Samsung Solve for Tomorrow: Empowering STEM Innovation in High School Students

When Samsung Electronics France announced the five finalists for its 2026 Solve for Tomorrow competition this week, the ripple effects weren’t confined to the grand halls of Paris or the tech hubs of Lyon. The news landed with particular resonance in Austin, Texas—a city where public-private partnerships have long been the lifeblood of innovation, and where the intersection of education and technology isn’t just a corporate talking point but a daily reality for thousands of students, teachers, and local businesses.

For Austinites, the story isn’t just about a French contest. It’s a mirror held up to our own community’s ambitions—and a prompt to ask: How can we leverage the same kind of strategic collaboration to nurture the next generation of problem-solvers right here in Central Texas?

The Solve for Tomorrow Model: A Blueprint for Austin’s Classrooms

Samsung’s Solve for Tomorrow program, now in its fifth year in France, isn’t your typical science fair. It’s a six-month immersive challenge that tasks middle and high school students with designing technology-driven solutions to real-world societal issues—think climate resilience, digital equity, or public health. The twist? Students don’t work in isolation. They’re organized into “Mini-Entreprises,” a pedagogical model developed by the French federation Entreprendre Pour Apprendre (EPA), which mimics the structure of a startup. Teachers, EPA facilitators, and Samsung mentors guide teams through design thinking—a methodology that prioritizes empathy, prototyping, and iterative testing over rote memorization.

In France, over 1,100 students from 55 classes across 12 regions participated in this year’s competition. The finalists, announced on April 27, 2026, include projects like a biodegradable packaging solution and a platform to combat digital exclusion in rural areas. But the real victory isn’t just the projects themselves—it’s the ecosystem that surrounds them. As Sylvie, a mentor from Samsung France, noted in the announcement, the program’s strength lies in its ability to “support students throughout the creation process,” blending corporate resources with educational frameworks to create something greater than the sum of its parts.

For Austin, a city where the tech sector employs nearly 1 in 10 workers and where the public school system serves over 80,000 students—many from underserved communities—this model isn’t just aspirational. It’s actionable.

Why Austin? The Case for Localizing a Global Initiative

Austin’s identity is built on a paradox: It’s a city of rapid growth and deep-rooted inequality. The same streets that house the headquarters of Tesla, Apple, and Dell also include neighborhoods where 30% of families live below the poverty line. The Austin Independent School District (AISD) has long grappled with this divide, with schools like Akins High School in South Austin and Reagan Early College High School in Northeast Austin serving as microcosms of the city’s broader challenges—high mobility rates, language barriers, and uneven access to advanced STEM resources.

Yet Austin is also a city of problem-solvers. The University of Texas at Austin’s Texas Inventionworks program, for example, already partners with local schools to provide hands-on engineering experiences. The Greater Austin STEM Ecosystem, a coalition of educators, nonprofits, and businesses, has spent the last decade trying to bridge the gap between classroom learning and real-world application. And organizations like Latinitas, which empowers young Latinas through media and technology, have shown how targeted mentorship can transform student outcomes.

What’s missing? A unifying framework—one that scales these efforts, aligns them with corporate resources, and embeds them into the curriculum. Enter Solve for Tomorrow, or something like it. Imagine a version of the program tailored to Austin’s unique challenges: teams from Akins High tackling food deserts in Dove Springs, or students from Reagan Early College designing AI tools to streamline public transit for low-income commuters. The technology is already here; the partnerships just need to be formalized.

The Economic Imperative: Why Austin Can’t Afford to Lag

Austin’s tech boom has been a double-edged sword. On one hand, it’s created a $120 billion regional economy and attracted a wave of young professionals. On the other, it’s exacerbated a skills gap that threatens to leave thousands of local students behind. A 2025 report from the Austin Chamber of Commerce found that while the city added 15,000 new tech jobs in the past year, only 30% of those positions were filled by local hires. The rest went to transplants—many of whom arrived with degrees from out-of-state universities or bootcamps.

