>This academic year, some English professors have increased their preference for physical copies of readings, citing concerns related to artificial intelligence.
I didn't get it. How can printing avoid AI? And more importantly is this AI-resistance sustainable?
Who is behind this over digitization of primary school? My understanding is that in the Us pretty much all homework and tests are done on computers or iPads.
This obv isn’t a push by parents because I can’t imagine parents I know want their kids in front of a screen all day. At best they’re indifferent. My only guess is the teachers unions that don’t want teachers grading and creating lesson plans and all the other work they used to do.
And since this trend kid scores or performance has not gotten better, so what gives?
Can anyone comment if it’s as bad as this and what’s behind it.
If you are flipping through the reading to find a quote, then printed readings are hard to beat, unless you can search for a word with digital search. But speed reading RSVP presentation beats any kind of print reading by a mile, if you are aiming for comprehension. So, it is hard to say where the technology is going. Nobody has put in the work to really make reading on an iPad as smooth and fluid as print, in terms of rapid page flipping. But the potential is there. It is kind of laughable how the salesman will be saying, oh it has a fast processor, and then you open up a PDF and scroll a few pages fast and they start being blank instead of actually having text.
While I fully agree with this, this quote bothers me:
>Shorter packets can cost around $20, while longer packets can cost upwards of $150 when ordered with the cheapest binding option
Does a student need to print out multiple TYCO Packets ? If so, only the very rich could afford this. I think educations should go back to printed books and submitting you work to the Prof. on paper.
But submitting printed pages back to the Prof. for homework will avoid the school saying "Submit only Word Documents". That way a student can use the method they prefer, avoiding buying expensive software. One can then use just a simple free text editor if they want. Or even a typewriter :)
I have mentioned this in a few comments: for my CS classes I have gone from a historical 60-80% projects / 40-20% quizzes grade split, to a 50/50 split, and have moved my quizzes from being online to being in-person, pen-on-paper with one sheet of hand-written notes
Rather than banning AI, I'm showing students how to use it effectively as a personalized TA. I'm giving them this AGENTS.md file:
And showing them how to use AI to summarize the slides into a quiz review sheet, generate example questions with answer walk throughs, etc.
Of course I can't ensure they aren't just having AI do the projects, but I tell them that if they do that they are cheating themselves: the projects are designed to draw them into the art of programming and give them decent, real-world coding experience that they will need, even if they end up working at a higher level in the future.
AI can be a very effective tool for education if used properly. I have used it to create a ton of extremely useful visualizations (e.g. how twos complement works) that I wouldn't have otherwise. But it is obviously extremely dangerous as well.
"It is impossible to design a system so perfect that no one needs to be good."
As someone who has taught CS before, I just wanted to say thanks for doing all this for your students. They don't understand how much work you are putting in, but I'd like you to know that at least one other person does.
Thanks for taking the time for your students. Your students will thank you, too, but that will be years from now.
> AI can be a very effective tool for education if used properly. I have used it to create a ton of extremely useful visualizations
I feel like this is still underappreciated. Awesome meaningful diagrams with animations that I would take me days to make in a basic form can now be generated in under an hour with all the styling bells and whistles. It's amazing in practice because those things can deliver lots of value, but still weren't worth the effort before. Now you just tell the LLM to use anime.js and it will do a decent job.
I'm not sure I agree with the example interactions.
If a lecturer prepared slides with basically an x86 assembly to show how to loop, what is so bad about an AI regurgitating that and possibly even annotating it with the inner workings.
> have moved my quizzes from being online to being in-person, pen-on-paper with one sheet of hand-written notes
I guess it depends quite a bit on what the answers to these questions look like but in college nothing frustrated me more than being asked to write a C program on paper. Even back then IDE autocomplete was something I depending on heavily and I felt forcing me to memorize arcane syntax was a complete waste of everyone's time. It's not at all representative of work in the real world nor does memorizing exact syntax IMHO.
