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Last Tuesday morning, many New York City teachers met in downtown Manhattan to explore a major challenge that numerous schools are encountering: "Navigating Critical Thinking and Cognitive Offloading in the Age of AI," as the event's name indicated.
As the training commenced, almost everyone raised their hand when asked if they believed "critical thinking is a vital skill that should be taught to students." Throughout the day, the educators explored ways to encourage an AI chatbot to provide more accurate responses and evaluate its reliability. They talked about the dangers of students relying too much on technology for their thinking. Additionally, they discovered classroom strategies to enhance critical thinking, such as peer mentoring, Socratic seminars, and real-time journaling.
The training program was organized by the National Academy for AI Instruction, amultimillion-dollar initiative launchedsupported by the American Federation of Teachers and funded by AI companies Anthropic, Microsoft, and OpenAI.
I attended this training, and several teachers I talked to expressed that they found the message and techniques valuable. However, a key concept was largely overlooked: the direct relationship between critical thinking and the subject matter in math, history, and science courses. This fundamental aspect is frequently missing from conversations about how schools should address the rise of generative AI.
Certainly, the frequent argument that educators should concentrate on abstract critical thinking abilities, separate from subject matter, runs the danger of downplaying the essential element—mastery of a wide range of facts—that actually enables critical thinking.
Understanding within a specific area is a key factor in developing critical thinking abilities,wroteIn 2020, University of Virginia cognitive psychologist Daniel Willingham wrote for the American Educator, a journal published by the American Federation of Teachers. "Critical thinking in open-ended situations is supported by a large amount of knowledge."
As technology has increased access to information — via books, Google, and currently generative AI — some experts have suggested that schools should focus less on fundamental facts that are simple to find. "Education in the 21st century needs to extend beyond just delivering knowledge,"saysThe World Economic Forum. Instead, educational institutions should focus on teaching "skills for the future," such as critical thinking and innovation.
This isn’t a new ideaOver a decade ago, a group of academics from the National Research Council gathered to explore ways schools could promote "deeper learning" and "21st century skills," terms that were popular at the time. Interestingly, the experts changed the focus of this task. "The committee sees 21st century skills as aspects of expertise that are connected to and part of knowledge within a specific area," stated their 2012 report.concluded.
Certainly, there are certain abilities—such as communication, personal organization, and collaboration—that prove valuable across various situations and disciplines. Moreover, isolated information—like recalling the names of presidents without understanding their historical context—is not enough for effective critical thinking.
Yet to tackle math problems, students must be familiar with their multiplication tables. To understand the reasons behind historical events, they need knowledge of dates and key historical figures. To read and interpret complex texts, theyneed a wide vocabulary. To analyze carefully, saycognitive scientists, individuals must have the ability to easily access and combine a wide range of fundamental information.
Students may search for some missing details, but when individuals rely on outside resources too often, thebrain strugglesto monitor all the new information simultaneously. Picture reading a book and stopping every few sentences to look up an unknown word or concept.
There is currently no strong evidence to suggest that this situation will alter with the advancement of AI. While the technology can assist in discovering new information, human understanding remains essential to guide AI effectively, evaluate the reliability of its results, and implement it for particular purposes.
When I spoke with Randi Weingarten, president of the American Federation of Teachers, she mentioned that knowledge is definitely important, but that "what AI demands is that children truly learn how to think and solve problems." She presented a comparable statement in amajor address earlier this week.
For instance, elementary school students should participate in civics by investigating a subject and then determining how to influence local politicians to bring about change, Weingarten mentioned to me. "Perhaps there are other topics or additional information within the social studies curriculum that may need to be set aside," she added.
Maria Elena Guzman, an instructor at the AFT Academy, mentioned that the importance of knowledge wasn't emphasized in the training since teachers are already aware they must teach their content-based standards. "It's assumed. This is part of their daily responsibilities," she explained.
However, if educators are not explicitly taught about the relationship between knowledge and critical thinking, some might come away believing that factual information is less important than it once was, particularly as this perspective continues to be a recurring theme among popular education commentators.
Jessie Roeder, an educator specializing in robotics and computer science at a high school in New York City, values the AFT's initiative to assist members in understanding the challenges of AI. He has already participated in four workshops hosted by the Academy. In the session focused on critical thinking, he emphasized the significance of knowledge when utilizing AI effectively.
"You need to have enough knowledge to realize, hold on, this is nonsense," he told me later.
Matt Barnum serves as the ideas editor for [publication name]. Contact him atmbarnum@.org.
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