SmartLab

The best stories about SmartLab come from the facilitators who bring learning to life every day. Through hands-on, career-connected experiences within an integrated STEM ecosystem, facilitators see students develop real-world skills, discover their strengths, and begin to see themselves as STEM learners — all while creating learning that lasts. #SmartLab #STEMEcosystem #CareerConnectedLearning #STEMIdentity #HandsOnLearning #StudentEngagement #TeacherVoice

We’re proud to share that SmartLab has contracted with the Johns Hopkins University School of Education Center for Research and Reform in Education (CRRE) to evaluate the impact of our Explorer and Pathfinder programs on student outcomes across Texas, Illinois, and California. hubs.la/Q04hKKqM0 This multi-district research initiative will examine changes in students’ science and mathematics performance measured through independent measures of learning. The study will also include educator and administrator interviews, along with student focus groups, to gather deeper insight into perceived impacts on learning, equity and access, and opportunities for program improvement. At SmartLab, we’re committed to more than building STEM skills—we’re helping students develop mindsets that prepare them to shape the future. Read the blog: hubs.la/Q04hKKqM0 #SmartLabLearning #STEMEducation #EducationResearch #JohnsHopkins #CRRE #EdTech #FutureReadyLearning #STEMIdentity #StudentOutcomes #EvidenceBasedEducation

If AI can do the tasks, what skills still set humans apart? hubs.la/Q04hFPd80 In this episode of AI for Founders host Ryan Estes sits down with Dr. Jennifer Berry, CEO of SmartLab, to explore how SmartLab is transforming classrooms into tech-powered ecosystems—where students don’t just learn STEM, they become STEM. Through immersive, hands-on projects, real-world industry partnerships, and purposeful integration of AI, SmartLab helps learners build what Dr. Berry calls STEM identity—the belief that "I belong here. I can solve hard problems. My ideas matter." For founders and leaders thinking about the future of talent, this conversation offers a roadmap for cultivating curiosity, resilience, and creativity in the next generation—skills no algorithm can replace. Tune in to AI for Founders with host Ryan Estes and guest Dr. Jennifer Berry. hubs.la/Q04hFPd80 #AI #EdTech #STEM #FutureOfWork #Innovation #Leadership #STEMIdentity #SmartLab

Connect with SmartLab's Raymond Mitchell, Patrick Dugan, and Tanya Tovar-Rabatte at the 2026 CCOSA Leadership Conference, May 27–29, in Oklahoma City. Discover how SmartLab, a leading STEM education company, is helping schools create future-ready learning experiences through hands-on, career-connected STEM education. hubs.la/Q04hDS9d0 At SmartLab, we believe STEM identity grows when students see themselves as capable problem-solvers, innovators, and leaders. When learners believe “I belong here, I can tackle rigorous challenges, and my ideas have value,” new possibilities emerge. Discover how project-based STEM learning and immersive, applied learning experiences help students build confidence, strengthen durable skills, and prepare for a future shaped by AI, innovation, and evolving careers. From critical thinking and collaboration to adaptability and creative problem-solving, students develop the tools they need to thrive in an ever-changing world. Join the conversation and explore how SmartLab is helping schools reimagine STEM learning for the next generation: hubs.la/Q04hDPDp0 #SmartLab #STEMEducation #STEMEducationCompany #FutureReady #CareerConnectedLearning #HandsOnLearning #FutureOfLearning #EducationInnovation #STEMIdentity #K12Education

SmartLab prepares students for the future by building essential skills needed for both academic success and the modern workforce. That future readiness goes far beyond technical knowledge. hubs.la/Q04hFjBm0 Through collaboration, communication, and hands-on problem-solving, students gain the confidence to think critically, work effectively with others, and adapt to new challenges. These are the skills that prepare learners not only for careers in STEM, but for success in any path they choose. As Jamila Bynum shares, every experience in the lab is intentionally designed to help students grow into capable, confident problem-solvers. By engaging in meaningful, project-based learning, students learn how to apply their ideas in real-world ways while strengthening teamwork, creativity, and perseverance along the way. SmartLab creates opportunities for students to discover their strengths, develop a growth mindset, and build the communication and collaboration skills that today’s world demands. It’s about preparing learners to lead, innovate, and thrive in an ever-changing future. #SmartLab #FutureReady #STEMEducation #ProjectBasedLearning #CareerReadiness #StudentSuccess #FutureFocusedLearning #EdTech #STEMSkills #EducationInnovation

