The power of close looking: Science Club in Ghana December 2, 2011
Posted by Connie Chow in Clubs.Tags: ghana, girls, Science
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How many items do you use regularly that has a battery in it? Have you really thought about a battery as a curiosity?
In a classroom without electricity, and where homes are either unlit or evening chores are done under candlelight or kerosene lamps, a dry cell, or battery, is certainly not an every day item.

And while simple circuits are taught in school, and the girls in our science club can draw a diagram and tell you which end is supposed to be the positive, it was a moment of discovery for them to hold a battery in their hand, and find out for themselves, that “+” sign.
It’s a simple act, but there’s power in realizing that you don’t always have to take your teacher’s word on faith. That the physical world is connected to your flat text book drawings. That you can find out information about the world yourself, if you only looked carefully.
Close looking
And that is the curriculum that we shared with the teachers in Pokuase, Ghana this past week. Thanks to the Science House Foundation, we delivered two digital microscopes – one standard and one handheld –to this peri-urban town. Lucky that one is powered by a laptop and the other by batteries. Which means that we can use them in the schools that have incomplete circuits for electricity.
The teachers discovered new worlds looking at paper, cloth, plants, their own hands and the girls will too. Using The Private Eye Project‘s principles, which develops the skills of close observation, drawing, analogy making (yes, poetry is allowed), and hypothesis making, we created a curriculum that will help girls develop the skills of creative thinkers, scientists, artists and inventors. And most importantly, for them to find their voice and trust in their own senses.
Can’t wait for the girls’ final project to make a wall quiz with their diagrams, paintings, poetry and riddles of the objects literally under their noses. They’ll discover that nothing is commonplace!

The teachers were so enthusiastic during the training that we forgot to take pictures…
Like Math but Not Sure About Typical Competitions? Check out SUMiT 2012 November 25, 2011
Posted by Connie Chow in For parents, Non-SCFG programs, Uncategorized.Tags: collaboration, competitions, girls, Math
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Girls in grades 6-10. This is for you!

SUMiT is a fully collaborative, math-intensive, fun and exciting event where participants must work together to achieve a common goal. Based on the traditional end-of-semester Treasure Hunts at Girls’ Angle, MIT’s Undergraduate Society of Women in Mathematics and Girls’ Angle are collaborating to bring the Treasure Hunt out of Girls’ Angle to the general public.
According to Ken Fan, founder and director of Girls’ Angle, SUMiT’s format defies traditional math competitions, where competitors work alone. Instead, it is more like a team support where the girls have to work cooperatively and will “lose together or win together”.

At SUMiT, the girls enter a big room and must work together in order to surmount problems some of which will be even more challenging than typical contest problems precisely because of the expectation that they will be “SUM”ming up their minds and helping each other.
Event date: January 21. Registration opens November 28.
For more information, please visit www.girlsangle.org/page/SUMiT.html
And yes, they’re still looking for additional sponsors!
2011 Catalyst Awards honors life science and technology leaders November 21, 2011
Posted by Connie Chow in Events, SCFG News.add a comment
More than 150 guests joined our fourth annual Catalyst Awards Celebration and Benefit at the Broad Institute in Cambridge to honor Dr. Susan Windham-Bannister, President and CEO of the Massachusetts Life Sciences Center, and Mr. Douglas Banks, publisher of Mass High Tech. This included MA Secretary of Housing and Economic Development Gregory Bialecki; North Shore Technology Council Women’s Initiative chair Michelle Liu Baillie; the MIT Enterprise Forum of Cambridge’s executive director Trish Fleming; and Margaret Chu Moyer, Executive Director at Amgen. (See additional photos here).
Thanks to the generosity of our sponsors, honorary and host committees, guests and Ambassadors, we raised over $50,000 to support our free programs for girls in K-12 grades in eastern Massachusetts and in Ghana. We are very fortunate to have so many allies and supporters from different walks of life, professions and genders who support our work and who are role models for our girls.
We are especially honored to recognize Douglas Banks and Dr. Susan Windham-Bannister for their commitment and efforts to bring equity to science and technology through successful policies, programs and the media.
Maya Hodgkin-Dottins, a junior in high school and a participant of the SCFG since she was in fifth grade, described the many doors the organization has opened for her both in her personal and academic life. These ranged from participating in an all-girls Rocket Team led by professionals in aeronautics, to contributing to research on a museum exhibit design experience to attending a conference with a couple hundred women who are mid-level executives and CEOs of science and technology companies.
The keynote address was delivered by Dr. Una Ryan, CEO and President of Diagnostics for All. In addition to sharing the need and potential of the company’s low-cost, paper-based technology to revolutionize healthcare in the developing world, she encouraged the girls in the SCFG program to “use your science well and wisely… and never, never, never give in”.
use your science well and wisely… and never, never, never give in
To give the guests a taste of the hands-on experience that participants typically get on a weekly basis, junior mentors Fawzia Nur, a 9th grader and Jacqueline Guevera, a 12th grader, both at Cambridge Rindge and Latin School, distributed balloons and skewers to the guests and guided them through a science “interlude”. The challenge: to puncture the balloon without letting it burst. The exercise was a metaphor that science is about failing and trying again. It was certainly an equalizing experience.