Now, if you are being asked to write pseudo code or just answer questions it's a bit different but I really hate writing, my handwriting has never been great but why should I care? I've been typing on a computer since elementary school. Being asked to use paper/pencil in a computer class always rubbed me wrong.
I hear the concerns on AI/LLMs/cheating but I can't help but feel like there must be a better solution.
> TYCO Print is a printing service where professors can upload course files for TYCO to print out for students as they order. Shorter packets can cost around $20, while longer packets can cost upwards of $150 when ordered with the cheapest binding option.
This made sense a couple of decades ago. Today, it's just bizarre to be spending $150 on a phonebook-sized packet of reading materials. So much paper and toner.
Computers have not advanced education — the data shows the opposite. I think we should just go back to physical books (which can be used!), and pen and paper for notes and assignments.
In pretty much any school system, just complain that the printout is not compatible with your text-to-speech engine, and the instructor will be required to provide an electronic version, no questions asked.
That's not true in any U.S. school system unless the student has a disability which requires the use of a text-to-speech engine.The ADA does allow schools to require the student to prove the disability through medical documentation, which is why the fake-disability doctor market exists.
If textbooks weren't so expensive I'd be more cheering on them.
> TYCO Print is a printing service where professors can upload course files for TYCO to print out for students as they order. Shorter packets can cost around $20, while longer packets can cost upwards of $150 when ordered with the cheapest binding option.
Lol $150 for reading packets? Not even textbooks? Seriously the whole system can fuck off.
> “Over the years I’ve found that when students read on paper they're more likely to read carefully, and less likely in a pinch to read on their phones or rely on chatbot summaries,” Shirkhani wrote to the News. “This improves the quality of class time by orders of magnitude.”
This is the key part. I'm doing a part-time graduate degree at a major university right now, and it's fascinating to watch the week-to-week pressure AI is putting on the education establishment. When your job as a student is to read case studies and think about them, but Google Drive says "here's an automatic summary of the key points" before you even open the file, it takes a very determined student to ignore that and actually read the material. And if no one reads the original material, the class discussion is a complete waste of time, with everyone bringing up the same trite points, and the whole exercise becomes a facade.
Schools are struggling to figure out how to let students use AI tools to be more productive while still learning how to think. The students (especially undergrads) are incredibly good at doing as little work as possible. And until you get to the end-of-PhD level, there's basically nothing you encounter in your learning journey that ChatGPT can't perfectly summarize and analyze in 1 second, removing the requirement for you to do anything.
This isn't even about AI being "good" or "bad". We still teach children how to add numbers before we give them calculators because it's a useful skill. But now these AI thinking-calculators are injecting themselves into every text box and screen, making them impossible to avoid. If the answer pops up in the sidebar before you even ask the question, what kind of masochist is going to bother learning how to read and think?
At some level, this is a problem of unmotivated students and college mostly being just for signaling as opposed to real education.
If the sole purpose of college is to rank students, and funnel them to high prestige jobs that have no use for what they actually learn in college then what the students are doing is rational.
If however the student is actually there to learn, he knows that using ChatGPT accomplishes nothing. In fact all this proves is that most students in most colleges are not there to learn. Which begs the question why are they even going to college? Maybe this institution is outdated. Surely there is a cheaper and more time efficient way to ranking students for companies.
It's not for "signaling," and it's not for "high prestige" jobs.
It's for jobs, period. Because a) as the world grows more complex, more and more jobs genuinely require higher education, and at the same time b) with the near-total disappearance of training by employers, they expect job seekers to come into every job with all the skills needed, and with the decline in labor power (as compared to the late 20th century), there's very little meaningful resistance to that.
"TYCO Print is a printing service where professors can upload course files for TYCO to print out for students as they order. Shorter packets can cost around $20, while longer packets can cost upwards of $150 when ordered with the cheapest binding option."
And later in OA it states that the cost to a student is $0.12 per double sided sheet of printing.
