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Showing posts with label STEM to STEAM. Show all posts
Showing posts with label STEM to STEAM. Show all posts

Wednesday, February 3, 2016

Flint: Public NonScience - the Failure of our Systems - and the Money Grab for the RIGHT things by the WRONG people


RESEARCH

The Water Next Time: Professor Who Helped Expose Crisis in Flint Says Public Science Is Broken

FEBRUARY 02, 2016 
When Marc Edwards opens his mouth, dangerous things come out.





 In 2003 the Virginia Tech civil-engineering professor said that there was lead in the Washington, D.C., water supply, and that the city had been poisoning its residents. He was right.

Last fall he said there was lead in the water in Flint, Mich., despite the reassurances of state and local authorities that the water was safe. He was right about that, too.

Working with residents of Flint, Mr. Edwards led a study that revealed that the elevated lead levels in people’s homes were not isolated incidents but a result of a systemic problem that had been ignored by state scientists. He has since been appointed to a task force to help fix those problems in Flint. In a vote of confidence, residents last month tagged a local landmark with a note to the powers that be: "You want our trust??? We want Va Tech!!!"

But being right in these cases has not made Mr. Edwards happy. Vindicated or not, the professor says his trials over the last decade and a half have cost him friends, professional networks, and thousands of dollars of his own money.


The infrastructural problems go beyond the public utilities of certain American cities, he says. In an interview with The Chronicle, Mr. Edwards said that the systems built to support scientists do not reward moral courage and that the university pipeline contains toxins of its own — which, if ignored, will corrode public faith in science.


The following interview has been edited and condensed.


Q. I just came back from Flint, and it may not come as a surprise to you that you’re something of a folk hero there. What do you think about that?


A. It’s a natural byproduct of science conducted as a public good. Normal people really appreciate good science that’s done in their interest. They stepped forward as citizen scientists to explore what was happening to them and to their community, we provided some funding and the technical and analytical expertise, and they did all the work. I think that work speaks for itself.


Q. Scientific studies by university-affiliated researchers, namely you and Mona Hanna-Attisha, were a big part of what broke this case open. On the other hand, it took a Flint resident writing to a professor in Virginia to start the process of finding out that there was lead in the drinking water. Do you see this as an academic success story or a cautionary tale?


A. I am very concerned about the culture of academia in this country and the perverse incentives that are given to young faculty. The pressures to get funding are just extraordinary. We’re all on this hedonistic treadmill — pursuing funding, pursuing fame, pursuing h-index— and the idea of science as a public good is being lost.

This is something that I’m upset about deeply. I’ve kind of dedicated my career to try to raise awareness about this. I’m losing a lot of friends. People don’t want to hear this. But we have to get this fixed, and fixed fast, or else we are going to lose this symbiotic relationship with the public. They will stop supporting us.


Q. Do you have any sense that perverse incentive structures prevented scientists from exposing the problem in Flint sooner?


A. Yes, I do. In Flint the agencies paid to protect these people weren’t solving the problem. They were the problem. What faculty person out there is going to take on their state, the Michigan Department of Environmental Quality, and the U.S. Environmental Protection Agency?


I don’t blame anyone, because I know the culture of academia. You are your funding network as a professor. You can destroy that network that took you 25 years to build with one word. I’ve done it. When was the last time you heard anyone in academia publicly criticize a funding agency, no matter how outrageous their behavior? We just don’t do these things.


If an environmental injustice is occurring, someone in a government agency is not doing their job. Everyone we wanted to partner said, Well, this sounds really cool, but we want to work with the government. We want to work with the city. And I’m like, You’re living in a fantasy land, because these people are the problem.


Q. Now that your hypothesis has been vindicated, and the government has its tail between its legs, a lot of researchers are interested.

A. And I hope that they’re interested for the right reasons. But there’s now money — a lot of money — on the table.


Q. Not as much as some of them would like. I heard a lot of people say they thought that a zero might have been missing from the grant money that the University of Michigan made available.


