Neil Armstrong on Being a Nerd

An Engineering Manifesto by the first man on the moon. “Science is about what is. Engineering is about what CAN be.”

From “The Engineering Century”, delivered at the National Press Club on February 22, 2000. Audio used with kind permission from the NPC and C-SPAN.

Animated by Jorge Cham http://jorgecham.com
Produced by PHD TV, Allison Okamura and Maria Yang
Thanks to Henry Reich for editorial advice http://youtube.com/minutephysics
More at: http://phdcomics.com/tv

via PHD Comics.

Women in STEM

Join a group of women working in the fields of science and technology as they discuss issues relevant to being a woman in STEM, how their atheism intersects with their science.

Duration: 57:22

via Jason Thibeault.


Why is it HARD to go to SPACE?

Learn how physics and engineering make it difficult for us to get into space…
….and how we overcome these barriers.

Dig deeper in these two “What Ifs” by xkcd:
http://what-if.xkcd.com/58/
http://what-if.xkcd.com/24/

Video by Cisco Torres and Harrison Dreves.

via Curious Minds.


Introduce A Girl To Engineering Day

What makes a superhero a superhero? Learn about how some real-life superheroes at the USC Viterbi School of Engineering are using their special powers to save people and make their lives better everyday.

Learn more at: http://viterbi.usc.edu/k-12/

via USC Viterbi.


Reblogged from jtotheizzoe:

Love this video! So, engineers are basically superheroes?

It’s a great message to deliver to the young girls featured in the video, or really any young person interested in science, and now that I think about it, really any person at all. The powers of a superhero are within your reach, and thanks to science.

Features cute illustrations by Beatrice the Biologist, too!

In Short — Todd Grimm on VAT Photopolymerization Machines

In this episode, highlights from the vat photopolymerization class of 3D printers. These machines use light to solidify a liquid photopolymer. New announcements span $5,000 to nearly $1 million, and technologies include stereolithography, 3SP and DLP.

via Engineering dot com.


Tacoma Science Cafe- Neuroengineering

Join UW’s Tom Daniel, Ph.D., to explore this intersection of nervous systems, computers, and engineering, including how we can build things that help people with mobility disorders and more.

Duration: 31:37

via KCTS9.


Engineering Your Morning Smoothie

Vitamix makes iconic blenders. In this episode, Alison and Vince talk about blender design, including container shape, blade design, and motor power and controls.

To learn more about PTC Creo, go to http://www.ptc.com/product/creo

via Engineering dot com.


Simulating a Wind Tunnel in the Garage

Shawn uses a wind tunnel app and help from a ski coach to analyze his ski aerodynamics. He then designs a low-drag helmet. Watch to see how big a difference it makes to the drag coefficient. Shawn mentions that it’s a free app, but apparently it may not be for long so you may want to try it soon.

If you’re wondering what this software is, it’s called Autodesk ForceEffect Flow. It’s an app available for the Apple iPad that you can get by following this link: https://itunes.apple.com/us/app/autodesk-forceeffect-flow/id669869861

via Engineering dot com.


How Quadrotors are Heroes in Times of Disaster

Forget helicopters - Quadrotors are where it’s at! These four bladed machines are revolutionizing everything from package delivery to search and rescue. Anthony explains how they work and why the US Air Force has such a strong interest in them.

via DNews Channel.


Technology for Product Development — Highlight Reel

This episode brings the highlights of a dozen heated debates between duelling analysts Jim Brown and Chad Jackson. And of course, you’ll also see all their suffering when the audience votes don’t go their way.

via Engineering dot com.


Trebuchet Throws High-Impact Groceries

Who can honestly say that they don’t need a trebuchet for home defense? In this episode of Some Assembly Required, Shawn Wasserman designs and builds a trebuchet big enough to throw a pumpkin. Warning - graphic images of exploding fruit.

If you’re wondering what this software is, it’s called Autodesk ForceEffect Motion. It’s a free app for Android, and iOS that you can get by following these links:
Android - http://www.engineering-views.com/AutodeskForceEffectMotion_Android/link01.htm
iOS - http://www.engineering-views.com/AutodeskForceEffectMotion_iOS/link01.htm

via Engineering dot com.


STEAMentor: You Have to Do What You Love

When Kristen Brosnan looks at materials on a very small scale, she thinks they’re beautiful. “It really is art!” Kristen says. Kristen believes that you cant really talk about Science, Technology, Engineering and Math without including the Arts. Kristen also expresses the importance of pursing your interests, and doing what you love.

via GE Research.


Stability and Maneuverability in the Knifefish

via fuckyeahfluiddynamics:

Animals often move in ways engineers find counter-intuitive. Take, for example, the glass knifefish, an undulatory swimmer that controls its motion through wavelike oscillations of its fin. One might expect the knifefish to move its fin so that a single continuous wave moves from one end to the other. Instead two opposing waves move down the knifefish’s fins, one travelling from head to tail and the other travelling from the tail forward. The intersection of these waves is the nodal point, and, by shifting the nodal point fore or aft, the knifefish can hover in place, move forward or swim backward. At first glance, this seems like a wasteful system since a significant portion of each wave cancels the other, but, through mathematical modeling and experiments with a biomimetic robot, the researchers found that the dual-wave locomotion increases both the stability and maneuverability of the fish. (Video credit: N. Cowan et al.; via phys.org)

Sci Guide with Jheni Osman - How was the Eiffel Tower built?

The Eiffel Tower was built for the World’s Fair in Paris in 1889 and was initially designed to be dismantled when the fair was over.

Construction began in 1887 when they laid the foundations by creating 2m thick concrete slabs under each of the feet. As two of the feet run alongside the river Seine engineers were worried water would creep in, so they created metal shoe structures which kept the French water at bay. A bit like a pair of welly boots.

To build the main body they shipped in 18,000 different parts that were prefabricated in a factory and they put them together on site at the banks of the Seine using a whopping 2.5 million rivets.

Construction was completed on 31st March 1889 and Gustave Eiffel was the very first person to climb ALL the 1,710 steps! It remained as the world’s tallest structure in the world for 40 years!

via Head Squeeze.