In all of my teaching career here in the UK, the provision of handouts has been a central cost. Latterly I'd send a pdf file with instructions and the resulting 200+ packs of 180 sides would be delivered on a trolley printed, stapled with covers. The cost was rounding error compared to the cost of providing an hour of teaching in a classroom (wage costs, support staff costs, building costs including amortisation &c).
This is a bit off topic, but why are used books so expensive on abebooks, thriftbooks, amazon so expensive compared to booksales, etc? I recall a time when a lot of these online stores were selling them for a few cents (granted, it was a long time ago and it was still called zShops on Amazon).
> This is a bit off topic, but why are used books so expensive on abebooks, thriftbooks, amazon so expensive compared to booksales, etc?
A mix of enforcement, laws and good old market capture.
20 years ago I could bring a suitcase full of brand new books - fiction or not, from India, no questions asked. These are functionally the same as those that cost 50x more in the U.S. - just that they are black and white, paperback and use cheaper recycled paper that will yellow in 20 years and become brittle in 30. I cannot bring them with me anymore. The books clearly say they are not for export especially in the U.S., the print for this uses some kind of ink that shows up on XRays clearly and TSA enforces it.
Similarly, used books in the U.S. are repurchased by bookstores to be sold at a profit.
From what I see students doing - they sell or exchange books over FB Marketplace or school lists or in person.
I have been thinking about this and it seems like it's an asset that students want to do as little work as possible to get course credits. They also love playing games of various sorts. So instead of killing trees, printing pages of materials out and having students pay substantial sums to the printing press so we can inject distance between students reading the material and ChatGPT, why not turn it around completely?
1. Instead of putting up all sorts of barriers between students and ChatGPT, have students explicitly use ChatGPT to complete the homework
2. Then compare the diversity in the ChatGPT output
3. If the ChatGPT output is extremely similar, then the game is to critique that ChatGPT output, find out gaps in ChatGPT's work, insights it missed and what it could have done better
4.If the ChatGPT output is diverse, how do we figure out which is better? What caused the diversity? Are all the outputs accurate or are there errors in some?
Similarly, when it comes to coding, instead of worrying that ChatGPT can zero shot quicksort and memcpy perfectly, why not game it:
1. Write some test cases that could make that specific implementation of `quicksort` or `memcpy` fail
2. Could we design the input data such that quicksort hits its worst case runtime?
3. Is there an algorithm that would sort faster than quicksort for that specific input?
4. Could there be architectures where the assumptions that make quicksort "quick", fail to hold true? Instead, something simpler and worse on paper like a "cache aware sort" actually work faster in practice than quicksort?
I have multiple paragraphs more of thought on this topic but will leave it at this for now to calibrate if my thoughts are in the minority
My thesis paper about a course for Freshman Composition Writing to stress fundamentals by way of using quill, pencil, pen, and finally a typewriter, was written 20 YEARS AGO in response to Spell Check and Auto Predict at the time...2006...
This isn't my article nor do I know this Educator but I like her approach and actions taken:
College instructor here. One thing I'm seeing here that's kind of funny is how badly so many of you are misunderstanding the value of "friction."
You see a policy, and your clever brains come up with a way to get around it, "proving" that the new methodology is not perfect and therefore not valuable.
So wrong. Come on people, think about it -- to an extent ALL WE DO is "friction." Any shift towards difficulty can be gained, but also nearly all of the time it provides a valuable differentiator in terms of motivation, etc.
""When you read a book or a printed course packet, you turn real pages instead of scrolling, so you have a different, more direct, and (I think) more focused relationship with the words,” Fadiman wrote."
I concur completely with Fadiman's comment as that has been my experience despite that I have been using computer screens and computers for many decades and that I am totally at ease with them for reading and composing documentation.
