How SmartLab builds STEM Identity: hands-on ecosystems for future-ready students

What is Smart Lab and what does it actually deliver to a school?

Smart Lab is an integrated STEM learning ecosystem - not a room full of equipment, but a five-component system: a customized physical environment (anywhere from a full room to a library corner), a SaaS-based curriculum aligned to state standards and organized around industry pathways, curated kits and robotics equipment, ongoing professional development and community for facilitators, and a partnership infrastructure that brings business leaders and community members into the space to inspire students. The goal of all five components working together is to produce STEM identity: the student's self-belief that they belong, they can master rigorous challenges, and their ideas have impact.

What is STEM identity and why does Jennifer argue it matters more than technical skills?

STEM identity is a student's internal belief system about their own capability: I belong here, I can do this, my ideas have impact, I am future ready. Jennifer argues it matters more than technical skills because AI is rapidly absorbing most routine technical tasks - the differentiating human capability in an AI-powered economy is not what you know but how you think when you do not know. A student with STEM identity will approach an unfamiliar problem with curiosity and persistence rather than avoidance. That disposition - not any specific skill set - is what employers are already struggling to find and will increasingly value as automation expands.

Why does Smart Lab organize curriculum around industries rather than specific jobs?

Because specific jobs are being created, destroyed, and transformed at a pace that makes job-specific training obsolete before a student reaches the workforce. Industries, by contrast, persist across decades. A child learning to code a robot to move food from a farm to a market is not being trained for a specific role - they are entering the agriculture and logistics industries with the knowledge that AI, coding, and autonomous systems are part of how that industry functions. The intention is that by the time that student reaches working age, they can see a path in the industry and imagine the specific role they will create - possibly one that does not exist yet. Teaching the industry answers the student question that derails most academic learning: "Why are we learning this?"

How does Smart Lab work with corporations and what do companies get in return for sponsoring a lab?

Smart Lab brokers between companies and local school districts or foundations to direct corporate donations toward Smart Lab installations. The business case for companies is both philanthropic and strategic: they are building their next workforce, establishing community brand presence, creating employee volunteer opportunities, and - for those who co-develop curriculum - getting their industry, company name, and brand embedded in curriculum that reaches students nationally. A local ice cream company, for example, could sponsor a lab in their city and have their brand on the curriculum in schools across the country. Jennifer is explicit that partnerships need to be meaningful for both sides - the company gets something real, the school gets a Smart Lab, and the students get an aha moment. Purely extractive or purely charitable arrangements rarely sustain.

How does Jennifer describe the role of the facilitator in the Smart Lab ecosystem?

The facilitator is the most important component. Jennifer is direct about this: a room is just a room, curriculum is just curriculum, equipment is just equipment. The magic - the moment a student's light turns on - happens in the relationship between a skilled, curious, caring adult and a student who just encountered something that stumped and then excited them. Smart Lab does not just train facilitators and release them; the company provides ongoing coaching, an extended national facilitator community for peer learning, and additional training as the curriculum evolves. Jennifer draws the analogy to her retail career: the experienced salesperson walking a customer from one product to the next is not selling items - they are guiding a journey. The facilitator does the same thing with a student's curiosity.

What is Jennifer's leadership philosophy and how does her team describe her?

Jennifer moves at high speed with high standards - she describes herself as someone who wakes up every morning with a new idea and requires a team that can anchor those ideas to existing roadmaps and resource constraints. She earned a doctorate in 2022 mid-pandemic while running the company, directing theater productions, and raising a daughter. Her team would describe her as a visionary who does not sleep, and a human-centered leader who actively works to ensure every voice in the organization is heard - including the ground-level facilitators and the students at the end of the chain. She avoids the word "family" for her team (because families do not do layoffs) and prefers "a tribe unified around a mission" - people who care about each other and the outcome they are working toward.

How does Jennifer connect her retail background to Smart Lab's design philosophy?

Jennifer spent 15 years in retail at Gap, one of the most intentional brand experience companies in the world. Gap taught her that you are not selling clothing - you are selling a feeling, a journey, an identity. Every detail of the store environment, from the window display to the product placement, is engineered to produce a specific emotional response and guide the customer toward a specific outcome. Smart Lab applies the exact same philosophy to learning environments: the room is designed to produce a specific emotional state (curiosity, excitement, safety to fail), and every element of the five-component ecosystem is sequenced to guide a student from confusion to mastery. An aha moment is the retail equivalent of a customer picking up the item they did not know they needed - and Smart Lab engineers both.

Why does Jennifer recommend studying communications if starting college today, and what is the AI argument for it?

Because AI will write the words, but humans still need to deliver them. Jennifer argues that in a world where AI can draft a speech, write a report, or outline a curriculum, the scarce and irreplaceable skill is the ability to inspire - to pull an audience through a narrative, rally a community around a cause, and make people feel something that changes their behavior. AI can generate the content; it cannot generate the presence. Communications degrees, she argues, teach the fundamentals of storytelling, persuasion, and audience reading that have been the foundation of human leadership since indigenous cultures used fire and oral tradition. She also recommends engineering (for systematic problem-solving) and education (for mission-aligned career paths in companies like Smart Lab, not just classrooms).

What is Jennifer's argument for theater as a tool for empathy and leadership development?

Jennifer grew up in theater - her father is a professional actor and director - and has choreographed professionally and directed her daughter's school plays. Her argument is that live theater is the one medium where you encounter another human being's fully inhabited perspective, not a recorded or edited version of it, and where the story changes every performance because both actors and audience are present and responsive. For leadership, the implication is radical: leaders who have practiced inhabiting other perspectives through theater carry a fundamentally different capacity for empathy than those who have not. She extends this to her team and her curriculum - students who can see the world through someone else's story become better problem-solvers, more creative collaborators, and more effective communicators than those confined to their own four walls.