Or am I?

I read technical publications on a pretty regular basis. And more and more lately, especially with the lull in the economy, I read about how jobs are going offshore or overseas. Sure, this concerns me, I’m human! Plus, I’ve inherited a worrisome nature from my mother. But I’ve had the fortune of reading a lot of articles about how analog engineers are in short supply. Even how they’re moving into green technologies!

Welcome Alltop visitors!

I am unfortunately becoming an information junky. I have friends in DC and they have mentioned on multiple occasions that this is the norm at least in our nation’s capital; that people consider being news-knowledgeable to be a social status. Well, I guess I’m part of it; I love being connected and being in the know, especially about engineering and analog electronics. Don’t worry though, I’m still pretty low on the social ladder and I like it that way :).

I am absolutely floored by the internet every single day. I often wonder to myself if given the proper linking, guidance and mentoring, whether schools are even necessary any more (maybe the different methods are exactly what we need). This would of course also require some strong drive to learn and a whole lot of time on your hands, not to mention eyes that can bear reading computers screens all day. But I think it is possible; Some schools have even offered up their entire course catalogs online.

I was talking to my friend the other day about ways to become rich and famous. Surprisingly, blogging was not on the list :-). The best I could come up with for an engineer like me was to invent something and sell it. Even better, invent one thing, manufacture it, use the profits to invent something else, and so on.

Then I started thinking about it and the thoughts of money and fame kind of melted away. Sure, that’d be nice, but what does the world really need invented? What could change the world? What could start the next revolution (i.e. industrial, technological, etc)? Where is the future taking us and most importantly where are WE taking the future?

I have been working on a doozy of a blog post for about a week now. It’s almost there and I will definitely release it this week. However, in the interim I have been thinking about my blog and my (analog) life and realize I’ve never really defined it for many people. And like some others, I get questions about it:

What is Analog? What is my definition of Analog?

Analog is everywhere. Analog is the opposite of digital. It is continuous. It is real. Analog are the sights we see and the sounds we hear. Analog is the beauty of a symphony and the complexity of a transistor.

I’ve never thought of myself as particularly upwards mobile in my career (yet). I’m actually very happy where I am right now, learning as much as I can and progressing through the rigorous on the job learning and tribulations I’ve been experiencing so far. However, the sign of a good career path is one where you are surrounded by people who both push you and are good role models for you. I am lucky to be in such a situation and as such, am thinking about getting my Professional Engineer (PE) certification.

http://www.edn.com/article/CA6571020.html?nid=2437&rid=2069959399

As LED lighting and nearly all aspects of energy saving and/or renewable energy come into focus in the real world, we need to keep an eye on the economics of it all. You know the big players are. Big attention means big money and as you can see, lots of people want a slice of the action.

A quick synopsis of the above article could be: LEDs don’t work on their own…people need to buy other stuff. I have already written about one such component, the LED driver, in the past few weeks. Other than touching on drivers, the article also mentions other aspects of LED design including heat management, logic control and LED internals. Each of these parts of the whole design will need to ramp production in order to introduce economies of scale on each part level. The most striking number from the above article is that for every dollar spent on a LED (in this case a HB LED, used in commercial and residential lighting), the user must also spend $2-5 on auxillary components. This means that as the use of LEDs increase, so shall the semiconductor interest in driving those LEDs.

I’ve been thinking a lot about learning lately. I’d say the amount I’m still learning at work has a good amount to do with it. But I’ve been brainstorming a charity I would like to start.

I would like to start a charity that goes around to schools and promotes science and engineering to lower and middle income schools.

Not because I’ve been reading about how the country will be hurt by less engineers coming out of our schools. To be completely honest, that would work in my favor because I would be more rare and therefore more valuable. But really I want others to experience engineering. I want others to be curious about the world. I want to inspire some kid that’s going to create the space shuttle that makes it to Mars.

An article about a new LED controller from Linear Technologies was the inspiration for this post. I decided upon seeing this article that it could be a good way to talk about a theoretical LED lighting scheme in your theoretical DC powered home.

One key I’ve learned to engineering is not trying to re-invent the wheel every time you start a project. In that spirit, I thought I would show case a new Linear Tech part that would fit well into an all DC powered home.

I am not an analog engineer yet. But I’m learning how to be.

One of the things I love about my company is that they really allow for professional development. I will have the opportunity to go back to school and we have conferences on new technologies. Last week I was introduced to the another great opportunity, a meeting with the senior engineers of the company to just talk shop and bounce around ideas. Today we had another of our weekly meetings with each other and this time we had an outside vendor come in and present new product offerings. Here’s some of the things I learned: