At STEAMLabs Kids, how we teach matters just as much as what we teach. Our program is built on five core principles that guide every session, every project, and every interaction with your child.  You can get a solid high level view of this by visiting our "Why STEAMLabs Kids" page, but continue reading if you want to do a deeper dive supported by research and evidence. You can click the research titles in orange below to the linked studies.

1. Hands-On Learning

“What the hand does, the mind remembers.” — Maria Montessori

At SteamLabs Kids, your child won’t just hear or read about STEAM topics — they’ll do it. Hands-on learning (also called experiential, active, project-based, inquiry-based, or activity-based learning) consistently shows superior outcomes to traditional lecture/textbook methods in K-6, with added benefits in critical thinking, retention, motivation, problem-solving, and equity for diverse learners. It aligns with how young children develop. That’s why every one of our sessions is designed around active, hands-on projects that turn abstract concepts into something your child can see, touch, and be proud of. When kids get to make something real, the learning sticks — and so does the excitement.

Here is a small sampling of the research around hands-on learning for your digestion:

• Maria Montessori & Foundational Theory (Widely Applied in K-6)
  
• Effective Learning Behavior in Problem-Based Learning: a Scoping Review
  
• Purdue University Study (2009) – Hands-On Water Quality Project
  

2. Broad Curriculum - STEAM vs STEM vs Coding

Young minds are naturally curious about everything, and we think their learning should reflect that. Our program spans all five STEAM disciplines — Science, Technology, Engineering, Art, and Math — because exposing kids to a wide variety of subjects early on helps them discover interests and strengths they might never have found otherwise. Rather than narrowing focus too soon, we give your child the chance to explore broadly, make unexpected connections between disciplines, and develop the kind of flexible thinking that serves them for life.  Especially in the midst of the AI revolution, no single skill—whether coding, robotics, or any other technical specialty—will be enough to guarantee a child's future success. We're returning to the very ideal that gave birth to the modern university: the development of well-rounded, intellectually versatile individuals.

• STEM Vs. STEAM: A Comparative Analysis of Student Performance and Engagement

“STEAM education, by integrating the arts, enhances creativity, problem-solving abilities, and student engagement through comprehensive learning experiences"

3. Screens Only When They Serve the Learning

We love technology at SteamLabs Kids - but we also know that not every lesson needs a screen. In a world where kids already spend significant time on devices, we’re intentional about when and why we use them. Screens are a tool in our program, not the default: your child will use them for subjects like 3D design or coding where they’re genuinely essential, but when the learning is better served by physical materials, collaboration, and real-world exploration, that’s exactly what we’ll do. The result is a balanced experience that teaches kids to use technology purposefully rather than passively.

• Screen vs. Paper: Which One Boosts Reading Comprehension?

4. Group & Team Learning

Some of the most important skills your child can develop aren’t found in a textbook — they’re built by working alongside other kids. Our sessions emphasize collaboration, teamwork, and shared problem-solving because that’s how the real world works, and it’s also how kids learn to communicate ideas, listen to different perspectives, and push through challenges together. When children tackle a project as a team, they don’t just learn the subject matter — they build confidence, empathy, and social skills that carry well beyond our lab.

Working in groups (cooperative/collaborative learning) consistently outperforms or matches individual work in K-6 for academic achievement, retention, social-emotional skills, critical thinking, and motivation—especially when structured with clear roles, interdependence, and teacher guidance.

We also believe that we do not need to segregate based on age and think that creating teams of mixed age groups help both the younger and older members of the group.

Mixed-age grouping (multi-age or cross-grade classrooms) amplifies group learning gains by fostering natural mentoring, leadership, reduced competition, and individualized pacing, while maintaining or improving academic outcomes and boosting social-emotional development.

• How Cooperative Learning Can Benefit Students 
• In Support of Mixed-Age Groupings: An Optimal Model for Early Childhood Classrooms
  

5. STEAM Should Be Fun!

Let’s be honest — if kids aren’t having fun, they’re not fully engaged; and if they’re not engaged, the learning suffers. That’s why fun isn’t an afterthought at SteamLabs Kids; it’s baked into everything we do. We believe that laughter, wonder, and the thrill of figuring something out are signs that real learning is happening, not distractions from it. Our goal is simple: every child should leave our lab excited to come back and discover what’s next.

• “Learning is more likely to stick when it is joyful…"