A. Right. But the expectation is that there’s tens if not hundreds of millions of dollars that are going to be made available by these agencies. And some part of that will be directed toward research, so we now have a financial incentive to get involved. I hate to sound cynical about it. I know these folks have good intentions. But it doesn’t change the fact that, Where were we as academics for all this time before it became financially in our interest to help? Where were we?


Q. Now, of course, when you walk around Flint and ask people about the reassurances they’re hearing now, they don’t believe anybody. When is it appropriate for academics to be skeptical of an official narrative when that narrative is coming from scientific authorities? Surely the answer can’t be "all of the time."

A. I’m really surprised how emotional this interview is making me, and I’ve given several hundred interviews. What these agencies did in [the Washington, D.C., case] was the most fundamental betrayal of public trust that I’ve ever seen. When I realized what they had done, as a scientist, I was just outraged and appalled.


I grew up worshiping at the altar of science, and in my wildest dreams I never thought scientists would behave this way. The only way I can construct a worldview that accommodates this is to say, These people are unscientific. Science should be about pursuing the truth and helping people. If you’re doing it for any other reason, you really ought to question your motives.


Unfortunately, in general, academic research and scientists in this country are no longer deserving of the public trust. We’re not.


Q. I think of that rock with the spray paint on it that says, "You want our trust??? We want Va Tech!!!" That’s a vote of confidence in you at the expense of confidence in anybody else. Is that a happy piece of graffiti in your eyes?


A. It’s a symbol of the total failure of our government science agencies, and also of our academic institutions. I really derive no personal satisfaction from that. I feel shame. That’s what I feel.


Q. I keep coming back to these university researchers in Flint who said: "The state has 50 epidemiologists. They say that the water’s safe. So I’m going to focus my energy on something that’s less settled." How do you decide when the state should be challenged?


A. That’s a great question. We are not skeptical enough about each other’s results. What’s the upside in that? You’re going to make enemies. People might start questioning your results. And that’s going to start slowing down our publication assembly line. Everyone’s invested in just cranking out more crap papers.


So when you start asking questions about people, and you approach them as a scientist, if you feel like you’re talking to an adult and they give you a rational response and are willing to share data and discuss an issue rationally, I’m out of there. I go home.


But when you reach out to them, as I did with the Centers for Disease Control and Prevention, and they do not return your phone calls, they do not share data, they do not respond to FOIA [open-records requests], y’know. … In each case I just started asking questions and turning over rocks, and I resolved to myself, The second something slimy doesn’t come out, I’m gonna go home. But every single rock you turn over, something slimy comes out.


Q. But at some point in a place like Flint, trust has to be restored somehow in order for the system to continue working.


A. Exactly.


Q. I talked to this woman yesterday at the university pavilion. She’s a senior, a nursing student. We looked at the stickers the university had put on its water fountain, saying that this has a filter, that this is safe. And she said: "No. I don’t drink the water here. I don’t care what they say. I don’t care if it’s from the university." At that level of mistrust, the system doesn’t work. What do you think people would have to see in order to start trusting what scientists tell them?


A. It’s going to take time for the people in Flint. They have been so betrayed, and the callous way that our most vulnerable were treated in Flint by the very agencies paid to protect them is so profoundly disturbing. That’s why this is striking such a chord.


Q. You teach a course on ethics and heroism at Virginia Tech. How exactly does one teach heroism to college students?


A. We teach aspirational ethics. What I teach my students is, You’re born heroic. I go into these animal studies, and heroism is actually in our nature. What you have to do is make sure that the system doesn’t change you, that our educational system doesn’t teach you to be willfully blind and to forget your aspirations, because that’s the default position.


We talk about the realities of heroism too. It’s not fun. These are gut-wrenching things. But the main thing is, Do not let our educational institutions make you into something that you will be ashamed of.


Q. And you sort of warn them that you’re preparing them for a life of possible sadness and alienation?


A. Well, yeah. There’s a price to be paid.


Steve Kolowich writes about how colleges are changing, and staying the same, in the digital age. Follow him on Twitter @stevekolowich, or write to him at steve.kolowich@chronicle.com.

