Tags: problem-definition

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Sketchnotes: Visual Problem-solving–Dan Roam (DAN ROAM!)

Posted: - Modified: | drawing, sketchnotes

Dan Roam (Back of the Napkin; Blah, Blah, Blah) was in Toronto yesterday to give a talk on visual problem-solving at the Rotman School of Management. I like to think that I was cool and composed during the post-talk book-signing, but really, the only reason I didn’t get a picture with him was because I was too busy trying to not hyperventilate about the fact that he recognized me from Twitter and said he liked my work. =)

I did ask him to sign this sketchnote, though. 20121204 Visual Problem-solving - Dan Roam

“Whoever best describes the problem is the most likely to fix it.” That reminds me of SPI 046: Building a Lucrative Business with No Ideas, No Expertise & No Money with Dane Maxwell, a Smart Passive Income podcast that dove deeper into defining problems and building businesses around them. Nugget from that one: “If you can define the problem better than your target customer, then they will assume you have the solution.”

Check out my other sketchnotes for one-page summaries of business and technology talks. Look at Rotman’s upcoming events calendar for other cool speakers!

Text from the sketchnote, to simplify searching:

Whoever best describes the problem is the most likely to fix it.

Say more with less: ideas -> pictures (easy to share, easy to act on)

Stories:

  • Best – Boeing: built in 17 countries; challenge: languages; solution: all communication is visual
  • Worst – Politics: challenges: intentional obfuscation, outcome is so many words
  • 1974 Dr. Arthur Laffer – taxes; If you reduce taxes, you might increase revenue. Napkin sketch.

We can solve our problems with pictures. Simple drawing is okay. 75% of brain = vision. We are highly visual people. But we teach linear, verbal thinking in school!

detail + big picture. We think detail is intelligence. Power on your visual operating system. You can recognize ~100% after delay. You can figure out time from simple images. Our memory uses images and then we translate

The six ways we see:

  • who/what: portrait
  • how much: chart
  • where: map (how things fit, what’s missing)
  • when: timeline; also, motion
  • how: flowchart
  • why: equation (now + change = new)

Maybe it’s enough to draw 6 simple pictures

Drawing – you don’t have to remember anything!

Why visual thinking? Run away from death by Powerpoint.

Tools: Tablet PC (can use mouse as well), PowerPoint – pen tool

Wong-Baker pain scale; maps: spatial relationships; time: we recognize the when through the change in the where in the what.