light things up.

Where is it?

Sal earned three degrees from MlT, a Bachelor's in mathematics, as well as a Bachelor's and a Master's degree in electrical engineering and computer science rounding out his education with a MBA from Harvard.

I am studying electrical engineering at the University of Plymouth.

Has a masters from m.i.t.

We've also been taking littleBits to design schools.

And so, some of the tools are varied.

So, how do we have these conversations more easily and more often?

So this is all in your home kitchen.

I got involved because, basically, back when I was a student and working on dissertation topics,

technical atmospheres

The infrastructure's the first one declining trade school enrollments are the second one.

He entered the college to study electronics.

Clive wants to be an electronic engineer.

I don't understand electronics shoptalk.

You use the degree to clinch contracts

But you have to have the right tools.

And think of the outside world.

We need to strengthen K 12.

In what?

B.Tech. Engineer

It takes data and turns it into information that we the people can use to make decisions.

The laws of nature are written in the language of calculus.

Visualize scientific, engineering and analytical data

A reform that gives our farmers and ranchers certainty about the workers that they'll have.

You're accusing me?

So, let's begin with the beginning. A camera creates an image of the external world.

I go to a technical school.

That college student is studying engineering.

Graphical utility for analyzing electrophysiological data

Those three trends are the ability to engineer cells, the ability to engineer tissues, and robots.

And the battery runs on a... a chemical reaction.

But we're building that box.

And they think it's a metaphor, but this is not a metaphor.

I don't look like a typical domestic violence survivor.

Caltech,

Limehouse Chemical Works.

And that's where these three trends come together.

A chemical plant near kidron, ohio, 12 minutes from going critical.

So there was electromechanical systems, a good example of this actually was originally in phone systems.

Now, today, synthetic diamonds are used in oil drilling electronics, multibilliondollar industries.

And actually, you'll find that in most applications, that's what you end up doing anyway, because most differential equations you encounter in science or with any kind of science, whether it's economics, or physics, or engineering, that they often are unsolveable, because they might have a second or third derivative involved, and they're going to multiply.

How do we become happy?

Following in the footsteps of his inventor father,

I am an electrician.