Science Q&A

How High School Students Are Making STEM Education Accessible for Younger Kids

By Lauraine Langreo — July 25, 2023 3 min read
Students from MC2 STEM High School in Cleveland critique their classmates’ projects for an event that blends STEM and art on March 16, 2017.
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Jobs in science, technology, engineering, and math are projected to grow by almost 11 percent by 2031—much faster than non-STEM occupations, according to the U.S. Bureau of Labor Statistics.

A majority of students are interested in these STEM careers, but some say they don’t feel prepared to pursue jobs in those fields, according to a Walton Family Foundation survey of 1,002 students ages 12-18 conducted this summer.

Keerthi Vijay and Riya Shah, both of whom just graduated high school, are doing their part to help prepare younger students for those fields.

In 2020, the then-10th graders created Team STEAM, a free program where high school students help elementary students develop skills in the STEM fields as well as in art. Shah is the president of the organization, and Vijay the vice president.

“Making STEM accessible for everyone, I think, is super important, especially because there’s such an emphasis on it these days,” said Vijay, who will be attending New York University’s school of business in the fall.

In a Zoom interview with Education Week, Vijay discussed how the program works, why STEAM is important, and the organization’s future.

This conversation has been edited for brevity and clarity.

Keerthi Vijay

Why did you decide to focus on STEAM—with art included—instead of just STEM?

One’s ability to pursue STEM requires art and creativity, because STEM is all about problem-solving, which is all about being creative. So with STEAM, it’s very inclusive, it’s multidisciplinary. Fundamentally, our program doesn’t run without that creativity aspect.

How did the program work during the early parts of the pandemic?

We would ship the [3DuxDesign’s architectural modeling] kits that we use to people’s homes, and then we would pick a common time that works to run sessions over Zoom. The [high school] mentors would also have kits and build with them.

From there, we saw how much of a difference it made in these students’ lives, whereas they’d do a full day of online school where there wasn’t very much interaction and laughter. And then we were like, ‘oh, maybe we’ll take this to the next level.’ I reached out to a bunch of local organizations and we started doing in-person sessions [at different libraries in Fairfield County, Conn.]

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How has it grown since then?

Our first year in 2020, we had taught about 50 students, and we had five full-time high school volunteers dedicated to two sessions every single week. Within the past two years since, we’ve had over 600 students that we’ve taught at various locations, and we’ve had over 20 high school mentors.

The cool thing is it’s not just high school mentors from my high school. If we work with the library in a different town, we try to ask them to also see if they have students who would be interested, so we try to train them and get them involved and then try to create satellite branches. Our goal is to get every branch working almost independently, where the high schoolers run the sessions and they handle all the operations and then they can work with their [elementary] students.

It was definitely a collaborative effort. There were lots of people who pitched in. Our program wouldn’t be where it is without our volunteers, without the students that keep coming back.

How did you come up with lesson plans for the sessions?

We thought about what we learned in school and how we can apply [those lessons] to everyday projects. What are some projects that are fun to build [and] very cool to look at, like towers, cars, bridges? And then from there, we thought about some very simple, easy, science concepts that we could apply to [whatever we were building].

We also like to get into a little bit of history, because learning nowadays is very multidisciplinary. For example, with towers, we talk about how over time building materials changed and that’s allowed for taller, stronger buildings.

We created the lesson plans and guides for the different projects and also created videos on how to build them. So when we have students in other areas who want to start their own chapter, we have a little starter kit that has all of our lessons and video demos.

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Photo of students working on computer boards.
E+ / Getty

What’s next for Team STEAM?

We want to keep growing and expanding. Team STEAM has only gone so far within our area, and my goal is to get other students to start their own Team STEAM chapter. I want to keep doing outreach work. We’re really working to start bringing Team STEAM into lower-income areas where they might not have robust library programs to afford the kits that we use. I want to start applying and receiving grants to fund the kits that we use.

And we’re applying for nonprofit status. And maybe being in college, I can start a chapter and get college students involved.


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