In celebration of Asian American, Native Hawaiian, and Pacific Islander Heritage Month, we honor the innovators, explorers, and changemakers whose contributions to STEM have expanded human understanding, strengthened communities, and shaped the future of our world. Dr. Chien-Shiung Wu, pioneering physicist whose groundbreaking experimental work transformed modern nuclear physics, exemplifies the lasting impact of scientific discovery and fearless innovation. Often called the “First Lady of Physics,” Dr. Wu’s research on beta decay challenged long-standing scientific assumptions and helped reshape the understanding of fundamental particles and forces. A professor at Columbia University and contributor to the Manhattan Project during World War II, Dr. Wu played a critical role in advancing nuclear science and experimental physics at a time when women and Asian Americans were significantly underrepresented in STEM fields. Her work not only advanced scientific understanding, but also demonstrated the importance of precision, perseverance, and intellectual curiosity in driving discovery and innovation. Throughout her career, Dr. Wu remained a strong advocate for education, equity, and expanding opportunities for women in science. Her leadership and groundbreaking research helped pave the way for future generations of scientists while reinforcing the importance of representation and inclusion within STEM disciplines. Today, her legacy continues to inspire students, educators, researchers, and innovators around the world to challenge assumptions, pursue discovery, and push the boundaries of what is possible. Advancing the future of science requires curiosity, courage, and a commitment to expanding human understanding. Dr. Wu’s impact reminds us that transformative breakthroughs often begin with the willingness to question convention and explore new possibilities. #AAPIHeritageMonth #WomenInSTEM #Physics #NuclearPhysics #ScientificDiscovery #STEMEducation #Innovation #FutureOfSTEM Columbia University Smithsonian Asian Pacific American Center APS Physics Brookhaven National Laboratory Manhattan Project National Historical Park

Transportation and logistics are evolving rapidly as robotics, artificial intelligence, and data-driven systems reshape how goods move around the world. hubs.la/Q04hjMvd0 As these industries transform, the demand for professionals who can apply integrated STEM skills to complex, real-world systems continues to grow. Our latest blog explores how robotics, AI, and automation are driving innovation across warehouses, transportation networks, and supply chains, and why hands-on STEM learning is essential to preparing students for the workforce of the future. When students engage in real-world problem solving and systems thinking, they develop the skills needed to adapt, innovate, and lead in rapidly changing industries. Read the full blog to learn how STEM education is helping build the talent pipeline for the future of transportation and logistics. hubs.la/Q04hjMvd0 #SmartLabLearning #STEMEducation #FutureReadyStudents #RoboticsEducation #AIinEducation #LogisticsInnovation #WorkforceDevelopment #CareerConnectedLearning #EducationInnovation

Connect with SmartLab's Raymond Mitchell, Patrick Dugan, and Tanya Tovar-Rabatte at the 2026 CCOSA Leadership Conference, May 27–29, in Oklahoma City. Discover how SmartLab, a leading STEM education company, is helping schools create future-ready learning experiences through hands-on, career-connected STEM education. hubs.la/Q04hhhy80 At SmartLab, we believe STEM identity grows when students see themselves as capable problem-solvers, innovators, and leaders. When learners believe “I belong here, I can tackle rigorous challenges, and my ideas have value,” new possibilities emerge. Discover how project-based STEM learning and immersive, applied learning experiences help students build confidence, strengthen durable skills, and prepare for a future shaped by AI, innovation, and evolving careers. From critical thinking and collaboration to adaptability and creative problem-solving, students develop the tools they need to thrive in an ever-changing world. Join the conversation and explore how SmartLab is helping schools reimagine STEM learning for the next generation: hubs.la/Q04hh2Rc0 #SmartLab #STEMEducation #STEMEducationCompany #FutureReady #CareerConnectedLearning #HandsOnLearning #FutureOfLearning #EducationInnovation #STEMIdentity #K12Education

What does it mean for students to truly see themselves in STEM? hubs.la/Q04htBGv0 In this episode of DARE, hosted by Ned Hayes, SmartLab CEO Dr. Jennifer Berry shares how a STEM company can transform K–12 education by focusing on something deeper than skills: STEM identity. When students believe they belong, can take on challenges, and add value, everything changes. From hands-on, project-based learning to real-world problem solving, this conversation highlights how students move beyond learning technology to using it with purpose. One powerful example shows a student envisioning how a drone could help find a lost child, a reminder that innovation begins with empathy and curiosity. As AI continues to evolve, the future of STEM education is not just about coding, but about critical thinking, discernment, and collaboration. Listen to the podcast: hubs.la/Q04htBGv0 #STEMEducation #STEMCompany #STEMIdentity #FutureReady #EdTech #K12Education #InnovationInEducation #21stCenturySkills #SmartLab

