Engineering in sentence

881 examples of Engineering in a sentence

So as much as my machines can seem like simple engineering slapstick, I realize that I stumbled on something bigger than that.

It's this expression of joy and humility that often gets lost in engineering, and for me it was a way to learn about hardware without having my performance anxiety get in the way.

As a first step towards that, my colleagues at Stanford and I have shown that you could actually maintain something more than 42 degrees Celsius below the air temperature with better engineering.

One suggestion is that all of us become much more attuned to the necessity, through policy, through procedures, to get more science in the courtroom, and I think one large step toward that is more requirements, with all due respect to the law schools, of science, technology, engineering, mathematics for anyone going into the law, because they become the judges.

We did engineering to understand what we would need to be able to do to build this structure, not only on the small scale, but how we would build it on this enormous scale that will ultimately be required.

As a young engineering student, I remember going to a demonstration where they basically, the demonstrator did something quite intriguing.

"Stationarity" is the notion that we can anticipate the future based on the past, and plan accordingly, and this principle governs much of our engineering, our design of critical infrastructure, city water systems, building codes, even water rights and other legal precedents.

So I decided to go back to my alma mater, and, at the University of California, San Diego, and I proposed to open up a research center for engineering sciences for cultural heritage.

Well, our vision is to rediscover the spirit of the Renaissance, create a new discipline where engineering for cultural heritage is actually a symbol of blending art and science together.

Penn State asked me, a communications teacher, to teach a communications class for engineering students.

I want to share a few keys on how you can do that to make sure that we can see that your science is sexy and that your engineering is engaging.

So I think these are just a few keys that can help the rest of us to open that door and see the wonderland that is science and engineering.

Over time, the buildings got taller and bigger, our engineering even better, so that the mechanical systems were massive.

CA: So in "Homo Deus," you argue that this would be the century when humans kind of became gods, either through development of artificial intelligence or through genetic engineering.

I mean, you need to be a little crazy to run too fast, let's say, with genetic engineering.

The first is that this product works well because we were effectively able to combine rigorous engineering science and analysis with user-centered design focused on the social and usage and economic factors important to wheelchair users in the developing countries.

Now also being engineering scientists, we were able to quantify the performance benefits of the Leveraged Freedom Chair, so here are some shots of our trial in Guatemala where we tested the LFC on village terrain, and tested people's biomechanical outputs, their oxygen consumption, how fast they go, how much power they're putting out, both in their regular wheelchairs and using the LFC, and we found that the LFC is about 80 percent faster going on these terrains than a normal wheelchair.

You can connect with stakeholders like the manufacturers and talk with them face-to-face and leverage their local knowledge of manufacturing practices and their clients and combine that knowledge with our engineering knowledge to create something greater than either of us could have done alone.

Let's see how we can do it with tissue engineering.

By combining tissue engineering techniques with microfluidics, the field is actually evolving towards just that, a model of the entire ecosystem of the body, complete with multiple organ systems to be able to test how a drug you might take for your blood pressure might affect your liver or an antidepressant might affect your heart.

But that's not even all of it, because once a drug is approved, tissue engineering techniques can actually help us develop more personalized treatments.

And so thinking about the models that we've just discussed, you can see, going forward, that tissue engineering is actually poised to help revolutionize drug screening at every single step of the path: disease models making for better drug formulations, massively parallel human tissue models helping to revolutionize lab testing, reduce animal testing and human testing in clinical trials, and individualized therapies that disrupt what we even consider to be a market at all.

TopCoder has 400,000 engineers who are delivering complex design and engineering services.

So that's where we stand at the moment, and I've just got a few final thoughts, which is that this is another way in which biology is now coming in to supplement chemistry in some of our societal advances in this area, and these biological approaches are coming in in very different forms, and when you think about genetic engineering, we've now got enzymes for industrial processing, enzymes, genetically engineered enzymes in food.

And I finally bounced through high school, got into the City College of New York with a 78.3 average, which I shouldn't have been allowed in with, and then I started out in engineering, and that only lasted six months.

Organic chemists make molecules, very complicated molecules, by chopping up a big molecule into small molecules and reverse engineering.

And I think, from an engineering perspective, you think of multiplexing.

So we quantified this behavior using custom locomotor tracking software developed with my collaborator Pietro Perona, who's in the electrical engineering division here at CalTech.

I studied engineering.

I'm a mechanical engineering professor at the University of Pennsylvania, and my favorite hobby is photography.

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