This isn’t just a moral failing; it’s an economic one. When local talent is overlooked, the city loses out on the long-term benefits of a homegrown workforce—higher retention rates, deeper community ties, and a pipeline of workers who understand Austin’s unique needs. Programs like Solve for Tomorrow don’t just teach coding or engineering; they teach how to think like an innovator—a skill that’s transferable to any industry, from healthcare to urban planning.

Consider the success of Dell’s Youth Learning Program, which has provided STEM education to over 10,000 Central Texas students since 2014. Or IBM’s P-TECH initiative at Travis High School, which offers students a direct pathway to tech careers through mentorship and industry certifications. These programs prove that when corporations invest in local education, the returns are measurable—not just in goodwill, but in tangible outcomes like higher graduation rates and increased college enrollment.

The Austin Playbook: How to Adapt the Solve for Tomorrow Model

So how could Austin replicate—or even improve upon—the Solve for Tomorrow framework? Here’s a roadmap, grounded in the city’s existing assets and challenges:

1. Start with the Schools That Need It Most

AISD’s Innovation Zones, launched in 2023, target schools in historically underserved areas for additional resources and autonomy. A Solve for Tomorrow-style program could be piloted in these zones, with a focus on schools like:

• Burnet Middle School (North Central Austin): A Title I campus where 85% of students qualify for free or reduced lunch. A partnership here could focus on projects like urban gardening tech or water conservation tools.
• Travis Early College High School (East Austin): Already a hub for IBM’s P-TECH program, this school could expand its tech focus to include community-driven projects, like a student-designed app to connect seniors with local resources.
• LASA High School (Northeast Austin): With its rigorous STEM curriculum, LASA could serve as a “mentor school,” pairing its advanced students with middle schoolers from feeder campuses to tackle complex challenges like traffic congestion or air quality monitoring.

2. Leverage Austin’s Corporate Ecosystem

Austin’s tech scene is famously collaborative. A Solve for Tomorrow initiative here could tap into the city’s unique mix of established giants and scrappy startups:

• Samsung Austin Semiconductor: The company’s local plant, one of the largest in the U.S., already runs STEM outreach programs. It could expand its role to include mentorship, facility tours, and even internships for top-performing Solve for Tomorrow teams.
• Tesla’s Gigafactory: With its focus on sustainable energy, Tesla could sponsor projects related to battery technology, electric vehicle infrastructure, or renewable energy solutions for low-income housing.
• Local Startups: Companies like Sprinklr (customer experience tech) or Everly Health (digital diagnostics) could provide real-world case studies or host hackathons, giving students a taste of Austin’s startup culture.

3. Embed the Program into the Curriculum

One of Solve for Tomorrow’s strengths is its integration into the school day. In France, students work on their projects during class time, with teachers incorporating the competition into lesson plans. Austin could take this a step further by aligning the program with the Texas Essential Knowledge and Skills (TEKS) standards, ensuring that participation counts toward graduation requirements. For example:

• In science classes, students could employ the program to fulfill project-based learning requirements.
• In career and technical education (CTE) courses, the program could serve as a capstone project for pathways like computer science or engineering.
• In social studies, teams could be encouraged to tackle civics-related challenges, like designing tools to increase voter participation among young people.

4. Measure Success Beyond the Competition

In France, Solve for Tomorrow’s impact is measured by the number of participating students and the quality of the final projects. But Austin could set more ambitious metrics, such as:

• College and Career Readiness: Tracking the percentage of participants who enroll in STEM-related postsecondary programs or secure internships with local companies.
• Community Impact: Evaluating how many projects are adopted by local organizations or government agencies. For example, a student-designed app to report potholes could be piloted by the Austin Transportation Department.
• Teacher Development: Providing professional development credits for educators who participate, ensuring the program’s benefits extend beyond the students directly involved.

