Regarding your editorial on e-mail (DN 06.16.03), it sounds like e-mail is controlling you and not the other way around. Staying in constant communication was, and is, just as possible with the telephone. That's not the fault of e-mail. And overblown wordy e-mails aren't the technology's fault either.
It's true there are times it's best to visit in person or pick up the phone. But visits can drag out into gab fests and so can undisciplined phone calls. Also, speed in business is very important now. The race more and more goes to the swift. And making sure the right people are in the loop—worldwide sometimes—is pretty hard with visits and real-time phone calls. E-mails fill the bill. Spam? Learn how to be fast on the delete key. Or get a spam filter.
And, finally, "robs us of our social skills"? We're engineers for Pete's sake. What social skills?
I read with interest your recent article entitled "Career Outlook: Mixed Signals for Engineers," (DN 07.07.03). It is obvious you did a lot of homework gathering data.
Nick Corcodilos states 85% of engineers made the right choice in staying where they were because seniority helps in not being laid off. I would like to add that quality work is also an indicator of one's ability to remain at a company. Granted, some companies rely on longevity for retention. However, a majority of those who remain have received compensation above the norm because of the effective work performed and not just because they have been there the longest. It is true, some companies used to keep those who remained loyal regardless of an employee's output or performance. Since the Engineering boom of the '90s companies now recognize superior work over seniority more.
In your editorial on engineers who make a difference (DN 06.02.03), I can say that the State of Texas is well represented by Ray Almgren. I've had the privilege of knowing Ray for a few years and we couldn't have a better advocate for enhancing engineering education. When Ray sets his sights on getting something done things happen.
In a recent editorial (DN 06.02.03), you asked about organizations that make a difference with engineering/technical students. I've got a great one—the Foundry Educational Foundation (www.fefoffice.org). While many programs to attract students to various segments of industry are "trendy" and recently formed, the metal casting segment of the manufacturing industry realized that to get young people interested in their "non-glamorous" industry they needed to work at it. And they have—since 1947!
I'm afraid that I don't share your dismay at the "abuse" of the weed-out courses (DN 06.16.03). You imply that "diversity" is harmed by such tactics. In this country we have allowed the desire to include (probably better to insert inject) everyone in every aspect of society to fog our judgment and lower our standards to the point that we no longer have any standards. The goal in engineering education should be to produce good engineers regardless of whether or not there is diversity in the sense that some "social scientist" determines is necessary.
The answer is excellence in education at all levels, challenging the students to always do their best, and driving them to do what we as teachers know they can do. Instead, we lower our standards and change our tests so the "socially disadvantaged" can pass thereby lowering the standards even more. We have lowered our standards to be "inclusive" but in reality we have harmed everyone including those we intended to help.
I agree with you that we need to maintain high standards in our education system. But I think there is a difference between challenging students and threatening them. A statement on the first day of class about the likelihood that one- third of the students will drop out has some rather distressing things to say about the college admissions policy, among other things.
JUNE 26TH WEBCAST: Collaborative Requirements Engineering
Speed your innovation. Capture the "voice of the customer" and translate customer requests into user requirements that define new products. Find out why the new ENOVIA Requirements Management solution enables organizations to improve their overall global requirements management process. Read More
Mechatronics in action
Successful synergistic integration of controls, electronics, computers and mechanical systems is key to the 21st century design process. Unlock the secrets at the Mechatronics Zone!
Webcast: Sensor Know-How Now
Join our moderator Randy Frank and John Keating from Cognex and explore Solving Industrial Inspection Problems. Read More
Engineering Concept Conduit
Engineering Concept Conduit looks at new products and the components that make them exceptional. Each month we’ll look at a new electronic product and see what makes it tick from an engineering point of view. We’ll explore the design and engineering challenges for the product and examine the components that solved those challenges.
Light Matters: Systems Level Approach to HBLED illumination applications
Its good practice to apply a systems-level approach to high-brightness LED (HBLED) illumination applications. Minimally, the system includes the optical, thermal and electrical characteristics of the of the HBLED, the lens (if any) which is built-in to its package, secondary optics such as external plastic lenses/reflectors to direct the light as your application requires and power driver electronics. Read More