Demonstrating that Gen Z and Gen Alpha students embody “STEMpathy”—the fusion of STEM (Science, Technology, Engineering, and Mathematics) skills and a compassionate drive to solve community challenges—Samsung Electronics America has announced the 10 National Finalist schools advancing in the 15th annual Samsung Solve for Tomorrow competition. Selected based on the project pitch videos submitted by this year’s 50 State Winners, each Finalist team will be awarded a prize package of $50,000 in Samsung technology and classroom supplies, and will advance to the final competition round.
Samsung Solve for Tomorrow challenges public school students in grades 6-12 to drive positive change in their communities by applying STEM know-how to address real-world, pressing local issues. Celebrating its 15th year, the award-winning education-based citizenship program launched in 2010 with a mission to boost interest, proficiency, and equity in STEM. Over the years, it has become a force for reshaping the perception of STEM as a vital field for fostering a skilled workforce and informed citizens of tomorrow. To date, Samsung has awarded more than $27 million in resources to nearly 4,000 public schools across the U.S.
This year, with guidance from their teachers, schools, Samsung employee mentors, and local businesses and public officials, the Finalist teams—half of which are from Title 1 schools—will complete their STEM solution prototypes and present them to a panel of judges at a live pitch event on April 28, 2025 in Washington, D.C. The impressive array of bright ideas utilize cutting-edge technologies like artificial intelligence and machine leaning (60%), 3D modeling and printing (60%), Internet of Things (40%) and robotics (20%) to address key challenges in accessibility, public health, public safety, sustainability, and mental health.
Three schools will ultimately be named National Winners, selected by a distinguished judging panel that includes Charlotte Dungan, Chief Learning Officer at the Mark Cuban Foundation, Rameen Rana, Investor, at Samsung NEXT, and other esteemed judges. Notable guests attending the event include Yoonie Joung, President and CEO of Samsung Electronics North America, and Allison Stransky, CMO of Samsung Electronics America.
“Watching Year 15 of Samsung Solve for Tomorrow unfold, it’s clear that care, compassion and creative genius are alive and well among America’s 6-12 grade students,” said Stransky. “It’s inspiring to see Gen Z and Gen Alpha, as digital natives, embracing emerging tech like AI and harnessing it to improve lives and communities. We are proud to recognize not only the National Finalists but also the many students from schools across the country who participated this year, contributing their innovative ideas and showcasing the incredible promise of the next generations.”
Salman Taufiq, Head of Brand Marketing, Samsung Electronics America, added, “Solve for Tomorrow highlights the incredible potential of young minds. We are proud to see so many bright and passionate students are ready contribute to the growth and progress of our communities and country. As they embrace the power of STEM, they’re not just learning—they’re actively shaping a future where innovation and technology create real, positive impact.”
Introducing the 10 National Finalists
| School | City/State | Community Issue, STEM Solution & Video | ||
|---|---|---|---|---|
| Lathrop High School | Fairbanks, AK | Public Safety – Winter Driving: Snow-covered roads obscure lane markings, causing dangerous driving conditions that contribute to nearly 300,000 crashes per year on the 70% of U.S. roads that experience snow-related reduced winter safety. Students developed Laser Lane Lines – a solution that uses AI, robotics, and GPS tech to project laser lane markings onto snow-covered roads. Their application of STEM makes driving on snowy roads much safer for residents of Alaska and winter drivers across the country. https://youtu.be/UHzK9OWp0r8 | ||
| Bentonville West High School | Centerton, AR | Public Health – Cancer: Oral cancer causes 170,000 deaths annually, with early detection critical to saving lives. In Arkansas, limited access to affordable specialists and diagnostics makes detection especially challenging, particularly in rural and low-income areas. In 2024, 90% of residents didn’t visit a dentist. To address this, students developed an AI-powered mobile cancer screening app, allowing users to take images of their mouths and self-screen for oral cancer—offering an affordable, accessible early detection solution. https://youtu.be/f0uTMiuasF8 | ||
| Aurora Highlands P-8 | Aurora, CO | Accessibility – Gaming: Gaming isn’t just about high scores—it’s a way to connect, compete, and build friendships. But many games come with controllers that aren’t built for players with physical disabilities or who lack fine motor precision, leading to a risk of social isolation. Using 3D modeling, printing, and coding to design a customizable, affordable controller, middle schoolers developed an adaptive video game controller for gamers with diverse abilities, make gaming more inclusive. https://youtu.be/b_-mV_ld8uo | ||
| Academy of Aerospace and Engineering | Windsor, CT | Climate Action – Heat Disparities: In approximately 65 U.S. cities, the Urban Heat Island (UHI) effect causes temperatures to rise by 8°F for 34 million people, a significant temperature increase that impacts public health and sustainable city development. To identify locations with heat-absorptive surfaces (e.g., dark pavement, roofs) or areas lacking cooling vegetation, high school students created H.E.A.T.M.A.P., an AI-powered app using 3D-printed, solar-powered IoT sensors with thermal imaging to track, predict, and mitigate UHI locations in real-time, combatting climate-driven heat disparities. https://youtu.be/MZ2a3BZEHzI | ||
