There are few industries as tightly interwoven with life and death issues as medical equipment. Getting everything right; from adherence to regulations to on-time product deliveries to perfectly performing products, is paramount. Complete transparency throughout the medical equipment supply chain is an absolute necessity.
Manufacturers are constantly trying to find ways to appeal specifically to women. The justification is often that their product—be it pens, cars, or toys—sells with men, but they’re trying to attract more women. It’s a logical thought process...
Are there any of us who haven’t been assigned to the “undead” project? You know, those projects that seem to go on forever without ever possessing the priority or proper resources to get finally to launch, or the ones that are constantly re-directed or re-defined such that we never make meaningful progress.
Last June, Google announced a unique device that is supposed to incorporate their technology into your everyday life. In fact, their sights seem to be set on invading every moment your eyes are open with convenient updates, recording capabilities, and, of course, an easy-to-use search engine.
When you walk into a store, you basically expect that you’re going to be recorded on a security video and surreptitiously watched by sales associates lest you decide to steal anything. But did you ever stop to think what information the store is gleaning from your cell?
The one skill every change agent needs most, and is trained in least, is interpersonal leadership. Here is a very simple leadership action that every change agent needs to practice. In fact, anyone and everyone should adopt the habit. Proactively set expectations, and then follow through.
I assume many of my readers are either engineers, or interested in engineering and its effects on society, so what I am about to say may surprise you. It is simply this: engineers are playing a role in American society that may end American society as we have known it up to now. Let me explain.
Today’s complex systems employ a wide variety of semiconductor technologies. From the deepest sub nanometer processors to the Analog I/O, it’s easy to see the need for power management devices for 1.0V, 1.2V, 1.5V, 1.8V, 2.2V, 2.5V, 2.8V, 3.0V, 3.3V and more, all in the same box.
Google Giving, a philanthropic department of the Internet search giant, has awarded the U.K.-based Raspberry Pi Foundation with a “very generous” grant to provide better educational tools for young students in the U.K. Google Executive Chairman Eric Schmidt visited Cambridge this morning to help teach programming to a classroom of local students.
If you mention connectivity, most people think of smartphones, PCs, web TVs, web cams, and the Internet. But soon, these devices will make up only a small proportion of the machine-to-machine (M2M) connected world. With the number of M2M devices set to balloon over the next few years, there are some serious security ramifications for businesses.
We encountered a revolution in the early 1980s in engineering design, with rudimentary 2D drafting systems and manual intensive analysis packages. They offered increased productivity as well as the ability to reach the physical prototypic and testing stage with much greater certainty in the product’s performance.
Conceived as a way to build a network across interplanetary space, funded by DARPA as a way to bring reliable communications to the chaos of combat, currently serving applications as diverse as file transfer from the International Space Station and email for reindeer herders, Delay-Tolerant Networking (also known as “Disruption-Tolerant Networking”.
From 3 – 7 December, IEEE GLOBECOM 2012, the premier international conference dedicated to the advancement of communications technologies worldwide, will hold its 55th annual event at the fabled Disneyland Hotel located at the heart of the Downtown Disney District and moments from the Disneyland theme and Adventure Parks in Anaheim, California.
The proliferation of wireless communications rapidly shapes and re-shapes every phase of twenty-first century life and business. Worldwide industries representing finance, healthcare, transportation, public safety, security, government, and utilities are already expanding operations with advanced technologies that instantaneously relay text, data, and visuals to widespread locations, while controlling any number of remote devices.
The proliferation of wireless communications rapidly shapes and re-shapes every phase of twenty-first century life and business. Worldwide industries representing finance, healthcare, transportation, public safety, security, government and utilities are already expanding operations with advanced technologies that instantaneously relay text, data and visuals to widespread locations, while controlling any number of remote devices.