Sustainable STEM learning starts with sustainable funding. For many schools and districts, the challenge is not recognizing the value of STEM education. It is finding the funding pathways that make transformational learning experiences possible for every student. In this new SmartLab blog, we explore how educators and district leaders can identify and secure education grants that support long-term STEM implementation, from federal and state opportunities to nonprofit partnerships, corporate giving, and blended funding strategies. As a STEM company, SmartLab works alongside schools to help create future-ready learning environments where students engage in hands-on, project-based STEM learning that inspires curiosity, builds confidence, and prepares learners for careers that continue to evolve, including jobs that do not yet exist. Today’s students need more than content knowledge alone. They need opportunities to think critically, collaborate, solve authentic problems, and connect classroom learning to real-world industries and emerging technologies. Career-connected STEM learning helps students build durable skills while increasing engagement, strengthening academic performance, and creating meaningful pathways to future success. Research continues to show that hands-on, project-based STEM learning environments can improve student engagement, participation, and academic outcomes while helping students see themselves as future innovators, creators, and problem-solvers. This guide explores: ✔ Federal, state, nonprofit, and private STEM funding sources ✔ Strategies for writing stronger grant proposals ✔ Tips for blending and braiding funding streams ✔ Common grant application mistakes to avoid ✔ Long-term sustainability planning for STEM initiatives Discover how strategic funding can help schools expand access to meaningful STEM learning experiences that prepare students for the future of work and life. #STEMEducation #CareerConnectedLearning #FutureReadyLearning #STEMGrants #EducationFunding #ProjectBasedLearning #HandsOnLearning #K12Education #EducationInnovation #STEMLearning #WorkforceDevelopment #CTE #EdLeaders #StudentEngagement #FutureOfWork #SmartLabLearning

What skills will students need to thrive in the future of work, leadership, and innovation? In a compelling new episode of the Achieve Podcast, Dr. Jennifer Berry, CEO of SmartLab, shares her inspiring journey from professional dancer to education innovator and explores why hands-on, project-based STEM learning is essential for preparing students for an AI-powered future. hubs.la/Q04hlvW30 From developing “STEM identity” in students to helping learners build confidence, resilience, collaboration, and critical thinking skills, Dr. Berry explains why durable human skills matter now more than ever in an evolving world shaped by technology. SmartLab is proud to support nearly 700 school districts nationwide with immersive learning environments that empower students to think critically, solve real-world challenges, and discover that they belong, add value, and can master rigorous challenges. “One of the most important things we can teach students is how to think, question, collaborate, and lead in an AI-powered world.” – Dr. Jennifer Berry This conversation is a must-listen for educators, school leaders, parents, business leaders, and anyone passionate about preparing the next generation of innovators and changemakers. Listen to the full episode here: hubs.la/Q04hlvW30 #SmartLab #STEMEducation #ProjectBasedLearning #FutureReady #AIinEducation #STEMIdentity #EducationInnovation #FutureOfLearning #CriticalThinking #StudentSuccess #HandsOnLearning #EdTech #Leadership #FutureLeaders

In celebration of Asian American, Native Hawaiian, and Pacific Islander Heritage Month, we honor the innovators, explorers, and changemakers whose contributions to STEM have expanded human understanding, strengthened communities, and shaped the future of our world. Dr. Steven Chu, Nobel Prize-winning physicist and former U.S. Secretary of Energy, exemplifies the power of scientific leadership and innovation in creating a more sustainable future. Awarded the 1997 Nobel Prize in Physics for his groundbreaking work in laser cooling and trapping atoms, Dr. Chu has spent his career advancing scientific discovery while championing solutions to global energy and climate challenges. As the first Asian American U.S. Secretary of Energy, professor at Stanford University, and former director of Lawrence Berkeley National Laboratory, Dr. Chu helped accelerate conversations and investments around renewable energy, sustainability, and the critical role science plays in shaping public policy and global progress. Throughout his career, Dr. Chu has emphasized the importance of using science and innovation to address some of the world’s most pressing challenges, including climate change and energy sustainability. His leadership has helped bridge the gap between scientific research, education, and public policy, demonstrating how STEM can drive meaningful global impact. Beyond his research, Dr. Chu has remained a strong advocate for collaboration, mentorship, and expanding opportunities for future generations of scientists and engineers. His work continues to inspire innovators to think boldly, lead with purpose, and create solutions that improve lives and strengthen communities around the world. Building a more sustainable future requires bold thinking, collaboration, and a commitment to innovation. Dr. Chu’s legacy reflects how STEM leadership can drive progress, expand opportunity, and inspire future generations to create meaningful change for communities around the world. #AAPIHeritageMonth #CleanEnergy #Sustainability #Physics #STEMLeadership #RenewableEnergy #Innovation #FutureOfSTEM Stanford University Lawrence Berkeley National Laboratory U.S. Department of Energy