Parent Josette Williams moved the audience to laughter and tears through her vivid and honest recounting of the effect Science Club for Girls has on her daughter and god-daughter’s vocabulary, sense of confidence, and future outlook.
Thanks to IBM, Vertex. Novartis, Amgen, Mintz Levin, Alexandria Real Estate Equities as well as Harvard, MIT, Simmons and Wellesley College for event sponsorship, our silent auction donors from Aquitaine to Craigie on Main to Sarah Cardozo Duncan. Special thanks to Sooz Media for photography and to the Broad Institute for hosting and videography. (Video highlights coming soon!)
Drawing Scientists & Drawing Conclusions about Who Can. Girls and Science in Primary School November 15, 2011
Posted by kyliev in Gender differences?, girls in science, STEM pipeline efforts.add a comment
The “Draw A Scientist Test” is a technique to test elementary school students’ notions of who scientists are. As the title suggests, students are simply asked to draw a scientist. The results are almost always the same: children envision scientists as men, grey haired, white, and wearing glasses. Some studies note that the drawings tend to be of particularly ugly men. When asked to draw a teacher, the drawings are almost all of women, and women who tend to be particularly more attractive than the scientists.
By the time that girls are in elementary, their ideas of who is and is not a scientist are already formed. They may feel that they are not meant to be scientists, or that science is not meant for them. In one study, two classes of students were given the same science test. In one class, the teacher told the students that usually girls don’t do well on this test. When the test scores came back, the girls indeed did significantly worse than the boys. In the other class, the teacher made no such claim. In this class, the difference between boys’ and girls’ scores was only marginal. When confronted with the stereotype, girls conformed to it. Otherwise, they performed just as well. This is what is called the stereotype threat.
In one class, the teacher told the students that usually girls don’t do well on this test. When the test scores came back, the girls indeed did significantly worse than the boys.
While the solution in this case may be to just stop telling girls that they are bad at science, in reality it is not so simple. Implicit social cues can contribute more to girls’ lack of confidence in STEM subjects than explicit ones. One study tested the effect of female teachers’ confidence with their own math skills on the confidence and performance of their students. In classes with more anxious math teachers, girls were more likely to agree with the stereotype that girls are not as good at boys at math. Girls who endorsed the stereotype performed significantly worse than did boys overall and girls who did not endorse the stereotype.

SCFG campers build a see-saw out of K'nex
Parents as well as teachers can affect their children’s relationships with science. The daughters of parents who encourage them to pursue interests in science are more likely to have confidence in those subjects than other children. The children of mothers who talk to their children about science tend to view the scientific abilities of boys and girls more equally than other children. Both at school and at home female role models shape the way students view science and women. When their interest and abilities are encouraged, girls are more ready to challenge the stereotype, perform better in math and sciences, and have confidence that they can do so.
Between elementary and middle school, girls’ interest in science drops dramatically. Not only do many girls think that they are bad at science, but they are not interested in it. They view science as something that is done in a lab, in solitude, without direct consequence in the daily lives of people. When science is presented as “tangible” and applicable to everyday life, girls’ interest is piqued. Hands-on science experiments that use household materials, investigating the chemistry of tie-dye, and learning the physics of soccer can draw in girls who otherwise would not relate to science.
Check out Discovery Kids, GirlStart or our Try This At Home page for science games and activities for girls, and boys!
We are especially honored to recognize Douglas Banks and Dr. Susan Windham-Bannister for their commitment and efforts to bring equity to science and technology through successful policies, programs and the media.