Saturday, January 16, 2016

Sound and Vision - Inner Space, Outer Space - R.I.P. David Bowie



Astronaut Chris Hadfield's "Space Oddity," in Space!  STEAM

But why mess with perfection? LYRICS are "And I think my Spaceship knows which way to go" & "Planet Earth is Blue and there's Nothing I can Do"



"The famous parade of personae that defined his astounding 1970s discography represented not just new sounds and aesthetics; Bowie was essentially a human Internet, with each album serving as a hyperlink into a vast network of underground music, avant-garde art, art-house film, and left-field literature. Bowie was the nexus through which many rock fans were first introduced to not just the Velvet Underground and the Stooges and Kraftwerk and Neu!, but also William S. Burroughs and Klaus Nomi and Nicolas Roeg and Ryuichi Sakamoto and Nina Simone. By design, most pop music is a closed loop—a rollercoaster that’s expertly designed for maximal thrills, to make you go “wheee!” over and over again. Bowie envisioned pop as Grand Central Station, the train tracks branching off into infinite new directions."

David Bowie’s Filthy Lesson

For Bowie, art was inauthenticity all the way down.

"Art’s filthy lesson is inauthenticity all the way down, a series of repetitions and reenactments: fakes that strip away the illusion of reality in which we live and confront us with the reality of illusion. Bowie’s world is like a dystopian version of The Truman Show, the sick place of the world that is forcefully expressed in the ruined, violent cityscapes of “Aladdin Sane” and “Diamond Dogs” and, more subtly, in the desolate soundscapes of “Warszawa” and “Neuköln.” To borrow Iggy Pop’s idiom from Lust for Life (itself borrowed from Antonioni’s 1975 movie, although Bowie might well be its implicit referent), Bowie is the passenger who rides through the city’s ripped backside, under a bright and hollow sky."

Read More... https://newrepublic.com/article/127430/david-bowies-filthy-lesson 

How David Bowie Challenged MTV on Race

 http://www.nytimes.com/2016/01/14/arts/music/how-david-bowie-used-his-stardom-and-race-to-challenge-mtv.html 

video: https://www.youtube.com/watch?v=XZGiVzIr8Qg


 

Bowie’s nine minute epic “Cygnet Committee” remains the undiscovered inner-Space Oddity from David’s 1969 self-titled debut album

https://dontforgetthesongs365.wordpress.com/2013/11/15/bowies-nine-minute-epic-cygnet-committee-remains-the-undiscovered-inner-space-oddity-from-davids-1969-self-titled-debut-album/

Cygnet Committee:
https://www.youtube.com/watch?v=OKMSgZo9c8s




Space Oddity Live - https://www.youtube.com/watch?v=pXSGocWifAg




Church Bells Ring Out 'Space Oddity' In Spine-Tingling David Bowie Tribute 

https://youtu.be/FHnKsixhGrg

Wednesday, November 11, 2015

THINKING and Socratic Pedagogical Execution - Keys to the Kingdom ofLEARNING

Students to think, act like scientists

Changes in social studies on hold

The State Board of Education approved new science standards Tuesday that will alter the way students are taught the subject, while the Michigan Department of Education put changes to social studies standards on hold.
The change in the science standards means there will be greater emphasis on thinking and acting like a scientist and less emphasis on memorizing basic facts. The idea is for students to have a deeper knowledge of the subject.
State education officials believe the change will improve Michigan students’ dismal performance in the subject. Results of the state’s new exam — the Michigan Student Test of Educational Performance (M-STEP) — found that only 12% of fourth-graders and 22% of fifth-graders passed the science portion of the exam.
Those numbers “reflect the fact that what we’re doing today may not be working as well as we want,” said Casandra Ulbrich, D-Rochester Hills, the board’s vice president.
The new standards — a slight adaptation of the nationally created Next Generation Science Standards — were approved by a vote of 7-1, with the only dissenting vote coming from Richard Zeile, R-Dearborn.
The board heard mixed views about the science standards from a stream of parents and educators.
Critics said the standards are unproven and cited a report that gave them an average grade.
“Why are we moving in a lateral, slightly lower direction instead of up?” asked Michelle Frederick of White Lake Township.
But they were countered by people like Emily Pohlonski, president of the Network of Michigan Educators, who spoke about how the standards will affect her daughter, who will enter third grade next school year. Under the current standards, her daughter would simply have to identify the force that holds objects to the Earth. But under the new standards, her daughter would have to plan and conduct an investigation to provide evidence of the effects of balance and unbalanced forces on the motion of an object.
“Let’s pay attention to the verbs. Do we want our kids identifying ... or do we want our kids planning and investigating?”