Given My Background in Education and Workforce Development, Here’s Who You Should Talk to in Austin

If this trend resonates with you—whether you’re a parent, educator, or local business leader—here are the three types of professionals who can assist turn this vision into reality. These aren’t just job titles; they’re the architects of Austin’s future.

1. Education Policy Consultants (Specializing in Public-Private Partnerships)

What They Do: These experts help school districts and nonprofits navigate the legal and logistical complexities of corporate partnerships. They ensure that programs like Solve for Tomorrow align with state education standards, secure funding, and avoid conflicts of interest.

Why You Need One: Austin’s education landscape is fragmented, with 17 independent school districts in Travis County alone. A consultant can help streamline collaboration between AISD, charter schools, and private entities like Samsung or Dell.

What to Seem For:

• Experience with Texas Education Agency (TEA) grant applications, particularly for STEM or career readiness programs.
• A track record of working with both urban and rural districts (e.g., experience with Round Rock ISD or Del Valle ISD).
• Familiarity with design thinking and project-based learning frameworks.
• Connections to local foundations, like the Michael & Susan Dell Foundation, which often fund education initiatives.

Red Flags: Avoid consultants who push one-size-fits-all solutions or lack experience with Title I schools (schools with high percentages of low-income students).

2. Corporate Social Responsibility (CSR) Strategists (Tech Industry Focus)

What They Do: These professionals design and implement CSR programs for tech companies, ensuring that initiatives like Solve for Tomorrow align with corporate goals while delivering real community impact. They’re the bridge between a company’s philanthropic ambitions and the on-the-ground needs of schools.

Why You Need One: Austin’s tech companies are eager to give back, but their efforts are often siloed. A CSR strategist can help consolidate resources—whether it’s mentorship from Samsung, funding from Tesla, or volunteer hours from Google—into a cohesive program.

What to Look For:

• Experience with skills-based volunteering, where employees mentor students or provide technical expertise.
• Knowledge of impact measurement tools, like the Global Reporting Initiative (GRI) standards, to track program outcomes.
• Relationships with local nonprofits, such as Skillpoint Alliance or Workforce Solutions Capital Area, which can help scale the program.
• A background in education or workforce development (bonus points if they’ve worked with AISD’s Career Launch program).

Red Flags: Beware of strategists who prioritize PR over substance. Look for someone who can articulate specific, measurable goals—not just “we want to inspire the next generation.”

3. Community Innovation Hub Managers

What They Do: These professionals run physical spaces—like The Hive at the Austin Public Library or Notley’s Impact Hub—where students, entrepreneurs, and community members collaborate on projects. They’re experts at turning abstract ideas into tangible prototypes, often with limited resources.

Why You Need One: Solve for Tomorrow isn’t just about ideas; it’s about building. A hub manager can provide the tools (3D printers, laser cutters, coding software) and the expertise to help students bring their projects to life. They can also connect teams with local experts, like engineers from National Instruments or urban planners from the City of Austin’s Innovation Office.

What to Look For:

• Experience with maker education and fab labs (fabrication laboratories).
• A portfolio of past projects that demonstrate community impact, such as a student-built solar-powered charging station or a neighborhood wayfinding app.
• Partnerships with local universities, like UT Austin’s Cockrell School of Engineering, to provide mentorship or lab access.
• Familiarity with open-source tools and low-cost prototyping, which are essential for schools with limited budgets.

Red Flags: Avoid hubs that are overly focused on startups or adult entrepreneurs. Look for spaces that prioritize youth engagement and have a track record of working with schools.

Ready to find trusted professionals? Browse our complete directory of top-rated education policy consultants in the Austin area today.

Samsung’s Solve for Tomorrow competition isn’t just a feel-good story from across the Atlantic. It’s a case study in how to turn corporate resources into community assets—and a challenge to Austin to do the same. The question isn’t whether we can replicate this model. It’s whether we’re bold enough to attempt.