Despite what you might have heard, NASA is harder at work than ever. We take a look at seven technologies NASA is developing to take humans to Mars and beyond.
Researchers have made a breakthrough in the fabrication of memory devices using inkjet additive manufacturing that paves the way for mass production of printable electronics.
One company sees 3D print technology evolving into a product lineup of affordable and scalable printers, with the “blade server” concept for volume manufacturing where printers on a rack will scale up or down to meet customers’ needs.
Educators are incorporating robotics into their STEM and CTE curriculum to train the new skilled workforce of engineers and technicians. This skilled workforce will be responsible for designing and maintaining advanced robotic systems.
A new use of silver at the nanoscale could be the key to developing stretchable electronics such as smartphones, tablets, and other electronic devices.
In a move to boost its position as a developer of advanced robotics, Japanese technology company SoftBank has entered a deal to acquire two robotics companies from Google, including robotics pioneer Boston Dynamics.
Reference architecture aims to define standard communications between the cloud and IoT devices, 5G technology, and emerging applications areas such as artificial intelligence.
Researchers have found a way to harness the power of nanomachines to work on a human scale, paving ways for potential breakthroughs in smart materials and devices.
During a keynote at Atlantic Design & Manufacturing 2017, Apple co-founder Steve Wozniak shared his thoughts on open source, the Maker movement, and why engineers should build for themselves.
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