Books and printed materials have physical presence and tactility about them that are missing from display screens. It is hard to explain but handling the physical object, pointing to paragraphs on printed pages, underlining text with a pencil and sticking postit notes into page margins adds an ergonomic factor that is more conducive to learning and understanding than when one interacts with screens (including those where one can write directly to the screen with a stylus).
I have no doubt about this, as I've noticed over the years if I write down what I'm thinking with my hand onto paper I am more likely to understand and remember it better than when I'm typing it.
It's as if typing doesn't provide as tighter coupling with my brain as does writing by hand. There is something about handwriting and the motional feedback from my fingers that makes me have a closer and more intimate relationship with the text.
That's not to say I don't use screens—I do but generally to write summaries after I've first worked out ideas on paper (this is especially relevant when mathematics is involved—I'm more cognitively involved when using pencil and paper).
Over a decade ago now, I was teaching college English as a grad student, and my colleagues and I were always trying to come up with ways to keep kids from texting and/or being online in class.
My strategy was to print out copies of an unassigned shorter poem by an author covered in lecture. Then I’d hand it out at the beginning of class, and we’d spend the whole time walking through a close reading of that poem.
It kept students engaged, since it was a collaborative process of building up an interpretation on the basis of observation, and anyone is capable of noticing patterns and features that can be fed into an interpretation. They all had something to contribute, and they’d help me to notice things I’d never registered before. It was great fun, honestly. (At least for me, but also, I think, for some of them.) I’d also like to think it helped in some small way to cultivate practices of attention, at least for a couple of hours a week.
Unfortunately, you can’t perform the same exercise with a longer work that necessitates reading beforehand, but you can at least break out sections for the same purpose.
> my colleagues and I were always trying to come up with ways to keep kids from texting and/or being online in class.
That's just weird. Why would you bother. These are young adults paying to be taught. But teaching is only half of it, learning is the other. If they can't be bothered to learn the surely they will just fail the course and you can kick them out to make way for someone who actually wants to learn.
Perhaps it's just a difference between UK (and other European unis) and US unis. When I studied applied physics in the UK (half a century ago) attendance at lectures was not even compulsory. You were expected to behave like a student, that is one who studies, and if you wanted help all you had to do was ask. Those who didn't work simply failed the end of year exams and the finals.
The tech ban was not just about trying to create better individual learning outcomes or whatever; it was also a matter of respect to one’s colleagues in the class. I was teaching a discussion section of a larger class, so there was a minimal expectation that one would be attentive to what one’s classmates were saying. Allowing students to retreat into their screens effectively undermines the whole project and is, quite frankly, extremely rude to everyone else. That doesn’t strike me as overly “weird.”
If someone was entirely unwilling to be present and engaged or couldn’t go fifty minutes without access to a screen, that student could just be absent from class (with the consequent negative grade impacts).
Nothing strange nor new: the average teacher is reactionary even at top universities, generally incapable of evolving, much like the stereotypical average vegetable seller.
We continue to teach children (at least in the EU) to write by hand, to do calculations manually throughout their entire schooling, when in real life, aside from the occasional scrap note, all writing is done on computers and calculations are done by machine as well. And, of course, no one teaches these latter skills.
The result on a large scale is that we have an increasingly incompetent population on average, with teaching staff competing to see who can revert the most to the past and refusing to see that the more they do this, the worse the incompetent graduates they produce.
The computer, desktop, FLOSS, is the quintessential epistemological tool of the present, just as paper was in the past. The world changes, and those who fall behind are selected out by history; come to terms with that. Not only, those who lag behind ensure that few push forward an evolution for their own interest, which typically conflicts with that of the majority.
> Nothing strange nor new: the average teacher is reactionary even at top universities, generally incapable of evolving
It feels to me like teaching has always been bandwidth constrained and providing 1:1 feedback to students have always been a bottleneck. I believe that AI agents are the true gateway to fixing that limitation and education should be embracing AI agents to increase bandwidth of 1:1 teacher student interaction.