Transportation and logistics are evolving rapidly as robotics, artificial intelligence, and data-driven systems reshape how goods move around the world. hubs.la/Q04hc-K80 As these industries transform, the demand for professionals who can apply integrated STEM skills to complex, real-world systems continues to grow. Our latest blog explores how robotics, AI, and automation are driving innovation across warehouses, transportation networks, and supply chains, and why hands-on STEM learning is essential to preparing students for the workforce of the future. When students engage in real-world problem solving and systems thinking, they develop the skills needed to adapt, innovate, and lead in rapidly changing industries. Read the full blog to learn how STEM education is helping build the talent pipeline for the future of transportation and logistics. hubs.la/Q04hc-K80 #SmartLabLearning #STEMEducation #FutureReadyStudents #RoboticsEducation #AIinEducation #LogisticsInnovation #WorkforceDevelopment #CareerConnectedLearning #EducationInnovation

One of the most powerful outcomes of SmartLab is the depth of knowledge students develop through hands-on, career-connected learning. As learners work with real tools, tackle authentic challenges, and apply their thinking in meaningful ways, they build skills and understanding that rival what’s expected in professional environments. It’s not uncommon for industry leaders to be surprised by just how prepared—and how capable—students are when they step into the real world. #SmartLab #CareerConnectedLearning #FutureReady #WorkforceReadiness #STEMIdentity #HandsOnLearning #IndustryAligned #ProjectBasedLearning

Connect with SmartLab's Raymond Mitchell, Patrick Dugan, and Tanya Tovar-Rabatte at the 2026 CCOSA Leadership Conference, May 27–29, in Oklahoma City. Discover how SmartLab, a leading STEM education company, is helping schools create future-ready learning experiences through hands-on, career-connected STEM education. hubs.la/Q04hb7My0 At SmartLab, we believe STEM identity grows when students see themselves as capable problem-solvers, innovators, and leaders. When learners believe “I belong here, I can tackle rigorous challenges, and my ideas have value,” new possibilities emerge. Discover how project-based STEM learning and immersive, applied learning experiences help students build confidence, strengthen durable skills, and prepare for a future shaped by AI, innovation, and evolving careers. From critical thinking and collaboration to adaptability and creative problem-solving, students develop the tools they need to thrive in an ever-changing world. Join the conversation and explore how SmartLab is helping schools reimagine STEM learning for the next generation: hubs.la/Q04h9ZY30 #SmartLab #STEMEducation #STEMEducationCompany #FutureReady #CareerConnectedLearning #HandsOnLearning #FutureOfLearning #EducationInnovation #STEMIdentity #K12Education

What does it take to prepare students for a future shaped by AI, rapid innovation, and careers that don’t fully exist yet? In this episode of Inspiring Business Leaders, hosted by Richard Tiland, Dr. Jennifer Berry, CEO of SmartLab, shares why preparing students for the future requires more than teaching technology alone. hubs.la/Q04h8sZ90 As a leading STEM education company, SmartLab believes students need opportunities to think critically, collaborate meaningfully, adapt with confidence, and develop the resilience to navigate an ever-changing world. Dr. Berry explores why hands-on, career-connected STEM learning experiences help students build not only technical knowledge, but the durable human skills that will matter most in the future workforce. Jennifer also discusses parenting in the digital age, the evolving role of AI in education, and why students must learn to lead technology rather than simply be led by it. Discover Dr. Berry’s vision for the future of learning and hear how SmartLab is helping schools create future-ready learning experiences that empower students to explore their interests, solve real-world problems, and see new possibilities for their future. Listen to the full podcast and hear Jennifer’s vision for the future of learning: hubs.la/Q04h8sZ90 #SmartLab #STEMEducation #Podcast #JenniferBerry #FutureReady #HandsOnLearning #CareerConnectedLearning #EducationLeadership #STEMIdentity #AIInEducation

