Once Upon a STEM

A drawing depicting an astronaut standing beside a rocket against a starry background.
By Alan Bisbort

Fairfield researchers are exploring how stories of struggle and success can help underrepresented children see themselves in STEM fields.

When Amanda Haber, PhD, arrived at Fairfield University in 2023 as an assistant professor in the Department of Psychological and Brain Sciences, she brought with her a passion for early childhood education and storytelling.

“I’m interested in how language—what children hear from caregivers at home, from teachers at the day care center or school, or from peers on the playground—shapes early learning,” said Dr. Haber, director of Fairfield’s Child Development and Learning Laboratory. “I want to find out how we can develop new pedagogical approaches to early education and evidence-based interventions that foster the skills that children need to engage with the world today.”

One way to find out, Dr. Haber hopes, is a research project she and her students have been conducting in collaboration with Hall Neighborhood House in Bridgeport, Conn., a nonprofit community services provider with an early childhood program that Fairfield University has long supported through the Adrienne Kirby Family Literacy Project. The study is titled, “Exploring the Longitudinal Effects of Scientific Storybooks on Children’s Persistence in STEM.”

“Our partnership with Hall Neighborhood House has expanded from a literacy program to having a research component,” said Dr. Haber, who focused the project on STEM (science, technology, engineering, mathematics) for two important reasons.

Four women stand together in front of a colorful poster, smiling and engaging with each other.
(l-r) Dr. Amanda Haber with student researchers Katelyn Kramer ’25, Katelyn Bagley ’26, and Morgan Zickendrath ’27 (not shown: Kayleigh Mezick ’26).

“Not only are the skills associated with STEM needed for success in the 21st century, but we want to create a sense of belonging for the children,” she said. “Children of racial and ethnic minoritized groups and girls are underrepresented in STEM studies. By kindergarten, they are already falling behind in STEM achievement, which is why we’re developing interventions during the preschool years. Many children from underrepresented groups do not see themselves belonging to the STEM community or even the conversation.”

Despite the project’s scientific approach—data collecting, Excel spreadsheets, coding, and statistical analysis—at the heart of it is the simple act of telling a story to a child. In this case, the story takes the form of STEM-themed storybooks created and monitored by four student lab assistants—Katelyn Bagley ’26, Katelyn Kramer ’25, Kayleigh Mezick ’26, and Morgan Zickendrath ’27.

The “books” are short, eight-page biographies of two accomplished women scientists from diverse backgrounds: astronaut Mae Jemison, the first African American woman in space, and biologist Lydia Villa-Komaroff, a Mexican American with a PhD from MIT.

The target audience for the 130-word stories are 36 children, ages three to five, from Hall House’s Early Childhood program, whose parents have consented to their taking part. There’s a plot twist to this story, though. “We use three different versions of each biography,” explained lab assistant Bagley, a senior psychology major who spent an entire semester developing the storybooks.

“We are looking at three different conditions, each represented in a different version we read to the children. The ‘achievement condition’ version highlights nothing but the scientist’s successes in her STEM career. The ‘effort condition’ version tells how the scientist faced struggles and challenges on her way to success. The ‘baseline condition’ version is just about their childhood and family life, with nothing about STEM.”

After the storybooks are read to each of the 36 children over a period of three sessions, the kids are asked a few simple questions to gauge their reactions to the story.

“They all hear the story three different ways,” said Mezick, a psychology and brain sciences major with a special education minor. “After each reading, we ask a few questions, looking out for words they use that serve as codes to their mindsets.”

A fixed mindset, Mezick explained, is one where the child thinks that no matter how hard they try, they won’t get smarter at anything STEM-related. A growth mindset is one that is more engaged and open to such possibilities.

“These mindsets impact a child’s willingness to approach a difficult task,” said Dr. Haber. “If you can get the child to endorse more of a growth mindset rather than a fixed mindset, they may see themselves taking part in the STEM community. If they’re hearing about scientists making mistakes, they can relate to that. Children think, ‘I’m not going to give up,’ just as Jemison and Villa-Komaroff didn’t give up.”

Dr. Haber said that the project would not have been possible without the dedication of her four student assistants, who have presented this research at the Eastern Psychological Association Conference and at Fairfield University’s annual Student Research Symposium.

Haber attributes the project’s success to the intellectual curiosity and social awareness cultivated in Fairfield students, and to the University’s broader commitment to inclusive, values-driven research. “Fairfield students are already interested in social engagement and they are committed to this sort of work.”

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