I worry that everytime I talk to a teacher about how they're adapting to AI, it's almost as if they are trying to figure out how they can continue to use the same teaching techniques that they had seen their teachers practice decades ago.
Printed books are expensive and they should be. We already have paper equivalents that allow highlighting, rewriting, annotating, sharing notes - recyclable materials in all ways superior to paper that can be reused by multiple students - these are things we should be embracing instead of going back to one time use printed materials that are heavy to carry around, take up space in a room and will need to be disposed of soon.
If current technology is creating an issue for teachers - teachers need to pivot, not block current technology.
Society typically cares about work getting done and not much about how it got done - for some reason, teachers are so deep into the weeds of the "how", that they seem to forget that if the way to mend roads since 1926 have been to learn how to measure out, mix and lay asphalt patches by hand, in 2026 when there are robots that do that perfectly everytime, they should be teaching humans to complement those robots or do something else entirely.
> We continue to teach children (at least in the EU) to write by hand, to do calculations manually throughout their entire schooling, when in real life, aside from the occasional scrap note, all writing is done on computers and calculations are done by machine as well. And, of course, no one teaches these latter skills
Is your intuition that the EU will continue down it's path of technical irrevelance? If so, what are the top 5 reasons this is happening?
It only struck me recently how geared universities are towards careers and many of the requirements are set by industry, not necessarily by whats good for the student. If you want to enjoy learning for its own sake or enjoy a particular subject I'd suggest ditching uni and going for self learning. Ofc if you need a job you probably need certification, but not if you're learning for fun. Also if you want to make sure you're well rounded, browse uni websites and have a look at the syllabus / reading list and filter out any obvious industry requirements if they don't suit you.
>Last semester, professor Pamela Newton, who also teaches the course, allowed students to bring readings either on tablets or in printed form. While laptops felt like a “wall” in class, Newton said, students could use iPads to annotate readings and lie them flat on the table during discussions. However, Newton said she felt “paranoid” that students could be texting during class.
>This semester, Newton has removed the option to bring iPads to class, except for accessibility needs, as a part of the general movement in the “Reading and Writing the Modern Essay” seminars to “swim against the tide of AI use,” reduce “the infiltration of tech,” and “go back to pen and paper,” she said.
Is this about teaching efficiency or managing the teacher's feelings? If "the infiltration of tech" allowed for better learning, would this teacher even be open to it?
41 comments
[ 21.9 ms ] story [ 462 ms ] threadI didn't get it. How can printing avoid AI? And more importantly is this AI-resistance sustainable?
Every online service in the university has an AI summarization tool in it. This includes library services.
>And more importantly is this AI-resistance sustainable?
It can get in line. Engl academics have been talking about sustainability for decades. Nobody cared before, professors aren't going to care now.
What could it mean for an "option" to be "required"?
This obv isn’t a push by parents because I can’t imagine parents I know want their kids in front of a screen all day. At best they’re indifferent. My only guess is the teachers unions that don’t want teachers grading and creating lesson plans and all the other work they used to do.
And since this trend kid scores or performance has not gotten better, so what gives?
Can anyone comment if it’s as bad as this and what’s behind it.
>Shorter packets can cost around $20, while longer packets can cost upwards of $150 when ordered with the cheapest binding option
Does a student need to print out multiple TYCO Packets ? If so, only the very rich could afford this. I think educations should go back to printed books and submitting you work to the Prof. on paper.
But submitting printed pages back to the Prof. for homework will avoid the school saying "Submit only Word Documents". That way a student can use the method they prefer, avoiding buying expensive software. One can then use just a simple free text editor if they want. Or even a typewriter :)
Rather than banning AI, I'm showing students how to use it effectively as a personalized TA. I'm giving them this AGENTS.md file:
https://gist.github.com/1cg/a6c6f2276a1fe5ee172282580a44a7ac
And showing them how to use AI to summarize the slides into a quiz review sheet, generate example questions with answer walk throughs, etc.
