For many juniors and seniors, college applications are either approaching or already in progress. Choosing a major is no longer a theoretical exercise; it is a concrete decision with long-term consequences. A single checkbox can influence not only what a student studies, but their earning potential, job stability, career mobility and even long-term well-being.
From a workforce and economic perspective, this is a remarkably early inflection point. Sixteen- and seventeen-year-olds are being asked to make decisions that will reverberate across decades of their professional lives, often without a clear understanding of what different fields actually lead to.
That gap in understanding is not just a personal challenge for students; it is a structural issue for employers, industries and communities. As educators, business leaders, and invested community members, we share a responsibility to ensure students are equipped with real, practical insight into the opportunities available to them before these decisions are locked in.
At Generation STEAM, we hear the same reflections again and again from adults already deep into their careers: “I would have chosen engineering if I had understood what engineers actually do … I thought science only meant working in a lab … I didn’t see myself as technical, so I never considered computer science.”
Despite how deeply science and technology are embedded in our economy, many students still associate STEAM careers with a narrow set of roles or companies. In reality, STEAM degrees in science, technology, engineering, arts and mathematics serve as a launchpad into leadership, entrepreneurship, strategy, product development, policy, communications and business operations — far beyond traditional technical roles.
The skills developed through STEAM education, analytical thinking, data literacy, systems thinking, and complex problem-solving are among the most transferable and in-demand capabilities in today’s economy. They underpin success across nearly every sector, including education, healthcare, government, nonprofits and professional services.
There is also a wide ecosystem of “adjacent” careers that students rarely hear about: technical writers who translate innovation for broad audiences, commercialization specialists who bring medical breakthroughs to market, and business leaders who bridge the gap between technology and customers.
In short, STEAM is not just about creating engineers or scientists. It is about developing adaptable professionals who can navigate a rapidly evolving economy.
That is why the timing of the San Diego Festival of Science & Engineering is so critical. On March 7, the festival will bring students, families, educators and industry partners together for a day of hands-on, experiential learning. Last year, more than 17,000 attended, and the College and Career Pavilion, designed specifically to connect middle and high school students with education and career pathways, remained full throughout the day.
The message was clear: young people are not disengaged from STEAM. They are energized by it when they can see how it connects to real careers and real impact.
The challenge now is conversion. How do we translate curiosity into informed decision-making? How do we ensure that when students reach the point of selecting a major, they understand not only what they enjoy, but how those interests align with viable, fulfilling careers?
Exposure is the most effective answer. Career awareness cannot begin in junior year. It must start early and build over time. In elementary school, students can develop curiosity, creativity and confidence in problem-solving. In middle school, interests and aptitudes begin to take shape. With sustained exposure, high school students are far better positioned to make intentional, informed choices about their education and career paths.
The economic case is compelling. As of 2020, more than 10.2 million people were employed in STEAM fields in the United States, a number projected to grow to 11.3 million by 2030. These roles consistently offer higher wages, lower unemployment, and stronger long-term career resilience. At the same time, an estimated 85% of STEAM jobs needed by 2030 have not yet been created, a reflection of how quickly technology and business models are evolving.
Preparing students for this future is not about filling seats in a talent pipeline. It is about cultivating adaptable thinkers, ethical leaders, and innovators who can respond to challenges we cannot yet predict. As artificial intelligence and emerging technologies reshape every industry, today’s students will be responsible for designing, managing, and governing the systems of tomorrow.
Through classrooms, community partnerships, and events like the San Diego Festival of Science & Engineering, we have an opportunity, and an obligation, to ensure that the next generation enters the workforce informed, confident, and prepared.The future of our economy depends on it.
Sara Pagano is executive director of Generation STEAM, a local nonprofit supported by Biocom California, and leads the San Diego Festival of Science & Engineering and K-12 outreach initiatives with the goal of empowering the next generation of innovators and future talent of San Diego.
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