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Tag: Education

We Should Learn to Have More Fun (or Vice-Versa)

By KIM BELLARD

For several years now, my North Star for thinking about innovation has been Steven Johnson’s great quote (in his delightful Wonderland: How Play Made the Modern World): “You will find the future where people are having the most fun.” No, no, no, naysayers argue, inventing the future is serious business, and certainly fun is not the point of business.  Maybe they’re right, but I’m happier hoping for a future guided by a sense of fun than by one guided by P&Ls.

Well, I think I may have found an equally insightful point of view about fun, espoused by game designer Raph Koster in his 2004 book A Theory of Fun for Game Design: “Fun is just another word for learning.”

Wow.

That’s not how most of us think about learning. Learning is hard, learning is going to school, learning is taking tests, learning is something you have to do when you’re not having fun. So “fun is just another word for learning” is quite a different perspective – and one I’m very much attracted to.

I regret that it took me twenty years to discover Mr. Koster’s insight. I read it in a more current book: Kelly Clancy’s Playing With Reality: How Games Have Shaped Our World. Dr. Clancy is not a game designer; she is a neuroscientist and physicist, but she is all about play. Her book looks at games and game theory, especially how the latter has been misunderstood/misused.

We usually think of play as a waste of time, as something inherently unserious and unimportant, when, in fact, it is how our brains have evolved to learn. The problem is, we’ve turned learning into education, education into a requirement, teaching into a profession, and fun into something entirely separate. We’ve gotten it backwards.

“Play is a tool the brain uses to generate data on which to train itself, a way of building better models of the world to make better predictions,” she writes. “Games are more than an invention; they are an instinct.”  Indeed, she asserts: “Play is to intelligence as mutation is to evolution.”

Mr. Koster’s fuller quote about fun and learning is on target with this:

That’s what games are, in the end. Teachers. Fun is just another word for learning. Games teach you how aspects of reality work, how to understand yourself, how to understand the actions of others, and how to imagine.

We don’t look at our teachers as a source of fun (and many students barely look at them as a source of learning). We don’t look at schools as a place for games, except on the playground, and then only for the youngest students. We drive students to boredom, and, as Mr. Koster says, “boredom is the opposite of learning” (although, ironically, boredom may be important to creativity).  

Learning is actually fun, especially from a physiological standpoint.

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(We Don’t) Trust The Science

By KIM BELLARD

I know the A.I. community is eagerly waiting for me to weigh in on the Sam Altman/OpenAI dramedy (🙄), but I’m not convinced this isn’t all a ploy by ChatGPT, so I’m staying away from it.  A.I. may, indeed, be an existential issue for our age, but it’s one of many such issues that I fear we’re not, as a society, going to be equipped to handle.

Last week the Pew Research Center issued an alarming report Americans’ Trust in Scientists, Positive Views of Science Continue to Decline. Now, a glass half-full kind of person might look at it and say – no, it’s good news!  Fifty-seven percent of Americans agree science has a mostly positive impact on society, and 73% have a great deal or a fair amount in confidence in scientists to act in the public’s best interests.  For medical scientists it was 77%. Only the military (74%) also scored above 70%. That’s good news, right?

The glass half-empty person would point to the downward trend in just the past few years: at the beginning of the pandemic (April 2020) the respective percentages were 87% (scientists), 89% (Medical scientists), and 83% military.  The faith in them has continued to drop since.  Things are trending in the wrong direction, quickly.

If the glass was half full, it’s spilling now.

About a third (34%) of the public thinks that the impact of science on society has had an equally positive and negative impact, while 8% think science has had a mostly negative impact. Again, the trend has been negative since the pandemic; the 57% who think science has a positive impact was 73% in January 2019. That’s alarming.

The skepticism about scientists and the value of science has increased generally but is more pronounced among Republicans and those without a college degree.  E.g., only 61% of Republicans have a fair/great amount of confidence in scientists, versus 85% in April 2020 and versus 86% of Democrats now.  Fewer than half (47%) of Republicans think science has had a mostly positive impact on society, versus 70% on January 2019.

In the supposed most developed country in the world, 39% of Americans think the U.S. is losing ground in science achievement versus the rest of the world, and only 52% even agree it is important for the U.S. to be a world leader in scientific achievements.  10% didn’t think it was important at all. Young people, surprisingly, were most skeptical.

I wonder what they do think it is important for us to be the world leader in.

The problem may be that a third thought developments in science were changing society too quickly (43% among Republicans).  They want their new iPhones, they like fast internet speeds, they demand the latest treatments when they get sick, but somehow they don’t connect those to science.

