching the lecture.

    For educators interested in using these tactics, it is important to know that the intermittent quizzing intervention only works if students must answer the questions. This is different from asking questions in a class and waiting for a volunteer to answer. As many teachers know, most students never answer questions in class. If students’ minds are wandering, the requirement of answering questions at regular intervals brings students’ attention back to the lecture.

    This intervention is also different from just giving students breaks during which they engage in other activities, such as doodling, answering brain teaser questions or playing a video game.

    Why it matters

    Online education has grown dramatically since the pandemic. Between 2004 and 2016, the percentage of college students enrolling in fully online degrees rose from 5% to 10%. But by 2022, that number nearly tripled to 27%.

    Relative to in-person classes, online classes are often associated with lower student engagement and higher failure and withdrawal rates.

    Research also finds that the racial achievement gaps documented in regular classroom learning are magnified in remote settings, likely due to unequal access to technology.

    Our study therefore offers a scalable, cost-effective way for schools to increase the effectiveness of online education for all students.

    What’s next?

    We are now exploring how to further refine this intervention through experimental work among both university and community college students.

    As opposed to observational studies, in which researchers track student behaviors and are subject to confounding and extraneous influences, our randomized-controlled study allows us to ascertain the effectiveness of the in-class intervention.

    Our ongoing research examines the optimal timing and frequency of in-lecture quizzes. We want to ensure that very frequent quizzes will not hinder student engagement or learning.

    The results of this study may help provide guidance to educators for optimal implementation of in-lecture quizzes.

    The Research Brief is a short take on interesting academic work.

    This article is republished from The Conversation under a Creative Commons license. Read the original article.

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  • Why History Instruction is Critical for Combating Online Misinformation – The 74

    Why History Instruction is Critical for Combating Online Misinformation – The 74

    Can you tell fact from fiction online? In a digital world, few questions are more important or more challenging.

    For years, some commentators have called for K-12 teachers to take on fake news, media literacy, or online misinformation by doubling down on critical thinking. This push for schools to do a better job preparing young people to differentiate between low- and high-quality information often focuses on social studies classes.

    As an education researcher and former high school history teacher, I know that there’s both good and bad news about combating misinformation in the classroom. History class can cultivate critical thinking – but only if teachers and schools understand what critical thinking really means.

    Not just a ‘skill’

    First, the bad news.

    When people demand that schools teach critical thinking, it’s not always clear what they mean. Some might consider critical thinking a trait or capacity that teachers can encourage, like creativity or grit. They could believe that critical thinking is a mindset: a habit of being curious, skeptical and reflective. Or they might be referring to specific skills – for instance, that students should learn a set of steps to take to assess information online.

    Unfortunately, cognitive science research has shown that critical thinking is not an abstract quality or practice that can be developed on its own. Cognitive scientists see critical thinking as a specific kind of reasoning that involves problem-solving and making sound judgments. It can be learned, but it relies on specific content knowledge and does not necessarily transfer between fields.

    Early studies on chess players and physicists in the 1970s and ’80s helped show how the kind of flexible and reflective cognition often called critical thinking is really a product of expertise. Chess masters, for instance, do not start out with innate talent. In most cases, they gain expertise by hours of thoughtfully playing the game. This deliberate practice helps them recognize patterns and think in novel ways about chess. Chess masters’ critical thinking is a product of learning, not a precursor.

    Because critical thinking develops in specific contexts, it does not necessarily transfer to other types of problem-solving. For example, chess advocates might hope the game improves players’ intelligence, and studies do suggest learning chess may help elementary students with the kind of pattern recognition they need for early math lessons. However, research has found that being a great chess player does not make people better at other kinds of complex critical thinking.

    Historical thinking

    Since context is key to critical thinking, learning to analyze information about current events likely requires knowledge about politics and history, as well as practice at scrutinizing sources. Fortunately, that is what social studies classes are for.

    Social studies researchers often describe this kind of critical thinking as “historical thinking”: a way to evaluate evidence about the past and assess its reliability. My own research has shown that high school students can make relatively quick progress on some of the surface features of historical thinking, such as learning to check a text’s date and author. But the deep questioning involved in true historical thinking is much harder to learn.

    Social studies classrooms can also build what researchers call “civic online reasoning.” Fact-checking is complex work. It is not enough to tell young people that they should be wary online, or to trust sites that end in “.org” instead of “.com.” Rather than learning general principles about online media, civic online reasoning teaches students specific skills for evaluating information about politics and social issues.

    Still, learning to think like a historian does not necessarily prepare someone to be a skeptical news consumer. Indeed, a recent study found that professional historians performed worse than professional fact-checkers at identifying online misinformation. The misinformation tasks the historians struggled with focused on issues such as bullying or the minimum wage – areas where they possessed little expertise.

    Powerful knowledge

    That’s where background knowledge comes in – and the good news is that social studies can build it. All literacy relies on what readers already know. For people wading through political information and news, knowledge about history and civics is like a key in the ignition for their analytical skills.

