Instructional Video9:08
Zach Star

What is Biomedical Engineering?

12th - Higher Ed
Biomedical engineering is a broad major that encompasses mechanical engineering, electrical engineering, materials engineering, biology, computer science, and computer engineering. It's about using all these disciplines and applying the...
Instructional Video25:02
TED-Ed

From Mach-20 Glider to Humming Bird Drone

7th - 12th Standards
"What would you attempt to do if you knew you could not fail?" This question guides Regina Dugan's exploration of amazing achievements in science and engineering that push the boundary of impossibility. From robotic hummingbirds and...
Instructional Video
National Science Foundation

National Science Foundation: Science of the Winter Olympics: Competition Suits

9th - 10th
Olympic athletes have long worn special competition clothing to gain an edge. Science and technology continue to improve on what they wear. Hear from Olympians Chad Hedrick, Steve Holcomb and Erin Hamlin, and Melissa Hines, the director...
Instructional Video
National Science Foundation

National Science Foundation: Profiles of Scientists and Engineers: Materials Engineer

9th - 10th
Meet Carlos Barrios, a materials engineer, who shows us some of the latest engineering projects taking place at 3M. His work in adhesives can have applications to such diverse areas as medicine, sports, aerospace, and electronics. He...
Instructional Video
Crash Course

Crash Course Kids 40.2: Material Magic: Making Diamonds

3rd - 8th
Find out how materials scientists have made diamonds in a lab, and why it is so important. [4:41]
Instructional Video
Crash Course

Crash Course Kids 40.1: Material World

3rd - 8th
Learn how material scientists are working on making new materials or how they are improving the ones we have. [4:36]
Instructional Video
National Science Foundation

National Science Foundation: Science of Innovation: Origami Structures

9th - 10th
To engineer Mary Frecker of Pennsylvania State University, origami holds the future for designing tools that could be used in fields such as medicine and space exploration. [5:55]
Instructional Video
PBS

Pbs Kids: Design Squad: How Does Velcro Work?

2nd - 8th
Have you ever wondered how velcro works? Watch as Nate answers this question. [2:31]
Instructional Video
PBS

Pbs Kids: Design Squad: How Does an Eraser Work?

2nd - 8th
Have you ever wondered how an eraser works? Watch as Deysi from Design Squad explains how an eraser erases! [1:47]
Instructional Video
PBS

Pbs Kids: Design Squad: How Are Crayons Made?

2nd - 8th
Travel behind the scenes of MIT's D-Lab in this Design Squad field trip. Learn how people in the Himalayan Mountains use natural dyes to create crayons that are sold around the world! [2:31]
Instructional Video
PBS

Pbs Kids Design Squad: Sticky Note Challenge

3rd - 8th
Man vs. Sticky note. We bet you'll be surprised by these ordinary sticky notes' shear strength. [1:31]
Instructional Video
Crash Course

Crash Course Engineering #20: The Polymer Explosion

9th - 10th
A video investigating polymers and their applications. Learn how they are made of long, repeating chains of smaller molecules. [9:23]
Audio
Science Friday Initiative

Science Friday: Batter Up!

9th - 10th
Ira and guests talk about the physics and materials science that go into the making of a baseball bat.
Instructional Video
PBS

Pbs Learning Media: Nova: What Will the Future Be Like?: Wearable Robots

9th - 10th
Learn about in advances in powered exoskeletons, a kind of wearable robot. [5:44]
Audio
Science Friday Initiative

Science Friday: Turning Girl Scout Cookies Into Graphene

9th - 10th
Scientists have transformed baked goods into graphene, worth two million times the price of gold.