I think about this when I read about the Texas board of education fighting about how science is taught in Texas schools.

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The Nursing Workforce of 2020: Well Trained, Well Paid, and — Actually, Who the Hell Knows

This morning’s wretched jobs report tells a now-familiar tale: Employment has risen nicely in health care (a net gain of more than 340,000 jobs between May 2011 and May 2012). But almost every other sector has been flat or worse.

You might think that would mean that new-graduate nurses are having an easy time finding work. That’s still true in rural areas — but elsewhere, no.

In many U.S. cities, especially on the west coast, there’s real evidence of a nursing glut. The most recent survey conducted by the National Student Nurses’ Association found that more than 30 percent of recent graduates had failed to find jobs.

How is that possible?

While demand for nurses has been rising, it actually hasn’t risen as fast as most scholars had projected. Meanwhile, the supply of nurses has spiked unexpectedly, at both ends of the age scale: Older nurses have delayed retirement, often because the recession has thrown their spouses out of work. And people in their early twenties are earning nursing degrees at a rate not seen in decades. We’re now in the sixth year in which health-care employment has far outshone every other sector, and college students have read those tea leaves.

So what will happen next? Here are crude sketches of two possible futures:

I. THE NURSING SHORTAGE OF 2020

(This scenario draws from a talk that Vanderbilt University’s Peter Buerhaus gave two weeks ago at the U. of Maryland School of Nursing. Buerhaus still sees a shortage coming, though a less severe one than the shortage that he and two colleagues had predicted in a widely-cited 2000 paper.)

  • In June 2012, the Supreme Court upholds the Affordable Care Act, and Republicans never manage to do much to weaken the law. Tens of millions of Americans gain access to insurance, and the demand for nurses rises in tandem.
  • Some time around 2014, the general labor market finally recovers. There’s less desperation in the air. Sixty-year-old nurses are more likely to retire, and twenty-year-old college students who aren’t actually that interested in nursing go back to majoring in anthropology or accounting or whatever, because they’re reasonably sure they’ll find jobs.
  • The millions of soon-to-retire Baby Boomers utilize Medicare at rates similar to previous cohorts of 70-year-olds.
  • Changes in health care delivery mean that nurses and nurse practitioners are heavily deployed to provide primary care and to coordinate patients’ services.

II. THE NURSING GLUT OF 2020

  • In June, the Supreme Court strikes down the ACA’s insurance mandate. Mitt Romney wins the 2012 election and pushes his health proposals through Congress. In this scenario, at least 45 million fewer people have health insurance than would have been the case with an intact ACA.
  • The EU zone goes to hell, and the ensuing financial crisis means that the U.S. labor market stays miserable for years. College students continue to pour into health care fields, because that’s the one sector with better-than-zero growth.
  • The millions of soon-to-retire Baby Boomers utilize Medicare at significantly lower rates than previous cohorts of 70-year-olds. (Unlike the other items on this list, this one is good news.)
  • Changes in health care delivery don’t lead to a relative increase in the deployment of nurses and nurse practitioners. Accountable Care Organizations use social workers and other non-nurses to coordinate patients’ care across providers.

What will actually happen? Probably something in between, of course. (Or maybe the Yellowstone volcano will erupt and this will all be moot.)

We had better hope that it is something close to halfway in between. Both shortages and gluts are bad for patients and bad for the nursing profession. Nursing shortages, because patients are even more likely than usual to face understaffed units and overstretched nurses. Nursing gluts, because nurses are so afraid of unemployment that they don’t speak up about problems on their units.

David Glenn is a student at the University of Maryland School of Nursing and author of the blog, Notes on Nursing, where this post originally appeared.

A Guide to Making Machine Learning Work in Health Care

Apologies on the hiatus for posting on THCB. As many of you know, I was running around getting Health 2.0 in order this past weekend. Today we are featuring a piece on understanding how machine learning can actually work in health care today-Matthew Holt

 

 
 
By LEONARD D’ AVOLIO, PhD

 

There’s plenty of coverage on what machine learning may do for healthcare and when. Painfully little has been written for non-technical healthcare leaders whose job it is to successfully execute in the real world with real returns. It’s time to address that gap for two reasons.

First, if you are responsible for improving care, operations, and/or the bottom line in a value-based environment, you will soon be forced to make decisions related to machine learning. Second, the way this stuff actually works is incredibly inconsistent with the way it’s being sold and the way we’re used to using data/information technology in healthcare.