Of course I can't ensure they aren't just having AI do the projects, but I tell them that if they do that they are cheating themselves: the projects are designed to draw them into the art of programming and give them decent, real-world coding experience that they will need, even if they end up working at a higher level in the future.
AI can be a very effective tool for education if used properly. I have used it to create a ton of extremely useful visualizations (e.g. how twos complement works) that I wouldn't have otherwise. But it is obviously extremely dangerous as well.
"It is impossible to design a system so perfect that no one needs to be good."
Thanks for taking the time for your students. Your students will thank you, too, but that will be years from now.
I feel like this is still underappreciated. Awesome meaningful diagrams with animations that I would take me days to make in a basic form can now be generated in under an hour with all the styling bells and whistles. It's amazing in practice because those things can deliver lots of value, but still weren't worth the effort before. Now you just tell the LLM to use anime.js and it will do a decent job.
If a lecturer prepared slides with basically an x86 assembly to show how to loop, what is so bad about an AI regurgitating that and possibly even annotating it with the inner workings.
I guess it depends quite a bit on what the answers to these questions look like but in college nothing frustrated me more than being asked to write a C program on paper. Even back then IDE autocomplete was something I depending on heavily and I felt forcing me to memorize arcane syntax was a complete waste of everyone's time. It's not at all representative of work in the real world nor does memorizing exact syntax IMHO.
Now, if you are being asked to write pseudo code or just answer questions it's a bit different but I really hate writing, my handwriting has never been great but why should I care? I've been typing on a computer since elementary school. Being asked to use paper/pencil in a computer class always rubbed me wrong.
I hear the concerns on AI/LLMs/cheating but I can't help but feel like there must be a better solution.
This made sense a couple of decades ago. Today, it's just bizarre to be spending $150 on a phonebook-sized packet of reading materials. So much paper and toner.
This is what iPads and Kindles are for.
> TYCO Print is a printing service where professors can upload course files for TYCO to print out for students as they order. Shorter packets can cost around $20, while longer packets can cost upwards of $150 when ordered with the cheapest binding option.
Lol $150 for reading packets? Not even textbooks? Seriously the whole system can fuck off.
This is the key part. I'm doing a part-time graduate degree at a major university right now, and it's fascinating to watch the week-to-week pressure AI is putting on the education establishment. When your job as a student is to read case studies and think about them, but Google Drive says "here's an automatic summary of the key points" before you even open the file, it takes a very determined student to ignore that and actually read the material. And if no one reads the original material, the class discussion is a complete waste of time, with everyone bringing up the same trite points, and the whole exercise becomes a facade.
Schools are struggling to figure out how to let students use AI tools to be more productive while still learning how to think. The students (especially undergrads) are incredibly good at doing as little work as possible. And until you get to the end-of-PhD level, there's basically nothing you encounter in your learning journey that ChatGPT can't perfectly summarize and analyze in 1 second, removing the requirement for you to do anything.
This isn't even about AI being "good" or "bad". We still teach children how to add numbers before we give them calculators because it's a useful skill. But now these AI thinking-calculators are injecting themselves into every text box and screen, making them impossible to avoid. If the answer pops up in the sidebar before you even ask the question, what kind of masochist is going to bother learning how to read and think?
If the sole purpose of college is to rank students, and funnel them to high prestige jobs that have no use for what they actually learn in college then what the students are doing is rational.
If however the student is actually there to learn, he knows that using ChatGPT accomplishes nothing. In fact all this proves is that most students in most colleges are not there to learn. Which begs the question why are they even going to college? Maybe this institution is outdated. Surely there is a cheaper and more time efficient way to ranking students for companies.
It's for jobs, period. Because a) as the world grows more complex, more and more jobs genuinely require higher education, and at the same time b) with the near-total disappearance of training by employers, they expect job seekers to come into every job with all the skills needed, and with the decline in labor power (as compared to the late 20th century), there's very little meaningful resistance to that.
