STEAM Ages 14–17

Online STEAM Classes for Kids Ages 14–17

Starting at just $14 per class, our STEAM sessions teach teens to blend scientific thinking with creative innovation. Small groups of 4–8 students collaborate on real-world challenges that bridge lab work and artistic design.

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From $14/class

Price

4–8 students

Group Size

55–75 min

Schedule

14–17

Ages

STEAM Classes for Kids: Real Skills for High School Students

By high school, your teen is figuring out who they are and what they're capable of. STEAM classes meet them exactly where they are—blending science, technology, engineering, art, and math in projects that actually matter to them. Instead of abstract lessons, they're building, designing, and problem-solving alongside peers in small groups of 4–8 students. This is when hands-on learning clicks, because they can see how what they're learning applies to real careers and real life.

At this stage, teens thrive when they have autonomy and challenge. Our interdisciplinary mentors guide projects that demand creative thinking and technical skill—whether that's coding an app, designing sustainable structures, or creating digital art. In a 55–75 minute session, they're not just absorbing information; they're developing confidence in their own ideas and learning to collaborate with others who think differently. These are the skills that matter in college and beyond, and they build naturally through doing.

Classes start at just $14 per session, making it easy to explore what genuinely interests them without a huge commitment. Whether your teen is already a STEAM enthusiast or just curious about how things work, small group sizes mean they get real feedback and space to ask questions. That's how they move from "I don't know if I'm good at this" to "I actually made something I'm proud of."

What Ages 14–17 Learn in STEAM

Engineering Design & Prototyping

Teens apply the engineering design process to build functional prototypes—from sustainable structures to mechanical devices. They learn to iterate based on testing feedback, mirroring how professional engineers solve problems.

Data Visualization & Analysis

Students collect experimental data and transform it into compelling visual stories using charts, infographics, and interactive displays. This bridges quantitative rigor with creative communication for presentations and real-world impact.

Digital Fabrication & 3D Thinking

Teens design in 3D software and bring concepts to life through digital tools, laser cutting, or 3D printing. They develop spatial reasoning and learn how digital design translates to physical reality.

Systems Thinking & Sustainable Innovation

Students tackle complex challenges—like renewable energy systems or circular design—by analyzing interconnected variables. They learn to think like innovators who balance scientific feasibility with creative, sustainable solutions.

Recommended STEAM Classes for Ages 14–17

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STEAM Discovery: Art Meets Science

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Architecture & Design Engineering

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Creative

Wearable Tech & Fashion Engineering

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Why Ages 14–17 Is a Great Time for STEAM

Teenagers aged 14–17 are developing formal abstract reasoning and can grasp systems-level thinking, making them ready for STEAM work that requires connecting multiple scientific disciplines with creative problem-solving. At this developmental stage, they're eager to see how their learning applies to real-world issues like climate change, renewable energy, or medical technology—subjects that spark genuine intellectual curiosity. Their growing independence also means they're motivated by autonomy in choosing design directions and defending their choices, which STEAM projects naturally encourage.

This age group thrives on collaborative, project-based learning where they can showcase both technical competence and creative expression. Teens in grades 9–12 are building identities and exploring potential career paths; STEAM classes reveal that science and engineering aren't narrow pursuits but creative fields where innovation happens at the intersection of disciplines. Small group settings allow them to take intellectual risks, debate design decisions, and develop the communication skills they'll need in college and modern careers—all while building confidence in their ability to tackle complex, open-ended challenges.

"Finally, classes that don't feel like school. My kids actually BEG to log in."

Jennifer L.

Parent of 8 and 11-year-olds

STEAM for Ages 14–17 FAQ

Do students need prior coding or engineering experience?

No prior experience needed. Our instructors scaffold lessons so beginners and experienced students both find challenge and growth. We focus on design thinking and problem-solving skills that transfer across platforms and tools.

How do you balance 'science' and 'art' in a single class?

Science provides the constraints and data; creativity drives the solutions. Students might use physics principles to design a bridge, then optimize its aesthetic appeal—or analyze color theory while coding a visual algorithm. The blend is intentional and mirrors real innovation.

Will my teen get a certificate or portfolio piece from this class?

Yes. Students document their process and final designs, creating portfolio-ready work they can show colleges or employers. Many instructors also provide completion certificates highlighting the specific skills and projects completed.

What if my teen is interested in STEAM but unsure which track (engineering, digital art, biology, etc.)?

Our mixed STEAM sessions expose teens to multiple disciplines in one class, helping them discover where their passions lie. We also offer specialized tracks—so once they find their interest, they can dive deeper.

Browse Other Ages

Ages 5–7 Ages 8–10 Ages 11–13 Ages 14–17

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James Chen

STEM Program Director

James directs our STEM, robotics and chess programs with 9 years of hands-on STEM education experience. A former MIT Media Lab researcher, he now focuses on making complex science and engineering concepts accessible and exciting for young learners through interactive projects.

Last updated: April 2026

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