Teaching for Tomorrow: What today’s children should be learning to thrive in a rapidly changing, AI-powered world.
Dr. Berry explains SmartLab’s core focus: building STEM identity, which she defines as a learner’s self-belief that they belong, can master rigorous challenges, and their ideas have impact—a mindset she argues matters in every career, not just traditional STEM fields.
Dr. Berry shares her personal path into education, rooted in hands-on, kinesthetic learning and experiences across tutoring, after-school programs, and special education. She describes the current challenge facing schools: education systems move slowly while technology (especially AI) moves fast—forcing districts to rethink what “future-ready” learning looks like. Rather than over-indexing on teaching kids tools, she emphasizes the importance of skills often labeled “soft”: communication, collaboration, empathy, discernment, systems thinking, and comfort with productive failure.
The conversation explores what learning looks like inside a SmartLab: flexible models that include unit-based learning aligned to standards and project starters that present real problems for students to solve using STEM applications. Dr. Berry highlights the critical role of the educator as a facilitator—asking better questions, slowing learning down, and helping students connect concepts to real life.
A major theme is equity. Dr. Berry argues that school funding alone can’t meet the need and calls for communities, corporations, and philanthropy to help expand access—sharing an example of donor-funded labs in under-resourced schools. She closes by naming both the hardest and most rewarding part of her work: ensuring all students—not just some—have access to experiences that build confidence, capability, and a sense of belonging in the future economy.
Chapters & Key Topics
1. Welcome + Why STEM & Tech Now
First “doctor” guest; why this topic matters for parents and the future
2. Meet Dr. Jennifer Berry
Role at SmartLab and the mission of building STEM identity
3. Defining “STEM Identity”
Belonging, mastery of rigorous challenges, and ideas that have impact
STEM applications across all industries in an AI-powered world
4. Dr. Berry’s Path to This Work
Kinesthetic learning, Montessori influence, professional dance
From retail to education: tutoring, after-school, special education
Why SmartLab was a “perfect fit”
5. A Student Story: Drones + Career Imagination
Exposure to tools sparks career-connected thinking and possibility
6. The State of Schools Today
Districts grappling with what to teach as AI accelerates change
The challenge of slow systems vs fast technology
7. What Matters Most for Kids to Learn
Leaning into communication, collaboration, empathy, discernment
“Students powering AI” (not AI powering students)
8. Learning That Sticks
The importance of slowing down, questioning, and application
Facilitators as guides—asking questions that deepen understanding
9. What Happens Inside a SmartLab
The “integrated ecosystem”: space, tools, curriculum, training, support
Two models: units (standards-aligned) and project starters (open problem-solving)
Different implementations: dedicated lab, classroom pull-in, rotation (“wheel”) programs
10. How Much of School Should Be This Kind of Learning?
- Integrating STEM applications across subjects (beyond computers)
- Examples of STEM applications: multimedia, data analysis, robotics, design, circuitry
11. Technology as a Support (Not a Replacement)
- Dr. Berry’s story: talk-to-text supporting her daughter’s writing confidence
- Building identity by removing barriers and reframing “I’m not good at…”
12. Equity + Funding Models
- Why communities, corporations, and philanthropy matter
- Example: donor-supported SmartLabs in under-resourced schools