Meanwhile, MDE said it was delaying updates to the standards for social studies to address concerns raised by Michigan residents.
“We’re not going to rush it. We’re going to get it right,” state Superintendent Brian Whiston said during the meeting.
Both sets of standards outline expectations for what students will learn. It will be up to local schools to determine how to teach them.
The MDE has already addressed some big criticisms. For instance, the standards referred to the U.S. as a “constitutional democracy” rather than as a “constitutional republic.” The MDE said the standards have already been revised to make that correction.
The state also made some changes to address concerns it appeared to be dropping the study of World War II, the Holocaust and the establishment of the State of Israel.
The proposed social studies and science standards were both sent out for public feedback from late August to early October.
About 74% of the 450 people who responded to a survey said they believed students would be better prepared under the proposed update to the social studies standards. But 26% didn’t agree. While that’s a relatively low number statistically, MDE said it was too high.
“That’s something that needs to be looked at and considered,” said
 Linda Forward, director of the office of education improvement
 and innovation at MDE.
The update — to standards last approved by the board in 2007 — was designed to reduce the number of social studies standards from 652 to 552, make them more concise and make them more rigorous, emphasizing students’ ability to apply what they’re learning to real-world situations and focusing more on completing projects.
The changes will align Michigan’s standards with those developed by the National Council for the Social Studies.
The department will address all concerns, then put together an external committee to review the changes. A new public comment period will take place after the beginning of the year, and the standards likely will go before the State Board in February.
State Sen. Patrick Colbeck, R-Canton, provided more than a dozen recommendations to the social studies standards.
“My goal is to make sure we’re presenting both sides of the story.” For instance, he said, “When we talk about progressiveness, why aren’t we talking about conservatism?” The goal, Colbeck said, should be to give kids the tools “so they can make decisions on their own.”
John Austin, president of the board, said it can be difficult to find balance in a subject such as social studies because there are often
“warring viewpoints” about topics covered. It’s the responsibility of 
the board and MDE to “get that balance as good as possible.”
“I’m glad we’re taking the time to do this,” said Austin, D-Ann Arbor.
Contact Lori Higgins: 313-222-6651



OPINION

The Future of Education Demands More Questions, Not Answers

Jay SilverJay Silver 


Technology alone can't educate students. It’s not some mystical, magical ingredient one sprinkles over core curricula like salt on a meal. The magic is inside the child. If designed correctly, technology only extends the creative powers of the individual. Technology needn’t be “high-tech” to be effective, either. Chalk on a graphite board is one of the earliest forms of technology in the classroom; a printed book is a kind of machine; a magnifying glass is technology for investigation of the natural world; string is a tool for building things. 

A Pedagogy of Answers

Too many schools apply a paint-by-numbers approach to tech: “Let’s cover this fixed information, in this exact way, in this set amount of time, and judge ourselves as educators and students based on standardized test results.” Even our national conversation about the education crisis in the STEM subjects(science, technology, engineering, and math) focuses almost solely on America’s competitiveness on the world stage and students’ qualifications for the job market of tomorrow. That stagnant conversation has leeched much of the joy, magic, and love of learning from the study of those subjects and replaced it with an R.O.I. model of education. 



