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Introduction
Gender
Inequalities in Education
Gender,
Computing, and Kids
The
Gender Gap in the Computing Field
Apple
Classrooms of Tomorrow
Whitmore
High School: A Case Study of Computer Usage
Boys
Muscle Girls Out
Girls
Need Space
Bennet
School
Computer
Projects for Mother and Daughter
Expanding
Your Horizons in Math and Science
Computers
and Technology: Differences In Gender
Gender
Bias In Educational Software
Educational
Software For Girls
Computers
In the Classroom: What is the Effect on the Gender
Gap?
Beyond
Equal Access
Last
Words
About
the Authors
References
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Girls' School To Encourage
Achievement in Science, Math, and
Computers
Kathleen Bennett, a teacher and former employee
at Apple, will open in autumn of this year a
middle-school for girls designed to ameliorate some
of the problems girls face in education, particularly in
science and math. Her school is a middle school because
she believes grades 7-9 are a turning point for girls in
science, where girls hit a "wall of feminity." Society,
including parents and teachers, sends them mixed messages
about what girls are capable of, what is and is not
feminine (like math), and what girls should pursue as
careers. Bennet believes that the girl-friendly
environment at her school will encourage girls' interest
in math, science, and computer science and will provide
them opportunities to develop that interest.
Bennet has a high-profile board of advisors for her
school, consisting of professionals and educators. Many
members are contacts she made while working in Silicon
Valley, including: Anita Borg, a consulting engineer at
Digital Equipment Corp. and founder of Systers network;
Carol Bartz, CEO and chairwoman of Autodesk; Adele
Goldberg, the founder of Neomettron and chairwoman and
founder of ParcPlace systems; and IBM researcher Barbara
Simons.
Bennet and her advisory board have come up with some
really good ideas for girls' education. One is to focus
on project-based learning. Sheri Sheppard, a mechanical
engineer at Stanford who is also on the board, found in
her research that girls tend to learn much better if they
are given an application for theory, a concrete problem
to solve. Bennet even plans to have groups of students
form mini-companies, where they develop and market a
product.
Bennet's schoola will also have a "girl-friendly"
computer lab. Based on the 1996 University of British
Columbia study which found that girls tend to interact
better with technology when they are in pairs and groups,
the workstations will make it comfortable for girls to
work in pairs at the computer. "There also won't be any
boys around to hog the equipment," said Bennett. This
will also make girls feel more comfortable using the
computers because they won't feel pressure to give up
computers to over-anxious boys. Bennet additionally hires
teachers who are "passionate" about girls learning math
and science. This is important because teachers often
give more attention and encouragement to boys in those
subjects. Even though there will not be any boys at the
school. it is still important to get teachers devoted to
getting girls excited about math and science.
Despite the strong encouragement for girls to go into
technical fields, they are certainly not forced to do so.
The encouragement is just to redress the problems of
girls being discouraged to enter those fields before they
even get a chance to try them out. "I'm just trying to
ensure that if girls are interested in technical stuff,
they get the support to do it," she says.
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