    Readers without much historical knowledge may miss clues that something isn’t right – signs that they need to scrutinize the source more closely. Political misinformation often weaponizes historical falsehoods, such as the debunked and recalled Christian nationalist book claiming that Thomas Jefferson did not believe in a separation of church and state, or claims that the nadir of African American life came during Reconstruction, not slavery. Those claims are extreme, but politicians and policymakers repeat them.

    For someone who knows basic facts about American history, those claims won’t sit right. Background knowledge will trigger their skepticism and kick critical thinking into gear.

    Past, present, future

    For this reason, the best approach to media literacy will come through teaching that fosters concrete skills alongside historical knowledge. In short, the new knowledge crisis points to the importance of the traditional social studies classroom.

    But it’s a tenuous moment for history education. The Bush- and Obama-era emphasis on math and English testing resulted in decreased instructional time in history classes, particularly in elementary and middle schools. In one 2005 study, 27% of schools reported reducing social studies time in favor of subjects on state exams.

    Now, history teachers are feeling heat from politically motivated culture wars over education that target teaching about racism and LGBTQ+ issues and that ban books from libraries and classrooms. Two-thirds of instructors say that they’ve limited classroom discussions about social and political topics.

    Attempts to limit students’ knowledge about the past imperil their chances of being able to think critically about new information. These attacks are not just assaults on the history of the country; they are attempts to control its future.

    This article is republished from The Conversation under a Creative Commons license. Read the original article.

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  • OCR’s new Title VI letter: FIRE’s analysis and recommendations

    OCR’s new Title VI letter: FIRE’s analysis and recommendations

    Last week, the Department of Education’s Office for Civil Rights published a “Dear Colleague Letter” describing educational institutions’ obligations under federal anti-discrimination law and explaining how OCR will interpret Title VI and other legal authorities.

    Since FIRE is, at its core, an organization dedicated to free expression, we reviewed OCR’s letter through that lens. In this blog entry, we offer recommendations to OCR to ensure that it does not unlawfully censor educational institutions or pressure them to censor their students and faculty, and we ask for additional clarification of the letter. We also offer recommendations to colleges and universities to prevent overreactions to the DCL and to ensure they continue to protect student and faculty free speech rights.

    Overview of Title VI and OCR’s ‘Dear Colleague’ Letter

    Title VI prohibits educational institutions receiving federal funding from discriminating against individuals on the basis of race, color, or national origin. In Students for Fair Admissions v. Harvard and Students for Fair Admissions v. UNC, the Supreme Court of the United States struck down racial preferences in college admissions for violating the Equal Protection Clause of the Fourteenth Amendment and Title VI of Civil Rights Act of 1964. In interpreting Title VI, the Equal Protection Clause, and the SSFA decision, OCR’s letter states:

    Although SFFA addressed admissions decisions, the Supreme Court’s holding applies more broadly. At its core, the test is simple: If an educational institution treats a person of one race differently than it treats another person because of that person’s race, the educational institution violates the law [ . . .] Put simply, educational institutions may neither separate or segregate students based on race, nor distribute benefits or burdens based on race.

    The letter also advises institutions to:

    1. Ensure that their policies and actions comply with existing civil rights law;
    2. Cease all efforts to circumvent prohibitions on the use of race by relying on proxies or other indirect means to accomplish such ends; and
    3. Cease all reliance on third-party contractors, clearinghouses, or aggregators that are being used by the institutions in an effort to circumvent prohibited uses of race. 

    The letter warns that “[i]nstitutions that fail to comply with federal civil rights law may, consistent with applicable law, face potential loss of federal funding.”

    Irrespective of whether one agrees or disagrees with race-conscious policies, OCR is likely within its authority to prohibit institutions from providing or denying benefits to individuals based on their race. But while FIRE has no institutional position on affirmative action programs, we routinely see government actors use anti-discrimination rationales to censor First Amendment-protected speech. 

    Recommendations for OCR

    FIRE has seen a number of states seek to rein in DEI-related administrative offices at their state educational institutions. We’ve told those legislatures repeatedly that, while they have significant authority to manage nonacademic bureaucracies at their public higher education institutions, they cannot restrict which ideas can be taught in the college classroom, including on topics related to “diversity, equity, and inclusion,” or related concepts. They also cannot restrict student organizations from forming around or advocating on behalf of DEI initiatives.

    OCR’s new Dear Colleague letter chides educational institutions for “routinely us[ing] race as a factor in admissions, financial aid, hiring, training, and other institutional programming.” [Emphasis added.] It states that over the past few years, schools have “toxically indoctrinated” students, asserting that institutions have been “smuggling racial stereotypes and explicit race-consciousness into everyday training, programming, and discipline.” [Emphasis added.]

    West Virginia Executive Order on ‘DEI’ unconstitutionally limits university classroom discussions.

    News

    West Virginia Gov. Patrick Morrisey issued an executive order to eliminate DEI practices in state agencies and organizations that receive state money.