Take Los Angeles’s plan to put iPads into the hands of each of its 650,000 students, which was a complete disaster; the nation’s second largest school district demanded a refund from Apple and Pearson, the company that designed the $1.3 billion curriculum. The mistake made in L.A. is that the city’s iPad experiment focused on answers: information, knowledge, skills, and tests. Children don’t learn that way.
To date, tech in the classroom has been used mostly to prettify an outdated model of passive learning. Examples of this kind of misapplication might be, “Let’s take the latest laptop computer and put a flashcard app on it!” Or, “Let’s make a math game where kids shoot at the right answer like they’re space aliens!” That kind of tech in the classroom hasn’t worked because it simply propagates into new mediums a broken model of how people learn.

A Pedagogy of Questions

Our national teaching model has for too long been a pedagogy of answers. In its place 
I’d like to suggest a new pedagogy of questions—one that prizes interest-driven, project-based, exploratory studies. Personal gardens of learning with no single pathway through them. More open play and less rote memorization. More learning by discovery than following set instructions. (It’s for these reasons I’d always choose a bucket of random Legos over a manual to build a colored-brick Batmobile or Death Star. . . ) And technology has an important part to play in making that vision a reality. Let’s imagine for a moment a classroom where children are encouraged to: 
1. Go about and wander until a salient question arises.
2. Paint and model and code solutions or experiments or musings to dig deeper into the questions raised.
3. Build things and try them out, politically, socially, or physically.
4. Share and modify results.


That school environment can exist today with the tools at hand. As an inventor and 
father, my advice to those looking to make digital in-roads into our nation’s schools is this: promote learning that encourages kids to choose their own problems and solutions rather than a single, siloed system. Rewards are inherent if students find novel ways to use the technology with which they’re presented; friendships are stoked, and the technology is now owned and created by them rather than the other way around. Embrace the fact that students might find ways to hack the tools you present them; if you expect it then you have created space for it to happen. Finally, tactile learning is too often overlooked in digital classroom initiatives, so think about what a student’s hands will be doing when using technology. 
Just as new media have not replaced our fundamental need to tell stories, invent characters, and instill moral lessons, so technology in the classroom will always be an aid for learning, never an end in itself. Putting the right tools in kids’ hands can help children explore the world they know and reinforce that “magic” is the silent “M” in STEM. Tech isn’t the answer, but it can help us create a new pedagogy of questions.

Jay Silver is an electrical engineer, toy inventor, and founder and CEO of JoyLabz, makers of Makey Makey, the invention kit for everyone.

Monday, April 6, 2015

WHY STEM to STEAM (Science, Technology, Engineering, Art, Math) and THINKING & PLAY! (Fareed Zakaria)