Choosing between a magnet school and a charter school can feel like a big decision. But the most important question is not the label. It is the learning experience. hubs.la/Q04h2gjf0 Both school types offer strong opportunities, but what truly matters is how students engage with STEM. Are they exploring, building, and solving real-world challenges? Are they developing the skills to think critically, collaborate, and adapt in a rapidly changing world? Because the future is evolving, and many of the careers students will enter do not yet exist. That is why STEM learning must go beyond content and focus on building the skills and mindset students need to navigate anything that comes next. The most impactful environments help students develop a strong STEM identity. The belief that they belong, can master challenges, and that their ideas matter. Learn more: hubs.la/Q04h2gjf0 #STEMEducation #SchoolChoice #K12Education #STEMLearning #FutureReady #CareerConnectedLearning #STEMIdentity #EducationInnovation #SmartLab

We’re proud to share that SmartLab has contracted with the Johns Hopkins University School of Education Center for Research and Reform in Education (CRRE) to evaluate the impact of our Explorer and Pathfinder programs on student outcomes across Texas, Illinois, and California. hubs.la/Q04h2hLW0 This multi-district research initiative will examine changes in students’ science and mathematics performance measured through independent measures of learning. The study will also include educator and administrator interviews, along with student focus groups, to gather deeper insight into perceived impacts on learning, equity and access, and opportunities for program improvement. At SmartLab, we’re committed to more than building STEM skills—we’re helping students develop mindsets that prepare them to shape the future. Read the blog: hubs.la/Q04h2hLW0 #SmartLabLearning #STEMEducation #EducationResearch #JohnsHopkins #CRRE #EdTech #FutureReadyLearning #STEMIdentity #StudentOutcomes #EvidenceBasedEducation

In celebration of Asian American, Native Hawaiian, and Pacific Islander Heritage Month, we honor the innovators, explorers, and changemakers whose contributions to STEM have expanded human understanding, strengthened communities, and shaped the future of our world. Paromita Mitra, a NASA mechatronics engineer helping advance the Artemis Generation, exemplifies the power of innovation, curiosity, and representation in shaping the future of space exploration. Through her work in robotics and engineering at NASA’s Jet Propulsion Laboratory, Mitra is contributing to technologies that support the next era of human discovery beyond Earth while inspiring future generations to pursue careers in STEM. A graduate of the University of Michigan, Mitra’s work combines engineering, robotics, and problem-solving to help drive innovation in aerospace and next-generation exploration systems. Her contributions reflect the growing impact of diverse voices in STEM and the importance of creating pathways for future innovators. Advancing the future of space exploration requires creativity, collaboration, and the courage to explore what is possible. Paromita Mitra’s work reminds us that today’s innovators are helping shape a more connected, innovative, and discovery-driven future for generations to come. #AAPIHeritageMonth #NASA #WomenInSTEM #SpaceExploration #Engineering #Robotics #STEMEducation #ArtemisGeneration NASA Jet Propulsion Laboratory University of Michigan

Sustainable STEM learning starts with sustainable funding. For many schools and districts, the challenge is not recognizing the value of STEM education. It is finding the funding pathways that make transformational learning experiences possible for every student. In this new SmartLab blog, we explore how educators and district leaders can identify and secure education grants that support long-term STEM implementation, from federal and state opportunities to nonprofit partnerships, corporate giving, and blended funding strategies. As a STEM company, SmartLab works alongside schools to help create future-ready learning environments where students engage in hands-on, project-based STEM learning that inspires curiosity, builds confidence, and prepares learners for careers that continue to evolve, including jobs that do not yet exist. Today’s students need more than content knowledge alone. They need opportunities to think critically, collaborate, solve authentic problems, and connect classroom learning to real-world industries and emerging technologies. Career-connected STEM learning helps students build durable skills while increasing engagement, strengthening academic performance, and creating meaningful pathways to future success. Research continues to show that hands-on, project-based STEM learning environments can improve student engagement, participation, and academic outcomes while helping students see themselves as future innovators, creators, and problem-solvers. This guide explores: ✔ Federal, state, nonprofit, and private STEM funding sources ✔ Strategies for writing stronger grant proposals ✔ Tips for blending and braiding funding streams ✔ Common grant application mistakes to avoid ✔ Long-term sustainability planning for STEM initiatives Discover how strategic funding can help schools expand access to meaningful STEM learning experiences that prepare students for the future of work and life. #STEMEducation #CareerConnectedLearning #FutureReadyLearning #STEMGrants #EducationFunding #ProjectBasedLearning #HandsOnLearning #K12Education #EducationInnovation #STEMLearning #WorkforceDevelopment #CTE #EdLeaders #StudentEngagement #FutureOfWork #SmartLabLearning