The Barrier-Breaker
By Ephraim Schwartz
Yukako Uchinaga -- Vice
president of Asia Pacific multi-industry
solutions & AP products at IBM Japan
here are defining moments in everyone's
life, and for Yukako
Uchinaga -- currently the only woman on the board of directors of
IBM Japan -- that moment came not long after she took her first
job after college as a systems engineer with Big Blue. The year
was 1971.
Recognizing an employee with a great deal of talent, Uchinaga's manager
wanted to give her more challenging assignments. Unfortunately, he told her he could
not because
it would require that Uchinaga work late hours, and Japan's labor laws prevented
women from
working more than two hours overtime. Undeterred, Uchinaga said good night to her
boss and
colleagues each evening but instead of going home she hid in the ladies room. When
everyone
else went home, she returned to her work. As Uchinaga explains, she did it because
she found the
limitations frustrating.
Uchinaga chose a technical
career for three reasons:
Computer technology was a
growing business, she found it
interesting, and she believed
that -- for the most part -- it
treated men and women
equally. However, during
interviews with many technical
companies in Japan, she
quickly learned that salaries
for men and women were
different for the same
positions. Only IBM clearly
stated that it did not have any differentiation between men and women, and that is
why she joined
IBM, she says. Uchinaga was soon promoted.
One of her proudest accomplishments was her participation in the creation and fostering
of the
double-byte character set for software developers in Asian languages. By developing
the
double-byte character set coding scheme, all of the Asian character set can be digitally
created.
"If we did not have the two-byte code, we could not do business in Asia,"
Uchinaga says.
Uchinaga says there are a number of lessons to be learned for other women planning
their
careers. Women have a tendency to accept what is -- clearly Uchinaga did not -- and
not challenge
themselves, she says. Women also need to be more confident in their technical skills.
Uchinaga
says she believes women should choose careers in technology because it is less bound
by
tradition, and it is easy to measure success by what's produced. Marketing, on the
other hand, is
more emotional and harder to measure, she says.
Uchinaga attributes her approach to a new assignment as a key component of her success.
"Whenever I get a new job, I always think, `What is my goal and what is the
framework of the
business?' If you think in pieces, you'll be confused," Uchinaga says.
Uchinaga adds that one of her most important priorities is to bring more women into
technology.
The Rebel
By Jessica Davis
Dr. Anita Borg -- President,
founding director of Institute for Women
and Technology; technical staff member at Xerox's Palo Alto Research
Center (PARC), in Calif.
r. Anita Borg credits her rebellious
nature with her success in the
world of computer science. But her choice to pursue technology
as a career stems from two motivations: A desire to be financially
independent and a talent for math.
Borg's mother taught her that math was fun, and her father showed her
that happiness comes from leading with your heart and passions and following your
own path.
Borg did follow her own path, even though "the technology industry has a miserable
track record
for diversity."
After receiving her Ph.D., Borg
worked for a start-up company
building a fault-tolerant
operating system, which she
completed later at another
company, Nixdorf Computer,
in Germany. Borg later spent
several years at Digital
Equipment, working on
projects from developing tools
that predict the performance of
microprocessor memory
systems to creating a new
system for interorganizational
communication called Mecca.
While moving up the ladder, Borg also worked to encourage other women to pursue careers
in
computing. She founded an electronic community for women in computing in 1987, called
Systers. In 1994, Borg and Telle Whitney of Actel founded the Grace Hopper Celebration
of
Women in Computing, a technical conference featuring speeches by women in leadership
roles.
Borg believes there still are strong stereotypes of what a technology leader looks
like: and they are
not female.
"Women and people of color have to fight those stereotypes at every turn, whether
it involves
convincing a manager to give you a plumb technical assign-ment or [convincing] an
executive to
give you a line management position," Borg says. "It's easier for [managers]
to pick people who
fit the norm."
In 1997, Borg made what she calls her most challenging career decision yet by leaving
a
straight-ahead research career to start the Institute for Women and Technology as
a not-for-profit
aimed at transforming the way we innovate.