"TYCO Print is a printing service where professors can upload course files for TYCO to print out for students as they order. Shorter packets can cost around $20, while longer packets can cost upwards of $150 when ordered with the cheapest binding option."
And later in OA it states that the cost to a student is $0.12 per double sided sheet of printing.
In all of my teaching career here in the UK, the provision of handouts has been a central cost. Latterly I'd send a pdf file with instructions and the resulting 200+ packs of 180 sides would be delivered on a trolley printed, stapled with covers. The cost was rounding error compared to the cost of providing an hour of teaching in a classroom (wage costs, support staff costs, building costs including amortisation &c).
How is this happening?
A mix of enforcement, laws and good old market capture.
20 years ago I could bring a suitcase full of brand new books - fiction or not, from India, no questions asked. These are functionally the same as those that cost 50x more in the U.S. - just that they are black and white, paperback and use cheaper recycled paper that will yellow in 20 years and become brittle in 30. I cannot bring them with me anymore. The books clearly say they are not for export especially in the U.S., the print for this uses some kind of ink that shows up on XRays clearly and TSA enforces it.
Similarly, used books in the U.S. are repurchased by bookstores to be sold at a profit.
From what I see students doing - they sell or exchange books over FB Marketplace or school lists or in person.
1. Instead of putting up all sorts of barriers between students and ChatGPT, have students explicitly use ChatGPT to complete the homework
2. Then compare the diversity in the ChatGPT output
3. If the ChatGPT output is extremely similar, then the game is to critique that ChatGPT output, find out gaps in ChatGPT's work, insights it missed and what it could have done better
4.If the ChatGPT output is diverse, how do we figure out which is better? What caused the diversity? Are all the outputs accurate or are there errors in some?
Similarly, when it comes to coding, instead of worrying that ChatGPT can zero shot quicksort and memcpy perfectly, why not game it:
1. Write some test cases that could make that specific implementation of `quicksort` or `memcpy` fail
2. Could we design the input data such that quicksort hits its worst case runtime?
3. Is there an algorithm that would sort faster than quicksort for that specific input?
4. Could there be architectures where the assumptions that make quicksort "quick", fail to hold true? Instead, something simpler and worse on paper like a "cache aware sort" actually work faster in practice than quicksort?
I have multiple paragraphs more of thought on this topic but will leave it at this for now to calibrate if my thoughts are in the minority
This isn't my article nor do I know this Educator but I like her approach and actions taken:
https://www.npr.org/2026/01/28/nx-s1-5631779/ai-schools-teac...
You see a policy, and your clever brains come up with a way to get around it, "proving" that the new methodology is not perfect and therefore not valuable.
So wrong. Come on people, think about it -- to an extent ALL WE DO is "friction." Any shift towards difficulty can be gained, but also nearly all of the time it provides a valuable differentiator in terms of motivation, etc.
I concur completely with Fadiman's comment as that has been my experience despite that I have been using computer screens and computers for many decades and that I am totally at ease with them for reading and composing documentation.
Books and printed materials have physical presence and tactility about them that are missing from display screens. It is hard to explain but handling the physical object, pointing to paragraphs on printed pages, underlining text with a pencil and sticking postit notes into page margins adds an ergonomic factor that is more conducive to learning and understanding than when one interacts with screens (including those where one can write directly to the screen with a stylus).
I have no doubt about this, as I've noticed over the years if I write down what I'm thinking with my hand onto paper I am more likely to understand and remember it better than when I'm typing it.
It's as if typing doesn't provide as tighter coupling with my brain as does writing by hand. There is something about handwriting and the motional feedback from my fingers that makes me have a closer and more intimate relationship with the text.
That's not to say I don't use screens—I do but generally to write summaries after I've first worked out ideas on paper (this is especially relevant when mathematics is involved—I'm more cognitively involved when using pencil and paper).