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    While OCR is free to criticize colleges for overstepping the bounds of the law on  DEI-related issues over the past few years, it must be careful when turning that criticism into policy. When a regulatory agency with the authority to cut off all federal funding to institutions cites certain types of “programming” as evidence that institutions could be violating federal anti-discrimination law, it risks chilling speech on those topics. That is especially true when the term “programming” is left undefined in the letter. Private institutions also maintain broad First Amendment rights of their own, and threats to punish them for their own speech about DEI or affirmative action risks violating the free speech rights of those institutions. 

    To abate any confusion arising from the letter, OCR should provide additional guidance to describe in more detail the types of programming it thinks violates Title VI and other anti-discrimination laws. Does OCR seek to prohibit institutions from hosting outside speakers who espouse disfavored ideas about DEI? Does OCR seek to limit particular classwork or research at institutions? If so, it has strayed beyond the First Amendment’s boundary. 

    To avoid chilling protected speech, OCR should clarify the distinction between providing benefits or preferences to individuals based on race or other protected characteristics, and pure speech about DEI and affirmative action — and make clear that it is not banning the latter. OCR must also be careful about regulating institutional trainings at private institutions in ways that violate institutional free speech rights. 

    As FIRE has made clear many times over the course of several administrations, OCR is bound by the First Amendment and cannot order or compel colleges and universities to violate it. 

    Courts have struck down government attempts to regulate DEI-related trainings offered by private businesses. The U.S. Court of Appeals for the Eleventh Circuit, for example, upheld an injunction blocking Florida’s Stop WOKE Act insofar as it applied to private business trainings, writing that “by limiting its restrictions to a list of ideas designated as offensive, the Act targets speech based on its content. And by barring only speech that endorses any of those ideas, it penalizes certain viewpoints—the greatest First Amendment sin.” 

    FIRE hopes OCR will quickly provide institutions with additional clarity about the full scope of its Title VI interpretations. 

    FIRE is challenging other parts of the Stop WOKE Act that restrict classroom instruction in higher education on First Amendment grounds. After a federal district court issued a preliminary injunction preventing the state from enforcing those sections of the law, our case is now before the Eleventh Circuit.  

    To the extent OCR is concerned about the lawfulness of certain mandatory training programs, OCR could require state institutions to make public their training materials on DEI-related issues. FIRE’s Intellectual Freedom Protection Act, which prohibits public colleges from requiring mandatory DEI statements — or any other political litmus test — as a condition of hiring or promotion, contains a provision that could be a useful starting point: 

    Each public institution of higher education in the state shall post and make publicly available all training materials used for students, faculty, and staff, on all matters of nondiscrimination, diversity, equity, inclusion, race, ethnicity, sex, or bias, and all of its policies and guidance on those issues, on its website. 

    Such a requirement would provide both regulators and the public with a better idea of how institutions train its students about DEI-related topics. 

    Recommendations for institutions interpreting recent executive orders, memos, and letters

    If there is a conflict — real or perceived — between federal guidance and the First Amendment, the First Amendment prevails. For public institutions, this means they cannot violate faculty or student speech or associational rights regardless of federal agency guidance. For private institutions, this means federal guidance cannot unlawfully restrict the institution’s speech or pressure the institution to unlawfully suppress the speech or association of their faculty or students. 

    Campus administrators nationwide should not over-read this Dear Colleague Letter to justify censoring student or faculty expression. It would be wise to read it in conjunction with President Trump’s Jan. 21 Executive Order “Ending Illegal Discrimination and Restoring Merit-Based Opportunity,” the directive that likely led to this letter and that contains provisions expressly protecting free speech and academic freedom:

    (b)  This order does not prevent State or local governments, Federal contractors, or Federally-funded State and local educational agencies or institutions of higher education from engaging in First Amendment-protected speech.

    (c)  This order does not prohibit persons teaching at a Federally funded institution of higher education as part of a larger course of academic instruction from advocating for, endorsing, or promoting the unlawful employment or contracting practices prohibited by this order.

    Since the Justice Department has a role in enforcing Title VI alongside that of the Education Department’s OCR, institutions should also note Attorney General Bondi’s memo on “Ending Illegal DEI and DEIA Discrimination and Preferences.” Her memo expressly notes:

    This memorandum is intended to encompass programs, initiatives, or policies that discriminate, exclude, or divide individuals based on race or sex. It does not prohibit educational, cultural, or historical observances—such as Black History Month, International Holocaust Remembrance Day, or similar events—that celebrate diversity, recognize historical contributions, and promote awareness without engaging in exclusion or discrimination. 

    When read together in the context of these companion documents, the new DCL should provide no justification for institutions to believe they must censor students, student organizations, or faculty, or rush to cancel university-sponsored cultural events or celebrations. Moreover, doing so may well violate the First Amendment at public universities—and again, courts will always give precedence to constitutional guarantees over guidance and regulations. Colleges will, however, need to end any policy or programs that actively separate individuals or provide benefits based on race.

    Given the tight timeline for compliance, FIRE hopes OCR will quickly provide institutions with additional clarity about the full scope of its Title VI interpretations. In the meantime, we again remind colleges and universities to honor their constitutional duties or institutional promises to protect the freedom of expression and academic freedom of their students and faculty. 

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