"The challenge is to break the assumption that if you do something with or for
women that you
are doing HR rather than doing technology," Borg says. Borg is supported in
her nonprofit
endeavors by Xerox's PARC.
Borg's advice for women seeking careers in technology reflects her own respect for
her rebel
nature and the success it has brought her.
"Don't slavishly accept existing dictatorial models of leadership," Borg
says. "The successful
organization of the future cannot afford strict hierarchies and top-down models.
Seek out new
models and respect the genius of other people at all levels."
The Explorer
By Jessica Davis
Dr. Claudine Simson -- Vice
president of global technology research
and intellectual property at Nortel Networks, in Ottawa
fter reaching the highest echelons
of academia in France, her
home country, Dr. Claudine Simson had personal reasons for
leaving her home and moving to Canada. She wanted to get
married and her husband-to-be -- whom she met during her
academic career -- was from Canada. Her love for science, fostered by
her father, was matched only by her love for her fiance.
So in September 1978, Simson
joined Bell-Northern Research,
in Ottawa, as a device physicist.
She worked on the
mathematical modeling of
semiconductor transistors. In
this role, Simson created a
mathematical model of how
devices and circuits work. The
model -- the first of its kind
developed for describing that
process -- is still in use today
and is Simson's proudest
accomplishment.
Simson was promoted to her first management position just two years into her tenure
at Nortel.
She continued to earn more responsibility and eventually moved into senior management
in 1986,
where she was responsible for all aspects of research, development, and implementation
of the
company's silicon process technologies.
Simson says her family is her No. 1 priority. In addition to her husband, she has
two daughters,
ages 10 and 14, both of whom have been "brainwashed" to love technology.
Her second priority
is professional and personal ethics; the third is to always strive for excellence.
Simson credits her home country and her father with her love of science and technology.
In
France, she says, engineering is the most highly regarded profession. That's not
true in North
America, she says, and she believes that contributes to the lower number of women
pursuing
engineering careers here.
For women looking to enter the sciences today, Simson offers this advice: "Continue
to upgrade
your skills. Always try for excellence. And always be yourself. Don't emulate males.
Retain your
femininity."
The Pacesetter
By Stannie Holt
Julie Spicer England --
Vice president and business manager at Texas
Instruments, in Dallas
ulie Spicer England, a vice president
at Texas Instruments (TI) in
Dallas and manager of its $300 million semiconductor business,
does not want you to think there's anything special about her resume.
Although in her 19 years at TI, England has worked on a wide range
of technical projects (including infrared "eyes" for missiles), has earned
several patents in infrared process technology (not to mention
involvements with everything from IEEE to the Federal Reserve Bank),
and has become one of the highest-ranking women at the company, her message is simple:
"What
I did doesn't have to be unique -- a lot more people can do it."
England, 41, credits her success
both to planning ahead and
being willing to change
direction when new
opportunities came along. She
is also grateful for support
from family, co-workers, and
managers.
Although she had been
interested in science since
childhood, it was not until her
senior year of college that she
decided to get into
semiconductors, after majoring
in chemical engineering and
working summers in the oil
industry. She sensed this
relatively new field would
reward merit more than
old-school industries would.
The turning point came about six years ago. England faced a difficult decision between
running a
fabrication plant -- an attractive opportunity except it duplicated some positions
she had earlier --
or moving up into management, the choice that led to her current post.
"I don't change roles for the sake of change; I change to grow my abilities
and tap my potential,"
England says.
You have to be responsible for your own career progress, something many women don't
realize,
England adds. It is not enough to quietly do your current job well and assume your
manager will
draft you for a promotion. England is also strongly committed to bringing more women
and
minorities into high-tech.
"Although we have `role model' women in [positions] we didn't have 10 years
ago, we still have a
glass ceiling that needs to be raised or at least have more holes punched through
it," England says.
England spends a lot of time with students, trying to overcome the "nerd"
stereotypes that scare
many away from a personally and financially rewarding field.
"You see so many shows on TV about lawyers and doctors -- why not an `L.A. Engineers'?"
England says.
Copyright
© 1999 InfoWorld Media Group Inc.