| Charter School of Wilmington | Wilmington, DE | Public Health – Physician Shortage: Delaware's physician shortage has left several counties without adequate access to healthcare, causing primary care wait times to soar by nearly 200%. High school students developed the AKQUA-Gel hydrogel bandage—a smart, AI-powered smart bandage with IoT sensors and 3D-printed components that monitors wound healing in real-time. Linked to a mobile app, it tracks biomarkers like moisture, pH, and oxygen, providing data to patients and doctors, advancing treatment, and reducing hospital congestion by enabling remote wound monitoring. https://youtu.be/Vs-Ou3CnCZg | ||
| Bloomington High School South | Bloomington, IN | Accessibility – Sports: Nearly 20% of Americans experience hearing loss, and with 8 million high school athletes participating in sports, many are at risk of damaging their hearing aids during physical activities. Current solutions are bulky and non-compliant. Storm Shield, a lightweight, eco-friendly headband, protects hearing aids from wind, rain, and impact using hydrophobic mesh and a wireless motion sensor for safety. Combining material science, programming, IoT, machine learning, and 3D printing, this all-girl student-led project offers an affordable, sustainable, and innovative solution for athletes' hearing aid protection. https://youtu.be/PlQEmMA2O9w | ||
| Denham Springs High School | Denham Springs, LA | Sustainability – Water Quality: To address community concerns about the potential risks of carbon capture and storage (CCS) projects in Lake Maurepas in Southeastern Louisiana, students developed the Safety C Sensor and app. Using AI and IoT, the system monitors carbon levels and alerts users to potential dangers like leaks. This initiative combines engineering, data science, and community education to ensure safety and raise awareness. https://youtu.be/-ZXrb92NUvw | ||
| Edgerton Elementary School | Maplewood, MN | Public Safety – Ice Hazard: Minnesota’s frozen lakes pose a serious safety risk, with numerous fatalities each winter from falling through ice. To address this, middle school students developed Ice Savers, a sensor system that measures ice thickness and shares real-time data through a mobile app. Using ultrasonic sensors, buoys, and AI-driven analysis, their solution helps prevent accidents by informing users when lake ice is safe to walk on. https://youtu.be/LzUOlEAJ-0w | ||
| Doral Academy of Northern Nevada | Reno, NV | Accessibility – Modular Prosthetic: At Doral Academy, a student with a partial arm amputation couldn’t play the violin, a passion of theirs. To help, classmates came together to create a cost-effective, 3D-printed modular prosthetic. By using CAD software and recyclable PLA, the middle schoolers crafted a solution that’s not only functional but adaptable. The innovation enhances accessibility, underscoring how STEM can foster inclusivity. https://youtu.be/5-ufOdRPMn0 | ||
| CY Middle School | Casper, WY | Mental Health – Youth Well-being: In response to rising youth mental health challenges, students created SEL-bot, a roaming robot that delivers positive messages throughout the school to promote mental wellness and self-esteem. Using mechanical engineering, robotics, and coding, they are applying STEM principles to build a functional robot that fosters a supportive, connected school environment, helping reduce anxiety and improve social interactions. https://youtu.be/n41Jq_mcoVE | ||
Your Vote Matters: Help Choose the Community Choice Winner
The 10 Solve for Tomorrow National Finalists have showcased their groundbreaking STEM solutions in three-minute pitch videos, and now it’s your turn to weigh in! Cast your vote to help select one Community Choice Winner, who will receive an additional $10,000 prize package on top of their $50,000 National Finalist earnings. Watch the videos here, vote for your favorite, and make your voice count. You can vote once per day until 11:59 p.m. EDT on April 20, 2025.
New This Year: An Interactive, AI-Powered Prize to Empower U.S. Classrooms
In celebration of Year 15 of Solve for Tomorrow, in addition to the $2 million-plus total prizes, all 10 National Finalist teams will receive a Samsung WAF Interactive Display, which delivers a dynamic, engaging experience designed for the classroom of the future. Its intuitive interface and wide compatibility make it easier for teachers to leverage education apps and features that optimize lessons to help students discover the joy of learning. Each teacher will also receive specialized training from the Samsung Education Solutions team on effective uses of both interactive display technology and AI technology in the classroom.
What’s Next: Live Student Pitches & Game-Changing Prizes Await
| The 10 National Finalists will head to a live Pitch Event on April 28 in Washington, D.C. Based on the live pitch presentations, judges will name three schools National Winners, each of which will receive a $100,000 prize of Samsung technology and classroom supplies. The remaining seven National Finalist schools will have been awarded $50,000 prize packages. All 10 National Finalist teams will receive a Samsung WAF Interactive Display and Samsung Education Solutions team training. | ||||
| From among the 50 State Winners, one school will be selected for the Rising Entrepreneurship Award, receiving an added $25,000 prize package to nurture and develop their STEM solution into a venture extending beyond the competition. | ||||
| One of the 50 State Winner schools will be recognized with a Sustainability Innovation Award for driving sustainable change through STEM innovation, and an additional $25,000 prize package, including Samsung ENERGY STAR® technology. | ||||
| From the National Finalists, one Community Choice Winner, selected through online voting by the general public, will receive an additional $10,000 in prizes on top of their National Finalist winnings. | ||||
| One Employee Choice Winner will be chosen by Samsung employees from among the National Finalists to receive $10,000 in prizes in addition to their National Finalist winnings. |
To learn more about Samsung Solve for Tomorrow, please visit www.samsung.com/solve and follow us on Instagram and Facebook.