My strategy was to print out copies of an unassigned shorter poem by an author covered in lecture. Then I’d hand it out at the beginning of class, and we’d spend the whole time walking through a close reading of that poem.
It kept students engaged, since it was a collaborative process of building up an interpretation on the basis of observation, and anyone is capable of noticing patterns and features that can be fed into an interpretation. They all had something to contribute, and they’d help me to notice things I’d never registered before. It was great fun, honestly. (At least for me, but also, I think, for some of them.) I’d also like to think it helped in some small way to cultivate practices of attention, at least for a couple of hours a week.
Unfortunately, you can’t perform the same exercise with a longer work that necessitates reading beforehand, but you can at least break out sections for the same purpose.
That's just weird. Why would you bother. These are young adults paying to be taught. But teaching is only half of it, learning is the other. If they can't be bothered to learn the surely they will just fail the course and you can kick them out to make way for someone who actually wants to learn.
Perhaps it's just a difference between UK (and other European unis) and US unis. When I studied applied physics in the UK (half a century ago) attendance at lectures was not even compulsory. You were expected to behave like a student, that is one who studies, and if you wanted help all you had to do was ask. Those who didn't work simply failed the end of year exams and the finals.
If someone was entirely unwilling to be present and engaged or couldn’t go fifty minutes without access to a screen, that student could just be absent from class (with the consequent negative grade impacts).
Now that's a good reason!
We continue to teach children (at least in the EU) to write by hand, to do calculations manually throughout their entire schooling, when in real life, aside from the occasional scrap note, all writing is done on computers and calculations are done by machine as well. And, of course, no one teaches these latter skills.
The result on a large scale is that we have an increasingly incompetent population on average, with teaching staff competing to see who can revert the most to the past and refusing to see that the more they do this, the worse the incompetent graduates they produce.
The computer, desktop, FLOSS, is the quintessential epistemological tool of the present, just as paper was in the past. The world changes, and those who fall behind are selected out by history; come to terms with that. Not only, those who lag behind ensure that few push forward an evolution for their own interest, which typically conflicts with that of the majority.
It feels to me like teaching has always been bandwidth constrained and providing 1:1 feedback to students have always been a bottleneck. I believe that AI agents are the true gateway to fixing that limitation and education should be embracing AI agents to increase bandwidth of 1:1 teacher student interaction.
I worry that everytime I talk to a teacher about how they're adapting to AI, it's almost as if they are trying to figure out how they can continue to use the same teaching techniques that they had seen their teachers practice decades ago.
Printed books are expensive and they should be. We already have paper equivalents that allow highlighting, rewriting, annotating, sharing notes - recyclable materials in all ways superior to paper that can be reused by multiple students - these are things we should be embracing instead of going back to one time use printed materials that are heavy to carry around, take up space in a room and will need to be disposed of soon.
If current technology is creating an issue for teachers - teachers need to pivot, not block current technology.
Society typically cares about work getting done and not much about how it got done - for some reason, teachers are so deep into the weeds of the "how", that they seem to forget that if the way to mend roads since 1926 have been to learn how to measure out, mix and lay asphalt patches by hand, in 2026 when there are robots that do that perfectly everytime, they should be teaching humans to complement those robots or do something else entirely.
> We continue to teach children (at least in the EU) to write by hand, to do calculations manually throughout their entire schooling, when in real life, aside from the occasional scrap note, all writing is done on computers and calculations are done by machine as well. And, of course, no one teaches these latter skills
Is your intuition that the EU will continue down it's path of technical irrevelance? If so, what are the top 5 reasons this is happening?
>This semester, Newton has removed the option to bring iPads to class, except for accessibility needs, as a part of the general movement in the “Reading and Writing the Modern Essay” seminars to “swim against the tide of AI use,” reduce “the infiltration of tech,” and “go back to pen and paper,” she said.
Is this about teaching efficiency or managing the teacher's feelings? If "the infiltration of tech" allowed for better learning, would this teacher even be open to it?