From encouraging toddlers’ natural curiosity to giving high school students access to laboratory tools and experiences, STEM appreciation and understanding can be fostered at any age.

EXPLORE STEM PROGRAMS

By connecting math, science, technology, and engineering to real-world phenomena, we can help make STEM fun and interesting for students of all ages.

Pre-K

K–5

6–8

9–12

College

Educators
& Parents

Most STEM Community Education & Engagement programs listed on this site are tuition-free. Programs that do charge tuition also offer financial aid for families in need. Financial aid inquiries should be directed to the individual programs.

Today’s kids are growing up in a time when technology and scientific discovery are advancing at a rate we’ve never seen before. Building an understanding of science, technology, engineering, and mathematics (together known as STEM) will not only prepare them for the future, but also allow them to contribute to these advancements.

With that in mind, we want to share the knowledge, discoveries, and resources we have at the University of Chicago with our local community and beyond. Our STEM-focused programs are meant to excite, educate, and mentor kids from preschool all the way to college, as well as help us support fellow educators and educational institutions.

To position our region as a leader in STEM, we need to both encourage STEM engagement and make STEM career pathways clear, particularly for students within Chicago’s underserved and underrepresented communities.

“Before participating in the PME-CCC program, I wasn’t super interested in doing research, but now I have a different perspective. The program is helping me push my limits. If I keep going, eventually I’m going to do something groundbreaking.”
—Destini Coleman

“The Teach Quantum program opened my eyes to the vital need for students to learn quantum science and engineering, and learn it in a way that connects to their lives and things they already know. It’s the way industry is going to be driven from here on out, so even if they never pick up a quantum textbook, they’ll have this knowledge in their back pocket for the future.”
—CPS Teacher Adam Davenport

“When I tell people that I want to go into the medical field they get so happy, because there are not a lot of Black and brown people who look like me in medicine. I want to change that.”
—Jada Boyd

“The Center for Data and Computing internship helped me improve my time management skills and be more responsible, and have made my current school classes more enriching now that I have more knowledge about machines and coding.”
—Christine Jacinto

NEWS & EVENTS

Science Careers in Search of Women

Science Careers in Search of Women (SCSW) offers female high school students an extraordinary opportunity to explore STEM professions and areas of interest through interaction with Argonne National Laboratory's world-class scientists and engineers. The program strives...

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What is STEM?

STEM is an acronym that represents science, technology, engineering, and mathematics. While these topics can also be taught separately, many STEM programs integrate these disciplines using real-world applications and hands-on learning.

STEM subjects are defined by the National Research Council as:

Science is the study of the natural world, including the laws of nature associated with physics, chemistry, and biology, and the treatment or application of facts, principles, concepts, or conventions associated with these disciplines.
Technology comprises the entire system of people and organizations, knowledge, processes, and devices that go into creating and operating technological artifacts, as well as the artifacts themselves.
Engineering is a body of knowledge about the design and creation of products and a process for solving problems. Engineering utilizes concepts in science and mathematics and technological tools.
Mathematics is the study of patterns and relationships among quantities, numbers, and shapes. Mathematics includes theoretical mathematics and applied mathematics.

Why is STEM important?

When children have early access to quality, hands-on STEM learning opportunities, they do better in school, not just now, but for the long term. STEM education can help teach students to solve problems, to make sense of information, and to gather and evaluate evidence for decision-making—skills that are useful throughout our lives and in any profession.

To help broaden representation in STEM careers, we need to make sure not only that every student is taught these subjects, but also they are introduced to and given access to those careers.

Outside of these career opportunities, the understanding of STEM is critical to understanding many important topics that affect us all, including infectious diseases, pollution, climate change, clean water access, renewable energy, and cybersecurity.

STEM Community Education & Engagement: mission and goals

Our programs aim to leverage the scientific knowledge and resources of the University of Chicago to advance STEM education and engagement in local communities and beyond in order to better position the region as a source for tomorrow’s leaders in science, technology, engineering, and mathematics. We do this in partnership with our national and affiliated laboratories, with educators in local schools, and with members of our surrounding communities.

We are guided by five overarching goals:

To advance STEM education and engagement through a range of opportunities that are based in active learning and that connect mathematics, science, technology, and engineering to real-world phenomena. Our programs are intentional, successive, and grounded in the needs and priorities of Chicago students, families, teachers, and schools.
To expand access to STEM knowledge and discoveries by emphasizing public engagement as an essential part of STEM professional practice, by sharing relevant UChicago tools and resources, and by critically engaging patterns of bias and inequality in STEM education.
To prepare the future STEM workforce by fostering lifelong STEM interest and engagement, and by facilitating awareness of and access to STEM careers at all levels—particularly within underserved and underrepresented communities.
To cultivate STEM leadership and expertise by purposefully empowering educators: local teachers through professional development opportunities, UChicago students and postdoctoral researchers through teaching and mentoring opportunities, and UChicago researchers broadly through workshops in such areas as science communication and cultural responsiveness.
To foster University of Chicago STEM connections across the city of Chicago and beyond by building long-term, mutually beneficial relationships with partners in local schools, community organizations, and not-for-profits, and by leading exchanges across educational institutions, industry, and government for community improvement and impact.

University of Chicago sites for STEM Community Education & Engagement

Keep checking back—we are continuously adding programs to this site. If you have any questions about our STEM education programs or would like to add a program we haven’t included, please complete this form.

University of Chicago STEM Community Education & Engagement Partners