Mae Jemison’s Elementary School & STEM Journey

By Lisa Anderson · October 16, 2024

Why Mae Jemison’s Childhood Classroom Matters More Than You Think

What school did Mae Jemison go to as a kid? This simple question opens a powerful window into how early educational access, culturally responsive teaching, and family encouragement converge to launch extraordinary STEM trajectories. While most biographies highlight her historic 1992 shuttle mission aboard Endeavour—the first Black woman in space—they rarely pause to examine the quiet, everyday classrooms where her curiosity was first nurtured, challenged, and protected. In an era when only 3% of U.S. engineers were women and fewer than 1% were Black, Jemison’s path wasn’t inevitable—it was cultivated. And it began not in a university lab or NASA facility, but in a modest Chicago public school where a third-grade teacher noticed she asked ‘why’ more than ‘what,’ and responded not with dismissal, but with library passes, microscope loans, and Saturday science club invitations. That context—grounded in equity, inquiry, and affirmation—is what today’s parents, educators, and STEM advocates urgently need to understand and replicate.

From Chicago’s South Side to Cosmic Discovery: Mapping Jemison’s Early School Years

Mae Carol Jemison was born on October 17, 1956, in Decatur, Alabama—but moved with her family to Chicago’s South Side when she was just three years old. There, she spent her formative K–5 years in the Chicago Public Schools (CPS) system. According to CPS archival enrollment records held at the Chicago History Museum and verified in Jemison’s 2018 memoir Finding Where the Wind Goes, she attended DuSable Elementary School (now DuSable Leadership Academy) on the city’s South Side from kindergarten through fifth grade. DuSable—a school named after Jean Baptiste Point DuSable, Chicago’s first non-Indigenous settler and a Haitian-born Black entrepreneur—was deeply rooted in Black history and community pride, even during the turbulent 1960s. Jemison has recalled in multiple interviews how teachers there integrated African American scientists, inventors, and mathematicians into daily lessons—not as ‘special month’ add-ons, but as core curriculum references. When she asked why no one looked like her in her science textbook, her fourth-grade teacher, Ms. Galloway, didn’t deflect—she brought in photos of Percy Julian (chemist), George Washington Carver (botanist), and Katherine Johnson (NASA mathematician) and assigned a ‘Scientist Spotlight’ project that Jemison presented to the entire grade.

This wasn’t happenstance. A 2022 University of Illinois Chicago study of CPS schools from 1955–1975 found that schools with strong Black educator leadership—like DuSable, where over 80% of faculty were African American—demonstrated statistically higher STEM engagement among Black students, particularly girls. The researchers attributed this to identity-safe pedagogy: instruction that affirms cultural background while rigorously scaffolding scientific reasoning. Jemison’s own reflection in a 2021 National Science Teachers Association keynote captures it precisely: “I didn’t have to choose between being Black and being a scientist—I saw both identities modeled, validated, and celebrated every single day.”

The Hidden Curriculum: How DuSable’s Teaching Practices Built STEM Resilience

It wasn’t just what Jemison learned at DuSable—but how she learned it—that forged her intellectual confidence. Unlike many urban schools of the era that emphasized rote memorization and compliance, DuSable implemented inquiry-based units grounded in real-world problem solving. For example, a sixth-grade unit on ‘Water in Our City’—though technically outside her elementary years—began in fifth grade with field trips to the Chicago River, water quality testing using portable kits, and collaboration with local environmental engineers. Jemison described this experience in a 2019 interview with Science News for Students: “We weren’t told facts—we collected data, argued about interpretations, wrote letters to aldermen. I learned science wasn’t about having answers—it was about asking better questions.”

This approach aligns directly with research from the National Research Council’s A Framework for K–12 Science Education, which identifies three core dimensions of effective STEM learning: disciplinary core ideas, science and engineering practices, and crosscutting concepts. DuSable’s curriculum—though developed decades before this framework—instinctively wove all three together. Students didn’t just learn that plants need sunlight; they designed controlled experiments comparing growth under LED, incandescent, and natural light—then graphed results, debated variables, and presented findings to parents during ‘Science Showcase Night.’

Crucially, DuSable also normalized failure as part of the process. Jemison recounts building a model solar oven in third grade that failed spectacularly—melting the wax crayons instead of heating water. Rather than marking it ‘incomplete,’ her teacher guided her through root-cause analysis: Was the reflector angle off? Was insulation insufficient? Was the thermal mass too small? That reframing—from ‘you got it wrong’ to ‘let’s diagnose the system’—is now recognized by the American Psychological Association as foundational to developing academic grit and engineering mindset, especially among underrepresented learners.

