During these down times, savvy investors find hidden gems and
engineers build things that will be valuable in the future.
«
Engineers build things,» she wrote, «and scientists understand things.»
Not exact matches
All
things considered, self - organization is the fastest way to
build the
engineering team you've always wanted — a team that's fast, capable, and absolutely thrilled to be working for you.
There's a great children's book called «Rosie Revere,
Engineer,» about this little girl named Rosie who likes to
build things.
On YouTube, the
engineer has posted at least 12 videos documenting his process
building, testing and tweaking the flying chair
thing.
Valdis Krebs of Orgnet explains that «Schools are still stuck on teaching 20th century math for
building things rather than 21st century math for understanding
things» and suggests that curriculums focus less on the mathematics of
engineering (e.g. algebra and calculus) and more on the mathematics of patterns (e.g. set theory, graph theory, etc.).
When the two former Facebook
engineers sat down to
build their new company in 2008, they drafted two
things before anything else: Asana's codebase and the company's core values.
She has spent 20 years
building software for devices that aren't computers and has a lot of insights on how the internet of
things is changing the role of such
engineers and the tradeoffs one makes when
building a connected product.
He replied that it's «a technology company, because the primary
thing we do is have
engineers that write code and
build products.»
I'm an
engineer, I design and
build things that help you live well enough to post on internet threads.
Perhaps it might even stimulate their interest in becoming an architect or
engineer so that they too can
build such wonderful
things.
Engineers wanted blue and true green because with those colors, along with the red they already had, they could
build fabulous
things, such as a a white - light - emitting device as much as 12 times more efficient and 12 times longer - lasting than an ordinary lightbulb.
But for civil
engineers one
thing is clear: we should not be
building on floodplains and should expect flood damage if we do.
«She's an
engineer, she
builds things,» Yousef said.
With the extension of current
engineering, the study participants concluded, it was possible that such
things could be
built and sustained as early as 1990.
«It's one of those obvious, basic
things you don't think about until you actually start
building the
thing,» says Ted Hartka, the mission's lead mechanical
engineer, who supervised assembly of the probe at the Applied Physics Laboratory in Laurel, Maryland.
The amazing bridges and scaffolds that ants
build using their own bodies can teach us a
thing or two about robotics,
engineering and cooperation
«The protocol teaches every step of
building a bio-bot, from 3D printing the skeleton to tissue
engineering the skeletal muscle actuator, including manufacturers and part numbers for every single
thing we use in the lab,» explained Ritu Raman, now a postdoctoral fellow in the Department of Bioengineering and first author of the paper, «A modular approach to the design, fabrication, and characterization of muscle - powered biological machines.»
He said, «Hey, we're going to turn biology into an
engineering discipline — figure out what we can
build and how to simplify
things.»
BOSTON — Civil
engineers build rugged
things designed to last for decades, like roads, bridges, culverts and water treatment plants.
Engineers have long looked to nature for clues that will help then
build robots that move with anything close to the grace that living
things exhibit.
«Human
engineers tend to
build things that are stiff so they can be controlled easily,» said Ross Hatton, an assistant professor in the College of Engineering at Oregon State University, and a co-author on the study.
«Whereas 10 years ago nanotechnology was thought of as making
things smaller and smaller through precision
engineering, now it is becoming feasible to actually
build materials and devices from the bottom up,» he explains.
The mission of the Wyss Institute for Biologically Inspired
Engineering at Harvard University is to discover the
engineering principles that nature uses to
build living
things and to harness this knowledge to create biologically inspired materials, devices, and control technologies for medical and non-medical applications.
The mission of the Wyss Institute is to discover the
engineering principles that Nature uses to
build living
things; to pursue the high - risk research that is fundamental to advance this effort; and to harness these insights to create biologically inspired materials and devices to advance human health and improve the environment — thereby revolutionizing clinical medicine and creating a more sustainable world.
The mission of the Wyss Institute is to discover the
engineering principles that Nature uses to
build living
things; to pursue the high - risk research that is fundamental to advance this effort; and to harness these insights to create biologically - inspired materials and devices to advance human health and improve the environment — thereby revolutionizing clinical medicine and creating a more sustainable world.
«That's what I've gotten out of [the CSNE neural
engineering class] the most, that high - level idea of what it takes to
build some of these
things,
things we can do to make them better and where I could explore further in terms of research.»
One of my other passions is
building things, its the
engineer in me.
I am an
engineer and I love
building things — thats my talent.
Instead of focusing on the rather desultory love story, more tension might have arisen from showing how de Barra came by the unlikely
engineering and
building skills she demonstrates, and how she broke into this profession when such
things were unheard of for a woman, not least one who has been a wife and mother.
Ma - Ma has no intention of letting the Judges leave alive, and so she
engineers a lockdown of the
building so that she and her gang can kill the cops and keep
things under wraps.
Engineers build and design
things, using applied math.
One of the
things that struck me in discussions with other
engineering professors around the country was how many students had little experience in actually
building things.
The U.S. economic strength has been
built in large part through its record of invention and innovation,
things that themselves depend upon the country's historic strength in science, technical,
engineering, and math fields (STEM).
In this article, I'll share a few
things that might help you
build a strong, trustworthy, and productive relationship with your Subject Matter Experts, whether they are
engineers, college professors, salesmen, policy makers, doctors, etc., so that you can ensure that your are equipped with the right skills and mentality for working together successfully and making every single process run faster and smoother than even before.
An
engineering curriculum called Project Lead The Way has students work together to
build things.
The man in charge of Mazda's
engineering department at the time this 6 was
built used to race cars, and it very much shows in it's execution, even in American specification (a very rare
thing if you don't know!)
Maserati's rich past and evocative history is a terrible
thing to waste, and since out -
engineering the Germans and Japanese is an exercise in futility, it's best to aim those energies into
building a charming and stylish sedan that oozes more personality.
A signed plate on the engine cover bears the name and signature of the
engineer who worked on the engine (from start to finish)... some
things are still proudly hand -
built and
engineered.
The only
thing they can't do is take the place of a worker required by something, so if
building a super project needs an
engineer to be sacrificed for the greater good then a genius can't be used instead.
The amazing
thing about this system is the technology it is
engineered with: a custom field - programmable gate array (FPGA) that is
built to run original SNES classic cartridges exactly the way they ran back in the day on the classic hardware.
But they immediately reveal three
things: He was a preternaturally talented draftsman from the start; he was always wickedly funny; and he has always had an
engineer's passion for the
built world.
As a child I was always obsessed with
building,
engineering, and making
things.
That's because we become better at
building and
engineering but continue to do stupid
things like inappropriate
building on 100 year flood plains.
In fact, the computer models of the aeroplane are
built upon the
engineers» understanding of physical concepts governing flight, lift, etc, and those
things are what keeps the plane off the ground.
I know a lot of
engineering societies promulgate
things like
building and testing codes, but does anyone certify software?
Firstly, a comment you've made a few times I've noticed, that the equations are used, tried and tested by scientists and
engineers who
build things and you give this as a proof that this shows the science behind the approach is sound.
According to Goal Zero Senior Electrical
Engineer Sterling Robison, the Venture 30 «has a lot of
built in protection
built in so you can't kill it or the
thing you connect to it by plugging
things in wrong,» and to ensure that power will be there when you need it, it «has some programming to keep the idle usage power down really low.»
Engineers are tasked with the unenviable duty of
building things that actually work and are safe.
Our hero is an
engineer, Gus Garver, who has
built all over the world and understands how
things are
built.