I get many questions from readers regarding how they
should continue their education as a way to begin or further their high-tech
careers. Most often their questions are about which technical
school or technical training to pursue and where. It may seem counterintuitive,
but my usual recommendation doesn’t involve further technical training,
but, rather, the pursuit of traditional educational outlets such as bachelor,
master and Ph.D programs.
More to the world
My main emphasis in recommending traditional education programs is this; studying
history, mathematics, science and other basic concepts assists you in learning
more about the world. The more you understand how the world operates, the
more you will understand how technology fits into the world as a whole. If
you are already in a high-tech career, it is likely that you have self-taught
yourself much of the technology you need to understand. There is no reason
you shouldn’t be able to expand your knowledge to other systems on your
own. On the other hand, developing a grounding in history and science is often
best developed using traditional methods. This isn’t to say you can’t
teach yourself, though. In fact, even when immersed in a degree program you
can and should continue to explore interesting topics on your own. The classroom
learning is sure to introduce you to concepts and areas of study that you
might never have considered in the past.
The simple truth is, there is more to the world than technology. Even a confirmed
techno-geek like myself has come to realize that. I have interests far outside
the technological realm and I have found that these diverse interests can
teach me something about technology, no matter how different they might seem.
It is this cross-pollination of ideas between the common world and technology
that can help to expand your education far beyond specific technology classes.
You might not believe it, but learning about Babylonian history can lead you
to a better understanding of computer networking and how people work together
in groups. Studying cellular biology can lead you to new and innovative ways
of writing computer programs. Sometimes the best way to learn more about technology
is to learn about something entirely different.
Too often, as high-tech workers, we immerse ourselves so deeply in technology
that we start to lose any sense of perspective. We can forget that technology
should be used to better people’s lives, not simply as an exercise in
itself. There is always a human component to technology and learning about
the rest of the world can be a great way of reminding ourselves of this fact.
The cross-pollination can also lead you to a new high-tech career, one that
encompasses both your technological skills and an interest in other areas.
You may find that geology holds a special interest in your life. Why not develop
a career that makes use of this combination of interest and skill. Perhaps
you can develop new programs for analyzing geologic strata and unlocking the
secrets of the Earth. Go ahead, dream a little. You just might find a better,
more customized career.
Another benefit of a more traditional continuing education is that it usually
results in a degree that anyone can understand. While holding a Bachelors,
Masters or PH.d doesn’t tell the whole story about your intelligence
or skills, it gives people an understanding of your educational background.
While an MSCE or CNE might hold some weight in high-tech environments, it
doesn’t mean much to your average person. People simply have a better
understanding of the work involved in obtaining a BS or MS degree. This can
be a big advantage when you are looking for a position in companies that are
behind the technology curve. Traditional degrees can open up doors that would
have remained closed to those only holding technology certifications.
If you are considering continuing your education, you would be well-advised
to look into traditional degree programs as well as technical certification
classes. College classes, in any discipline, can help you to expand your thinking
and your understanding of the world. Any education discipline will increase
your understanding of technology in ways you might never have imagined. Just
because you have a high-tech career doesn’t mean that you can’t
benefit from a non-technology education.
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about this column.
Douglas E. Welch is a freelance writer and computer consultant in Van
Nuys, California. Readers can discuss career issues with other readers by
joining the Career Opportunities Discussion on Douglas' web page at: http://www.welchwrite.com/dewelch/ce/
He can reached via email at firstname.lastname@example.org