Why America’s obsession with 

STEM education is dangerous

 March 26 

Fareed Zakaria, a columnist for The Washington Post, is the host of “Fareed Zakaria GPS” on CNN and the author of “In Defense of a Liberal Education.”
If Americans are united in any conviction these days, it is that we urgently need to shift the country’s education toward the teaching of specific, technical skills. Every month, it seems, we hear about our children’s bad test scores in math and science — and about new initiatives from companies, universities or foundations to expand STEM courses (science, technology, engineering and math) and deemphasize the humanities. From President Obama on down, public officials have cautioned against pursuing degrees like art history, which are seen as expensive luxuries in today’s world. Republicans want to go several steps further and defund these kinds of majors. “Is it a vital interest of the state to have more anthropologists?” asked Florida’s Gov. Rick Scott. “I don’t think so.” America’s last bipartisan cause is this: A liberal education is irrelevant, and technical training is the new path forward. It is the only way, we are told, to ensure that Americans survive in an age defined by technology and shaped by global competition. The stakes could not be higher. 
This dismissal of broad-based learning, however, comes from a fundamental misreading of the facts — and puts America on a dangerously narrow path for the future. The United States has led the world in economic dynamism, innovation and entrepreneurship thanks to exactly the kind of teaching we are now told to defenestrate. A broad general education helps foster critical thinking and creativity. Exposure to a variety of fields produces synergy and cross fertilization. Yes, science and technology are crucial components of this education, but so are English and philosophy. When unveiling a new edition of the iPad, Steve Jobs explained that “it’s in Apple’s DNA that technology alone is not enough — that it’s technology married with liberal arts, married with the humanities, that yields us the result that makes our hearts sing.” 
Innovation is not simply a technical matter but rather one of understanding how people and societies work, what they need and want. America will not dominate the 21st century by making cheaper computer chips but instead by constantly reimagining how computers and other new technologies interact with human beings.
For most of its history, the United States was unique in offering a well-rounded education. In their comprehensive study, “The Race Between Education and Technology,” Harvard’s Claudia Goldin and Lawrence Katz point out that in the 19th century, countries like Britain, France and Germany educated only a few and put them through narrow programs designed to impart only the skills crucial to their professions. America, by contrast, provided mass general education because people were not rooted in specific locations with long-established trades that offered the only paths forward for young men. And the American economy historically changed so quickly that the nature of work and the requirements for success tended to shift from one generation to the next. People didn’t want to lock themselves into one professional guild or learn one specific skill for life.
That was appropriate in another era, the technologists argue, but it is dangerous in today’s world. Look at where American kids stand compared with their peers abroad. The most recent international test, conducted in 2012, found that among the 34 members of the Organization for Economic Cooperation and Development, the United States ranked 27th in math, 20th in science and 17th in reading. If rankings across the three subjects are averaged, the United States comes in 21st, trailing nations such as the Czech Republic, Poland, Slovenia and Estonia. 