I’ve been fortunate to have spent the past dozen years designing machine learning-powered solutions for healthcare across hundreds of academic medical centers, international public health projects, and health plans as a researcher, consultant, director, and CEO. Here’s a list of what I wish I had known years ago.

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An Epic Struggle for the Soul of Medicine

Martin SamuelsThis week I attended an all day “training” session in a new medical record system.  I thought it was interesting that the experience was called “training,” which prompted me to remind myself of a few useful definitions.

Education, from the Latin root meaning a drawing forth, implies not so much the communication of knowledge as the discipline of the intellect; an intra-cerebral process aimed in large part at creating principles upon which new knowledge may be elaborated.  Instruction is that part of education that furnishes the mind with knowledge.  Teaching is often applied to practice as in “teaching a dog to do tricks.”

Training is an element of education in which the chief characteristic is exercise or practice for the purpose of imparting facility, as in “training for the marathon.” Breeding relates to manners and outward conduct as in “standing when elders enter a room is a sign of good breeding.” Regimentation is the prescription of a particular way of life or thinking usually involving the imposition of discipline. The term, arising from military regiment, is related to the medical usage of regimen, as in “the patient keeps his prescription medications in separate compartments of a plastic container in order to accurately adhere to his regimen.”  Propaganda is the systematic propagation of a doctrine, cause or information reflecting the views and interests of those advocating such a doctrine or cause, as in “ACCME is propagating the view that elaborate re-certification maneuvers will improve the lives of patients.”

A cheerful instructor started the session by asking each of us to introduce ourselves and reveal a “secret guilty pleasure.”  Mine is to create elaborate cocktails.  If only I had had one of my famous Marty’s Beerjitos with me the whole experience could have been much more pleasant.  In addition to the instructor, there were several “super-users” in the room to facilitate the process.  It was immediately obvious to me that the super-users hovered behind my chair. These friendly young people had correctly identified me a “super-loser.”  Had I been litigious I would have reported the experience to our ombudsperson as blatant ageism.

But, alas, they were correct.  I was hopeless.  Besides, I don’t believe in ombudspeople.  I believe one should speak for oneself.

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Crowdsourcing the Kaiser Permanente Center For Total Health

Our friends at Kaiser Permanente asked us reach out THCB readers for help with a cool crowdsourcing project. The Kaiser innovation team is working on developing new content for The Kaiser Permanente Center For Total Health , KP’s shiny new 16,000 square foot exhibition and meeting space in downtown Washington D.C.

If you’re close enough to make the trip, we highly recommend that you stop by and take an hour or so to poke around a bit before submitting your suggestions.  Failing that, you can take the online interactive tour here.

If you’re a doctor, a med student, a designer, an entrepreneur, a patient – or if you just have a good idea –  we’d like to hear from you.  KP’s innovation team asked us to ask you four questions. You can answer one or you can answer them all.

1.  What is Total Health? In other words, what is health? What’s important to you?

2. What should total health look like when implemented? What innovations can be used to drive change in the healthcare system? What will healthcare look like in the future?

3.How should total health be supported? What can be done to make healthcare better? Smarter?  Both within the healthcare system? And in our own lives?

4. If you were designing an interactive wall to demonstrate total health to visitors what would you focus on. In other words, if you were designing an exhibition what would it look like? What would your message be? What would help educate the public? How would you get that message across? Yes, you can send us an picture.

Answers can be left in the comment thread below. If you prefer to submit a video response via YouTube send the link to editor@thehealthcareblog.com. or paste in the comments below.  Blog posts should be submitted to THCB editors at editor@thehealthcareblog.com

For the interactive design question, we asked THCB’s editors what they’d like to see. Here’s what we came up with on the back of our paper napkin:

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An Epic Fail for Massive Open Online Courses?

Coursera, the popular massive open online course (MOOC) platform, intrigues. With over 5 million students served and $85 million raised—both numbers are first among the “MOOC platforms”—it’s the type of company that captures the imagination of people in Silicon Valley who dream of transforming sectors.

Its reach and emerging focus on K–12 professional development were prime reasons that we at the Clayton Christensen Institute, along with the Silicon Schools Fund and the New Teacher Center, recently offered a MOOC on blended learning through Coursera.

But Coursera has always given me reason to pause as well. It’s never felt to me like its initial incarnation could possibly disrupt higher education. Why? As I’ve told its team, offering courses from the top universities online and claiming that at last, anyone anywhere can access the best learning in the world isn’t correct.

