by Jean-Robert Andre, Dean of Equity and Inclusion
Last year, at the People of Color Conference in Seattle, WA, I attended a workshop called “Incorporating Issues of Equity and Inclusion in Middle School Science.” There, two educators helped dispel the myth that science (and math) classes aren’t as amenable to incorporating antiracist and inclusive curricula as, say, a humanities class is. Through a number of activities and conversation prompts, they loaded our tool belts with things to take back to school. At the start of this year, I was contemplating how to weave our efforts towards anti-bias and antiracism more deliberately into my 5th grade curriculum, and I remembered one activity they suggested that has been reproduced in science classrooms across grade levels.
The prompt is simple – “Draw a scientist doing science.” Let me venture a guess as to what you may have pictured: A scientist in a lab coat, perhaps with frizzy hair giving “mad” scientist vibes, most likely male, most likely white, working indoors at a table surrounded by colorful and bubbling chemicals in beakers. Was I right?
This prompt has been documented with upwards of 20,000 students, and more often than not, the above description is what usually takes shape on the page. As expected, this representation of scientists and their jobs was most prevalent in my classroom too, with a few exceptions. I appreciate this activity because, as a class, we can examine our drawings across any number of different identities and factors. How many students drew an adult? How many drew a woman? How many drew a person of color? Who didn’t draw “potions”? What else are your scientists doing? Why did you draw them this way? The conversations we had after students put their pencils down were fruitful, as we dug into where these “mad scientists doing chemistry” tropes came from, and how our actual experiences with science are quite different! We brainstormed all the different fields students have been exposed to in their academic careers thus far from human physiology to astronomy, entomology, botany, geology and physics. We landed on how systems of discrimination such as sexism, racism, and other ideologies throughout history have limited many people’s access to education, training, research, and jobs in STEM, and how this has led to a certain image of science that we associate with today. In the end, we looked around the room and affirmed that each person there was a scientist, and that science can be for anyone!
Hearteningly, since this experiment was created several decades ago, there’s been a noticeable increase in a few areas of representation. In the 60’s and 70’s, roughly 1% of students drew women scientists. By the late 2010s that number rose to almost 30%, with 58% of young girls drawing women on the page. It became clear to researchers that stereotypes about the STEM fields were taking root at a very early age – all the more reason for increased representation, not only in the media, but in the classroom itself.
Each year, Ilta Adler and I introduce the 5th graders to the Ada Lovelace Project as a joint technology and science class assignment. The project draws inspiration from Ada Lovelace Day, founded in Britain in 2009 to honor Ada, the first computer programmer, and women throughout history and the present working in STEM. The walls of South Hall are lined with depictions of Mae Jemison, the first Black astronaut; Hedy Lamarr, inventor of technology that opened the door for modern GPS (and world-famous actor); nuclear physicist, Chien-Shiung Wu; and Wanda Diaz Merced, who translated light energy from stars into sound so that visually impaired scientists like her could make breakthroughs in astronomy, too.
With each intentional effort, we can further open the door for our students to see themselves in STEM fields, which in turn means more opportunities for future generations of young learners. The first step is recognizing our assumptions and blindspots and actively working to undermine them – in our case, one poster at a time.