Categories

Tag: Learning

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.

Continue reading…

Moving From Spaced Repetition to Spaced Learning

flying cadeuciiMedical education is dynamic and constantly adapting to the needs of society. With new technological advances, scientific discoveries, and healthcare policies arising each day, the amount of information medical students are required to learn increases exponentially. Many describe the early years of medical education as a vicious cycle of cramming and forgetting with block exams, shelf exams, and board exams. Long-term retention is rarely rewarded and the integration across topics is limited. On the contrary, medicine IS a life-long learning process that is heavily dependent on the ability to attain, integrate, and apply data.

Unfortunately, time is limited, and as a result, cramming often prevails as the method of choice for many students. As medical students, we constantly find ourselves re-learning large amounts of information time and time again, always preparing for the next exam or hurdle, rather than thinking years down the line when we will be taking care of patients. This is very inefficient.

In June, Duke medical students wrote an article entitled “Want to enhance medical education? Use Spaced Repetition”. This article proposed a strategy that revolves around the cognitive technique known as spaced repetition. Spaced repetition takes advantage of time and reinforces one’s knowledge the moment before one forgets it. This technique involves reviewing material according to a schedule determined by a temporal relationship known as the “spacing effect”.

Continue reading…