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GEAR:30

Blister Labs: Travis Hainsworth on Soft Robotics, MoCap, & Wheelsets

GEAR:30

BLISTER

Arts, Design, Skiing, Snow, Snowboarding, Sports, Outdoors, Bike, Technology, Gear

4.9809 Ratings

🗓️ 16 December 2022

⏱️ 66 minutes

🧾️ Download transcript

Summary

Travis Hainsworth is a whole lot of fun. And when he’s not out on his highly questionable one-ski quiver, he’s busy being the associate director of the  Western-CU Boulder Computer Science Program here in Gunnison, CO, and an integral member of our Blister Labs team. So in this conversation, we’re talking “SoRo”;” MoCap”; wheelset testing; his dream of becoming the first Red-Bull-sponsored mathematician; and more.

TOPICS & TIMES:

  • Subarus, Bourbon, & Travis’ One-Ski Quiver (7:29)
  • “Soft Robots” (11:37)
  • Dirt Biking, Broken Bones, & Mechanical Engineering (18:47)
  • Fur-Lined Hoods & Travis's Ski Set Up (24:45)
  • Blister Labs Wheel Testing (28:48)
  • Extracting the Data & What We're Trying To Learn (43:33)
  • Red Bull Sponsored Mathematicians (46:24)
  • System Dynamics & Intro To Robotics Courses (49:03)
  • When Results? (57:51)
  • What We're Celebrating (1:00:21)

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Transcript

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0:00.0

Hey everybody, welcome back to Gear 30 on the Blister Podcast Network.

0:10.6

I'm Jonathan Ellsworth, and you can check out everything we're doing and reviewing over at

0:16.4

blisterreview.com.

0:20.0

Today, we have another Blister Labs edition of Gear 30 for you, and our guest is Travis

0:27.7

Haynesworth, who is the associate director of the Western CU Boulder Computer Science

0:34.3

Program, and Travis is an absolutely integral part of the whole Blister Labs work

0:41.1

that we're doing, including deciphering all of this data that we are collecting on our

0:48.3

wheel set testing. Now, when we aren't dragging Travis out into the field to help us out with all of the motion

0:56.6

capture work that we're doing and the ensuing analysis, Travis is teaching courses such as

1:04.1

intro to robotics, artificial intelligence, machine learning, and system dynamics.

1:12.2

Travis also has a forthcoming publication with a title I love called

1:18.2

Bio-inspired, untethered locomotion of Soft Snake Robot.

1:24.1

We actually talk about soft robotics in this very conversation.

1:28.8

And to pick just one other publication of Travis's, let's go with automated synthesis

1:36.6

of pneumatic soft actuators.

1:39.9

Now, if you want to know why I'm telling you the kind of courses that Travis teaches in a

1:45.8

couple of his publications, I'll be honest with you. It's because Travis and I get pretty

1:51.3

loose in this conversation. And I can imagine if you are a particularly unfun, boring, dry engineering type, this conversation might not be your cup

2:05.6

of tea. However, if you are a member of 99.9% of the rest of the human population, I think

2:14.1

you are going to see just how much fun Travis is, in addition to being wicked smart,

2:21.4

as our friends on the East Coast would say. And it is precisely Travis's combination of

2:28.1

serious fun and serious intellectual firepower. That's why we all love Travis so much in these parts and are so

...

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