Aimed at getting students excited about computer science, the "Hour of Code" is a global movement that engages millions of young kids. The National Science Foundation discusses involvement in computer science and the "Hour of Code."
Technology & Engineering
Technology and Engineering bridge the gap between what the mind can imagine and what the laws of nature allow. While scientists seek to discover what is not yet known, engineers apply fundamental science to design and develop new devices and systems—technology—to solve societal problems. Technological and engineering innovations then return the favor by affecting human—as well as other animal species'—the ability to control and adapt to their natural environments.
EcoATM founder Mark Bowles talks about the high-tech tools needed to turn flip phones and old electronics into a successful commercial enterprise that helps save the environment.
Organs on a chip systems could transform the medical drug pipeline as we know it. Biomedical engineer Ali Khademhosseini explains how he and his team at the Massachusetts Institute of Technology are engineering tissues outside of the human body and connecting different "organs" to solve some pressing challenges.
Computer science teachers from across the country tell you what excites them about teaching computer science.
What if every soldier could run a four-minute mile? That's the goal behind 4MM, or 4 Minute Mile, a student project to create a wearable jetpack that enhances speed and agility.
MIT roboticist Julie Shah addresses the challenges of cobots.
Roboticist Michael Peshkin addresses the challenges of cobots.
Roboticist Allison Okamura addresses the challenges of cobots.
Roboticist Allison Okamura addresses why robots are important.
Roboticist Lynn Parker addresses the challenges of cobots.
Roboticist Lynn Parker addresses the primary responsibility of a roboticist.
What does it take to engineer a smart Band-Aid? Biomedical engineer Ali Khademhosseini walks us through the future of Band-Aids, and how he and his team at the Massachusetts Institute of Technology are testing them.
Amputees discern familiar sensations across prosthetic hand
In designs that mimic the texture of starfish shells, engineers have made curved ordered crystals. Such shapes are found readily in nature, but not in a lab. Crystals engineers typically make crystals that either have facets with flat surfaces and hard angles, or are smooth but lack a repeating molecular order. The researchers call them "nanolobes."
From disaster recovery to caring for the elderly in the home, NSF-funded scientists and engineers are developing robots that can handle critical tasks in close proximity to humans, safely and with greater resilience than previous generations of intelligent machines.
Highly conductive MXene clay, created by researchers at Drexel University, is a new material that shows great potential for use in energy storage. It can be made quickly and safely and the clay can be formed into any shape or rolled to any thickness while retaining is conductive properties.
Robotina is a sophisticated research robot. Specifically, it's a Willow Garage PR2, designed to work with people. But around the MIT Computer Science and Artificial Intelligence Laboratory, it is most-often called Robotina.
Learn how to fall from Professor Liu, Buddy the Cat and friends, the Georgia Tech Dive Team and students doing parkour.
Supported by the National Science Foundation, Stampede is one of the most powerful supercomputers in the world. This petascale system enables researchers to solve larger and more diverse science and engineering problems than ever before.
Professor Marjorie Skubic from the University of Missouri has created a suite of health care technologies that identify incidents when individuals fall in their homes or when their physical behavior changes over time.