Researchers at UC Berkeley have created another mechanical creature: the robotic cockroach. While it may be unpleasant to find one of these squirmy pests in your house, the cockroach is a natural marvel due to its incredible speed and resilience.
Ever wondered how NASCAR drivers can walk away from fiery crashes relatively unharmed? Why race cars drive so close together? Are you interested in learning about fireproof underwear?
If you answered yes to any of the above questions, you should definitely have a look at The National Science Foundation’s special report on the physics behind race car driving, The Science of Speed. Videos after jump.
Since I began my studies in 2006, I have had four internships, traveled to six countries, and worked on TONS of design projects with people from all over the world. I’ve learned that an engineering degree can take you anywhere in this world.
The 2009 International Robot Exhibition took place in Tokyo at the end of last month, and if there’s anything that stands out from the photos, it’s the incredible diversity across all aspects of the robots -including shape, size, material and function.
Motoman, an industrial robot that can work on an assembly line and swordfight. Meet more of the exhibition participants after the jump.
A couple of creative engineering students at The University of British Columbia have turned a holiday treat into an A+ science project with their report Structural Analysis of Gingerbread. Experiments included subjecting gingerbread to a multitude of stress tests to measure qualities such as density, tensile strength (how well it performs under tension), and flexibility.