In truth, though, the United States has never done well on international tests, and they are not good predictors of our national success. Since 1964, when the first such exam was administered to 13-year-olds in 12 countries, America has lagged behind its peers, rarely rising above the middle of the pack and doing particularly poorly in science and math. And yet over these past five decades, that same laggard country has dominated the world of science, technology, research and innovation.
Consider the same pattern in two other highly innovative countries, Sweden and Israel. Israel ranks first in the world in venture-capital investments as a percentage of GDP; the United States ranks second, and Sweden is sixth, ahead of Great Britain and Germany. These nations do well by most measures of innovation, such as research and development spending and the number of high-tech companies as a share of all public companies. Yet all three countries fare surprisingly poorly in the OECD test rankings. Sweden and Israel performed even worse than the United States on the 2012 assessment, landing overall at 28th and 29th, respectively, among the 34 most-developed economies. 
But other than bad test-takers, their economies have a few important traits in common: They are flexible. Their work cultures are non-hierarchical and merit-based. All operate like young countries, with energy and dynamism. All three are open societies, happy to let in the world’s ideas, goods and services. And people in all three nations are confident — a characteristic that can be measured. Despite ranking 27th and 30th in math, respectively, American and Israeli students came out at the top in their belief in their math abilities, if one tallies up their responses to survey questions about their skills. Sweden came in seventh, even though its math ranking was 28th. 
Thirty years ago, William Bennett, the Reagan-era secretary of education, noticed this disparity between achievement and confidence and quipped, “This country is a lot better at teaching self-esteem than it is at teaching math.” It’s a funny line, but there is actually something powerful in the plucky confidence of American, Swedish and Israeli students. It allows them to challenge their elders, start companies, persist when others think they are wrong and pick themselves up when they fail. Too much confidence runs the risk of self-delusion, but the trait is an essential ingredient for entrepreneurship.
My point is not that it’s good that American students fare poorly on these tests. It isn’t. Asian countries like Japan and South Korea have benefitted enormously from having skilled workforces. But technical chops are just one ingredient needed for innovation and economic success. America overcomes its disadvantage — a less-technically-trained workforce — with other advantages such as creativity, critical thinking and an optimistic outlook. A country like Japan, by contrast, can’t do as much with its well-trained workers because it lacks many of the factors that produce continuous innovation.
Americans should be careful before they try to mimic Asian educational systems, which are oriented around memorization and test-taking. I went through that kind of system. It has its strengths, but it’s not conducive to thinking, problem solving or creativity. That’s why most Asian countries, from Singapore to South Korea to India, are trying to add features of a liberal education to their systems. Jack Ma, the founder of China’s Internet behemoth Alibaba, recently hypothesized in a speech that the Chinese are not as innovative as Westerners because China’s educational system, which teaches the basics very well, does not nourish a student’s complete intelligence, allowing her to range freely, experiment and enjoy herself while learning: “Many painters learn by having fun, many works [of art and literature] are the products of having fun. So, our entrepreneurs need to learn how to have fun, too.” 
No matter how strong your math and science skills are, you still need to know how to learn, think and even write. Jeff Bezos, the founder of Amazon (and the owner of this newspaper), insists that his senior executives write memos, often as long as six printed pages, and begins senior-management meetings with a period of quiet time, sometimes as long as 30 minutes, while everyone reads the “narratives” to themselves and makes notes on them. In an interview with Fortune’s Adam Lashinsky, Bezos said: “Full sentences are harder to write. They have verbs. The paragraphs have topic sentences. There is no way to write a six-page, narratively structured memo and not have clear thinking.”
Companies often prefer strong basics to narrow expertise. Andrew Benett, a management consultant, surveyed 100 business leaders and found that 84 of them said they would rather hire smart, passionate people, even if they didn’t have the exact skills their companies needed.
Innovation in business has always involved insights beyond technology. Consider the case of Facebook. Mark Zuckerberg was a classic liberal arts student who also happened to be passionately interested in computers. He studied ancient Greek intensively in high school and majored in psychology while he attended college. And Facebook’s innovations have a lot to do with psychology. Zuckerberg has often pointed out that before Facebook was created, most people shielded their identities on the Internet. It was a land of anonymity. Facebook’s insight was that it could create a culture of real identities, where people would voluntarily expose themselves to their friends, and this would become a transformative platform. Of course, Zuckerberg understands computers deeply and uses great coders to put his ideas into practice, but as he has put it, Facebook is “as much psychology and sociology as it is technology.” 
Twenty years ago, tech companies might have survived simply as product manufacturers. Now they have to be on the cutting edge of design, marketing and social networking. You can make a sneaker equally well in many parts of the world, but you can’t sell it for $300 unless you’ve built a story around it. The same is true for cars, clothes and coffee. The value added is in the brand — how it is imagined, presented, sold and sustained. Or consider America’s vast entertainment industry, built around stories, songs, design and creativity. All of this requires skills far beyond the offerings of a narrow STEM curriculum.
Critical thinking is, in the end, the only way to protect American jobs. David Autor, the MIT economist who has most carefully studied the impact of technology and globalization on labor, writes that “human tasks that have proved most amenable to computerization are those that follow explicit, codifiable procedures — such as multiplication — where computers now vastly exceed human labor in speed, quality, accuracy, and cost efficiency. Tasks that have proved most vexing to automate are those that demand flexibility, judgment, and common sense — skills that we understand only tacitly — for example, developing a hypothesis or organizing a closet.” In 2013, two Oxford scholars conducted a comprehensive study on employment and found that, for workers to avoid the computerization of their jobs, “they will have to acquire creative and social skills.” 
This doesn’t in any way detract from the need for training in technology, but it does suggest that as we work with computers (which is really the future of all work), the most valuable skills will be the ones that are uniquely human, that computers cannot quite figure out — yet. And for those jobs, and that life, you could not do better than to follow your passion, engage with a breadth of material in both science and the humanities, and perhaps above all, study the human condition.
One final reason to value a liberal education lies in its roots. For most of human history, all education was skills-based. Hunters, farmers and warriors taught their young to hunt, farm and fight. But about 2,500 years ago, that changed in Greece, which began to experiment with a new form of government: democracy. This innovation in government required an innovation in education. Basic skills for sustenance were no longer sufficient. Citizens also had to learn how to manage their own societies and practice self-government. They still do.
Twitter: @FareedZakaria
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Fareed Zakaria writes a foreign affairs column for The Post. He is also the host of CNN’s Fareed Zakaria GPS and a contributing editor for The Atlantic.