Family + School + Community: The Triad That Accelerated Her STEM Identity

No school operates in isolation—and DuSable’s impact was magnified by intentional home-school-community alignment. Jemison’s mother, Dorothy Green Jemison, was an elementary school teacher; her father, Charlie Jemison, worked as a maintenance supervisor but held evening classes in mathematics at a local community college. At home, science wasn’t siloed—it was ambient. Kitchen experiments doubled as math lessons (measuring fractions for recipes), radio repairs became physics demos (circuits, resistance), and library trips were treated with the reverence of museum visits. As Dr. Yolanda George, Deputy Executive Director of STEM Policy at the American Association for the Advancement of Science (AAAS), notes: “Children don’t develop STEM identity from textbooks alone. They absorb it through repeated, joyful, competence-building experiences across settings—home, school, and community. Jemison’s ecosystem provided all three, consistently and without exception.”

Community institutions reinforced this. The South Side’s Chicago Public Library’s Carter G. Woodson Regional Library hosted free Saturday science storytimes featuring Black scientists; the South Shore Cultural Center offered summer astronomy camps led by retired Adler Planetarium staff; and neighborhood churches sponsored ‘Math-a-Thons’ where students solved real budgeting problems for food pantries. Jemison participated in all three—often bringing younger siblings along, turning learning into shared family ritual rather than solitary academic labor.

This triad model is now being replicated intentionally across the country. The STEM Ecosystems Initiative, supported by the STEM Funders Network, has documented over 120 communities where coordinated efforts among schools, libraries, museums, faith groups, and local businesses have increased Black and Latina girls’ participation in advanced high school STEM courses by 47% over five years—mirroring the conditions Jemison experienced organically in 1960s Chicago.

What Today’s Educators & Parents Can Replicate—Starting Tomorrow

You don’t need a NASA grant or a Nobel laureate on staff to create Jemison-style STEM nurturing. Based on interviews with current DuSable Leadership Academy teachers, AAAS research, and Jemison’s own advocacy work through her nonprofit The Earth We Share™, here are four evidence-backed, immediately actionable strategies:

Adopt ‘Identity-First’ Resource Curation: Audit your classroom or home library: Do at least 30% of your science/biography books feature women and people of color in STEM roles—not as ‘diversity supplements,’ but as primary subject matter? Replace outdated texts with titles like Mae Among the Stars (Rodriguez & Spires), The Girl Who Thought in Pictures (Hawkins), or Hidden Figures Young Readers Edition (Lee).
Normalize ‘Question Journals’: Give every child a dedicated notebook titled ‘My Wonder Log.’ Require one entry per week—not ‘answers,’ but open-ended questions they’re curious about (e.g., ‘Why do bubbles pop?’ ‘How does Wi-Fi travel through walls?’). Review entries weekly and connect them to upcoming units—or invite local scientists to respond via video.
Create Low-Stakes Experiment Zones: Dedicate a corner of your classroom or living room as a ‘Tinker Table’ stocked with recyclables, basic tools (magnifiers, timers, digital thermometers), and prompt cards: ‘Build something that moves without batteries,’ ‘Design a container that keeps ice frozen longest,’ ‘Map sound travel in different rooms.’ No grades—just reflection and iteration.
Host ‘STEM Story Circles’: Once a month, invite families to share stories—not of achievements, but of ‘STEM moments’: a time they fixed something, calculated a tip, diagnosed a plant problem, or followed a recipe precisely. Record and display these. As Jemison says: ‘When children hear their elders describe everyday reasoning as science, they stop seeing it as ‘for other people.’’

Activity Inspired by DuSable’s Approach	Developmental Domain Strengthened	Evidence-Based Outcome (Source)	Time Commitment
‘Scientist Spotlight’ biographical research & presentation	Cognitive + Social-Emotional	↑ 34% improvement in academic self-concept among Black girls (Journal of Educational Psychology, 2020)	2–3 hours/week over 4 weeks
Controlled experiment design (e.g., plant growth variables)	Cognitive + Language	↑ 2.7x use of causal language (“because,” “therefore,” “if…then”) in student writing (National Science Teaching Association, 2021)	1 hour/week for 6 weeks
Family ‘Wonder Log’ co-creation & review	Social-Emotional + Language	↑ 58% parent-reported comfort discussing science at home (AAP Survey, 2022)	15 minutes/week
Community STEM walk (mapping local science in action)	Cognitive + Civic	↑ 41% student identification of real-world STEM applications (Urban Education, 2019)	90-minute monthly outing

Frequently Asked Questions

Did Mae Jemison attend a magnet or private school as a child?

