After launching the new XReady Lab Educators’ Community—created to give teachers cutting-edge educational tools and support their professional and personal growth — we were thrilled to speak with Nikki Wallace, a PBL evangelist, co-founder of STEMWorx, CEO of Bee Innovation Lab, Crosstown High science teacher, and tireless advocate for equitable STEM access, who in our recent call shared a career devoted to equipping every learner with the skills and confidence to tackle hard science in the real world, from underwater-robotics teams to VR biology labs, showing how strategic partnerships and hands-on projects can turn even cash-strapped classrooms into innovation hubs.
From Lab Corner to Lead Presenter: Breaking Stereotypes in STEM
Early in her research days, Nikki was literally “put in a corner.” Expectations were low for a Black woman scientist, but she persisted—volunteering to present at Georgia Tech’s monthly lab meeting, acing the talk, and later speaking at a neuroscience conference. That single act of self-advocacy set the tone for her teaching philosophy: students need exposure, community, and the confidence to disrupt preconceived narratives about who belongs in science.
Why Science Literacy Is Self-Advocacy
During the call, Nikki emphasized that understanding biology, chemistry, or physics isn’t just academic—it’s life-saving. “When people see medical symptoms in themselves or family, they’re empowered if they know the science,” she explained. A community fluent in basic health science can ask smarter questions, push for better care, and navigate the medical system more effectively. That’s why her lessons always connect classroom theory to real-world stakes, from polluted creeks to cancer-disparity research.
Building a Mini-Ecosystem: How Partnerships Fund Big Ideas
Money remains the toughest hurdle for project-based STEM, but Nikki has turned networking into an art. Key allies include:
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Tennessee Valley Authority (TVA) – Funds robotics parts and supplies volunteers.
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Tennessee STEM Innovation Network (TSIN) – Offers grants and professional-development hubs.
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STEM in Medicine Ecosystem (led by St. Jude) – Links students to active researchers for authentic mentorship.
Her advice to new teachers is simple:
“If no regional STEM hub exists, build your own micro-ecosystem.”
Reach out to local nonprofits, universities, and emerging investigators who need outreach components for their grants. Even a modest $5 K award can cover buses for field studies, lab consumables, or a starter set of VR headsets.
Signature Projects That Turn Heads (and Win Grants) ) Cypress Creek Biodiversity & Underwater Robotics
After learning that legacy pollutants still taint Memphis’s Cypress Creek, Nikki began imagining new ways her students could engage with environmental challenges firsthand. What if ninth-graders built mate-style ROVs to sample water and film aquatic life? What if, with the right funding and support, they developed prototyping portfolios so strong that by senior year, they could enter top engineering programs—or even launch a business of their own? These questions now shape her vision for the future of STEM education in her classroom.
Practical Advice for Teachers Ready to Launch STEM Projects
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Start Small, Think Authentic
Tie lessons to local issues—water quality, air pollution, neighborhood gardens. Relevance sparks student buy-in.
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Leverage University Requirements
Early-career researchers often need outreach for grant criteria. Offer your class as a collaboration site.
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Tap Parents and Alumni
One parent donation of $1 K jump-started Nikki’s robotics budget. Families appreciate concrete impact on college résumés.
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Document Everything
Keep a LinkedIn or digital-classroom portfolio. Grant reviewers love measurable outcomes—photos, data dashboards, student quotes.
Conclusion: Community-Powered STEM Is the Future
Nikki’s journey proves that transformative science education doesn’t hinge on state-of-the-art facilities; it thrives on creative partnerships, purposeful funding, and relentless advocacy. By uniting nonprofits, universities, parents, and tech tools like VR, she’s building a generation of students who not only understand STEM but also see themselves as problem-solvers in their own communities.
For educators looking to replicate her success, start by asking the same questions Nikki does: Who can benefit from my project? Who can help? And how can this experience empower students to do hard things well? The answers might unlock your own ecosystem—and bring your classroom one step closer to a truly immersive, equitable STEM future.
To wrap up, we’d like to thank Nikki for the inspiring conversation.
06 / 21 / 2025