The reason is that the top universities do not offer the best teaching and learning experiences. Instead, their faculty members are incentivized heavily to focus on research at the expense of teaching. If a professor seeking tenure at one of these institutions receives a teaching award, it is often said that that professor has just received the kiss of death for her tenure hopes. If students learn at these institutions, it’s often not because the teaching is so good, but because the students are so talented that they can absorb anything thrown at them (and it’s worth noting that just because a professor is entertaining, does not mean it’s a good learning experience).

Putting these courses online often makes them worse. Not only do professors not know how to teach well in person, but also their lack of understanding of the basic principles of sound learning design causes them to exacerbate these problems as they put these experiences online, which can become more problematic as students from all walks of life with many different learning needs are now theoretically able to take these courses.

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The Rise of the Non-Physician Expert

I remember when one of my patients with coronary artery disease suggested that he be given a course of an antibiotic to lower his future risk of a heart attack. The patient had done his homework, quoting literature that pointed to a possible infectious link to atherosclerosis. He also was aware of the theory that aspirin’s benefit had less to do with blood thinning than reducing underlying inflammation.

Fast forward to the Feb 2-8 Economist that has an editorial pointing out that U.S. legal expertise may not require the completion of three years of law school. Why not, it asks, cut the requirement back to two years or, even better, skip the school requirement entirely and license anyone who can pass the bar exam?

And then there’s the Feb. 11 Wall Street Journal, where “Notable and Quotable” refers to the “BA Bubble.” Charles Murray argues that a looming oversupply of college graduates may portend a decline in the employment value of a liberal education. Work careers may consist of serving as “apprentices” and “journeymen” before becoming “craftsmen.”

All of which makes me wonder if the vaunted Doctor of Medicine degree may be vulnerable.

Why should physician education be immune from a perfect storm of over-priced graduate education, “alternative” web-enabled learning with on-the-job-training? The declining value of the formal credential may be less about the university degree and more about competency, turbocharged by flexible licensing and a discerning consumer.

Non-physician health care professionals are arguing that their expertise is enough to enable them to deliver babies, administer anesthesia, prescribe drugs and perform surgery. My traditionalist colleagues argue that patient safety is at stake and that lay persons may not be able to discern all of the possible risks, benefits and alternatives. When things go occasionally wrong in the delivery suit, operating room or with a drug, they say a credentialed and experienced doc can make the difference between life and death.

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Getting Quality Right: Exercise Due Caution When Grading Hospitals, Schools and Doctors

If Americans judged the quality of hospital care the way Newsweek judges high schools, we would soon be inundated with “charter hospitals” that only treat healthy patients.

As reported in The New York Times, thirty-seven of Newsweek’s top 50 high schools have selective admission standards, thereby enrolling the cream of the eighth grade crop. That means that when these high scoring eighth graders reach eleventh grade, they’ll be high scoring eleventh graders, helping the school move up the Newsweek rankings. These selective admission schools simply have to avoid screwing up their talented students.

That’s no way to determine how good a school is. The measure of a good education should be to assess how well students did in that school compared to how they would have been predicted to do if they had gone to other schools.

Imagine two liver transplant programs, one whose patients experience 90% survival in the year following their transplant and the other whose patients experience only a 75% survival rate. Based on that information, the former hospital looks like the place to go when your liver fails. But aren’t you curious about the kind of patients that receive care in these two hospitals? Wouldn’t you want to know whether that first hospital was padding its statistics by selectively transplanting relatively healthy patients?

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Training Future Physicians in Safety and Quality

Nearly a year ago, one of my blog posts bemoaned a gap in our training of future physicians—a lack of training in the skills needed to lead projects in patient safety and quality improvement.

I wrote the post after speaking to a group of medical students who were energized about this area of work. Yet, as I reflected on the talk:

“I had to confront the sad reality that most of them will graduate ill-prepared to lead the improvements of quality and safety our health care system needs. They no doubt will know chemistry, biology and physiology, but they may not know about human factors, implementation science or performance measurement—the language of quality improvement. They will know orthopedics and genetics but they won’t know teamwork and systems engineering. They likely know about German scientist Rudolph Virchow, the father of cell theory, yet they do not know John Kotter, the father of change theory whose model for leading change is highly effective and widely used.”

So how can medical students, residents and fellows make quality improvement and patient safety a focus of their clinical careers? On Nov. 10, the Armstrong Institute and the American College of Medical Quality will be hosting the National Workshop on Quality for Medical Education—affordable and open to anyone—that focuses on how medical students, residents and fellows can integrate safety and quality into their clinical careers. What career paths exist? What tools and skills are needed to carry out this work, and where do you get them? What kinds of quality and safety projects are residents and students taking on?

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