Comment by testfoobar
16 hours ago
This is a bunch of fluff. I hope at least the snacks and lunches during the discussions were good.
"Guiding principles: Be bold. Be humble. Put humanity front and center. Lean into learning. Teach with intentionality. No one size fits all."
"Recommendations: Adapt educational processes for an AI-aware world. Center people, community, and the residential experience. Build processes, teams and tools for continuous reflection, iteration, and improvement"
Yes, but as a K-12 administrator, I sadly have to tell you this is just about one of the more substantive things I have seen.
Yes, it's 95% fluff, but there is a real admission here that the guidance really ought to accept that there will be a whole host of tasks/assignments that kids engage in where the assumption SHOULD be that they basically will leverage AI, and that for their own benefit, resources should be set aside to promote experiences -- both in the context of assessments but also even in the social sphere -- there the influence of AI will be very purposefully prevented.
That is an actual stake in the ground, I think (as far as it goes in context like this). I think I would have been hard-pressed to have predicted that there would be such a revolutionary technology where the explicit ask of MIT faculty would be to prevent its influence in the school.
I really do worry for our younger students - and I don't envy your job at all.
It seems as if all of teaching and student evaluation needs to be rebuilt from the ground up with AI as a default assumption.
Local high schools have added in class timed, hand written, essays for classes like AP US History.
I particularly like Chicago Law School's policy on AI.
E.g. Law students writing a "Substantial Research Paper" will have to defend it orally: "We will be adding one additional requirement, which is that all students will be required to engage in an oral discussion of their SRP with their supervising professor, in an in-person setting. This discussion will occur after a complete draft (or final version) of the paper has been submitted to the professor. The discussion could take place one-on-one, or as a class presentation in the style of an academic workshop. Either way, the oral exchange will involve the student answering questions that probe the reasoning of the paper and the implications of its arguments."
https://www.law.uchicago.edu/news/ai-strategy-statement
It will only get harder. From the trenches in tech it’s hard enough to get people who should know better to put in the work to understand the ai output.
For education I can’t imagine. You might have to resort to actual discussion in classrooms instead of homework, with the accompanying need for both more educators and higher quality therein. Which isn’t going to be easy when education is fully under regulatory capture (at least for K-12 in the USA)
>actual discussion in classrooms
Which works in some contexts; I've taken seminars.
Not sure how that works with a multi-hundred person core calculus, physics, or chemistry class.
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Maybe it just requires approaching the problem differently. What about the vulcan study pod things? Have the discussion with the AI itself. Have the AI regularly assess understanding.
I thought the recommendations in section 3 were substantiative. That is move away from time-bound exams and move towards semester length project portfolios.
Project-based learning is not a new idea. However, it is precisely the sort of assessment strategy that is being attacked by AI: students can complete many projects fully using AI without learning anything about the underlying material.
In general, project/lab courses are pretty useƒul even iƒ they need some lecture/theory tacked on. Certainly, in school, I found hands-on and other project work, both individually and in groups, some of the better course work I did.
I don't agree? By the time you get to the specific policy sections (3.x.x) there are concrete changes outlined in bold, several of which are requests for the institute to invest large amounts of resources changing the current teaching process. Even the non-bolded text occasionally contains real insights, like this gem from the end of 3.1.9:
> Students should not feel policed. Durable change will require instructors to be as clear as possible about their expectations and students to understand AI misuse as an unacceptable deviation from shared peer norms and community values rather than a violation of an arbitrary bureaucratic rule.
I immediately forwarded 3.3 to a colleague (AD of Research). We have a blanket policy document at the institutional level to establish a framework for baselines, but it's absent of any practicable guidance outside of a general approval process and expectations for academic honesty.
It's going to be difficult not to be "fluffy" as no one really knows the true impact and what's going to happen. And it's especially challenging for universities as voices questioning the value of higher education will only grow louder.
I grew up with PC‘s starting with DOS 1.0. I built a career as a systems engineer, basically by being confronted with thousands of problems that took four hours to figure out because the Windows world was changing so fast there was no documentation to easily find your answer. Those same problems now take me five minutes to figure out by using AI, so I’m able to move onto the next challenge and learn the next thing. That’s one aspect that I think isn’t well recognized in the anti-AI mindset.
That fact, multiplied over 1000 different disciplines, is one of the ways that AI is going to bring amazing progress to our world.
They have always dressed it up as concerned humanitarianism. They did it already with large donations in the past:
https://www.philanthropy.com/news/can-a-350-million-gift-cha...
All concerns, while the real goal is stated right in the article:
"With this new approach, he says, experts in many fields can gain a deeper understanding of AI so they can better harness it. Meanwhile, computing experts are gaining greater exposure to the work of their counterparts in other fields. That exposure is giving the technologists a better understanding of how to create and train AI tools to better serve others."
I'm sure they will have many meetings about future meetings.
Makes me sick.
MIT is so very, very overcapitalized.
These things don't lead to anything other than a rich guy getting his name on a building, and more corruption in academia. By far the best thing which could happen to MIT would be for 95% of the endowment to go up in a poof of smoke, bringing it back to nineties levels. That's the end of the period when the Institute did high-integrity research.
FWIW: I see this pattern each time I discuss MIT (drifting from the Institutional Propaganda partyline) on HN:
1. Upvotes
2. Time passes
3. Downvotes
I'm starting to suspect Institutional astroturf.
It sounds like you want a return to a time before a lot of the government research money coming to institutions like MIT was gutted.
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They have to do something. There's a cheating epidemic right now everywhere.
I think the axis of AI in Ed should be, use it to super-charge learning, while assessment should be impossible to outsource to AI.
Verbal exams.
Assessments are arguably the least important part related to post-secondary education.
> This is a bunch of fluff.
Accurate description.
“Boy, these guys are just [your typical Bill Lumberghs] with upper management written all over them.”
I hope AI was used to generate those empty words. What a waste of human effort.
A bunch of highly paid administrators were hired to use AI to generate it.
Human slopality
What human writes, "This is not a moment for patches and duct tape."
Is that AI or just horribly clichéd writing?
Maybe JK Rowling?
I'm shocked, shocked, that they recommend hiring more administrators and forming more committees to study the problem.