No—Jemison attended neighborhood public schools in Chicago. DuSable Elementary was a standard CPS zoned school, not a selective magnet or private institution. This fact is often misreported online due to confusion with later schools she attended (like Morgan Park High School, which had strong STEM programs but remained a comprehensive public school). Her access to rigorous science education came from committed teachers and community resources—not elite admissions.

Was DuSable Elementary integrated or predominantly Black during Jemison’s years?

In the late 1950s and early 1960s, DuSable served a predominantly Black student population due to Chicago’s de facto segregation policies and residential redlining. Approximately 92% of students were African American during Jemison’s enrollment (per CPS demographic reports archived at the Chicago History Museum). Importantly, the school’s leadership intentionally centered Black excellence—not as compensation, but as foundational curriculum.

What happened to DuSable Elementary after Jemison graduated?

DuSable Elementary was renamed DuSable Leadership Academy in 2013 as part of CPS’s Renaissance 2010 initiative, refocusing on leadership development and STEM integration. It remains a neighborhood school serving grades PK–8 on the South Side and maintains active partnerships with the Museum of Science and Industry and the University of Chicago’s STEM Education Initiative. Jemison returned for its 2019 ‘Legacy Day,’ delivering a keynote titled ‘The Classroom That Launched Me to Space.’

Are there lesson plans or curricula based on Jemison’s childhood learning experiences?

Yes—the National Science Teaching Association (NSTA) released the DuSable Inquiry Framework in 2023, a free, downloadable K–5 curriculum module co-developed with DuSable Leadership Academy teachers and Jemison’s foundation. It includes unit guides on ‘Water Systems,’ ‘Light & Energy,’ and ‘Human Body Systems,’ all structured around the same inquiry cycles, community connections, and identity-affirming practices Jemison experienced. Downloadable at nsta.org/duSableFramework.

How can I find out if my child’s school uses similar practices?

Ask three specific questions during parent-teacher conferences or school board meetings: (1) ‘Which Black, Indigenous, and women scientists appear in our science units—and are they presented as central figures or footnotes?’ (2) ‘How often do students design their own investigations versus following prescribed lab steps?’ and (3) ‘What community STEM partners does the school collaborate with—and how are families invited to engage?’ These questions reveal pedagogical philosophy more accurately than test scores alone.

Common Myths About Jemison’s Early Education

Myth #1: “Mae Jemison skipped grades or tested into gifted programs early.”
False. Jemison was not formally accelerated or placed in separate gifted tracks. Her advancement came from deep engagement, not acceleration—her teachers extended challenges within her grade-level classroom (e.g., assigning her to mentor peers in science fairs, leading small-group data analysis). The National Association for Gifted Children now cites her case in advocating for ‘depth over speed’ models for diverse learners.

Myth #2: “Her success proves that individual talent matters more than school quality.”
This fundamentally misreads her story. Jemison explicitly credits DuSable’s teachers—not innate genius—as the catalyst. In her 2020 TED Talk, she stated: ‘I wasn’t born knowing calculus. I was taught, repeatedly, respectfully, and joyfully—by people who believed my mind mattered before I did.’ Rigorous research from the Learning Policy Institute confirms that high-quality, culturally responsive teaching accounts for up to 30% of variance in long-term STEM persistence—far exceeding individual IQ measures.

Your Turn: Plant the First Seed Today

Learning what school Mae Jemison went to as a kid isn’t about nostalgia—it’s about recognizing that transformative STEM journeys begin not with rockets or robots, but with a teacher who sees potential, a library card that unlocks worlds, and a family kitchen where ‘what if?’ is always welcomed. You don’t need to wait for district policy changes or new funding. Start tonight: pull out a notebook, write ‘My Wonder Log’ on the cover, and ask your child one open-ended science question—not to test them, but to listen deeply to their thinking. Then, share that question with their teacher. That tiny act mirrors exactly what happened in DuSable’s third-grade classroom in 1963—and it might just be the first step toward someone’s own journey among the stars.