Unveiling STEM's Hidden Connections: Opportunities for Aspiring Innovators
STEM, an acronym that often conjures images of complex equations and sterile laboratories, is in reality the invisible thread woven through the fabric of our daily lives. From the exhilarating world of sports to the immersive realm of video games, the intricate designs of fashion, and the breathtaking beauty of nature, STEM principles are the fundamental forces driving our passions and interests. Recognizing this pervasive influence, initiatives like the DoSomething’s Science Go Seek Challenge aim to illuminate these connections, encouraging young minds to explore how basic STEM principles are the driving force behind our everyday lives.
The Science Go Seek Challenge: Igniting Curiosity and Rewarding Discovery
The Science Go Seek Challenge, a collaborative effort between DoSomething.org and 3M, a global leader in science and innovation, was designed to rally young people and schools nationwide to explore the intricate interplay between science, technology, engineering, and mathematics (STEM) and the world around us. The core of this challenge lies in its invitation to participants to "choose something that interests you and find a way that science, technology, engineering, or math explain how it works." This directive encourages a personalized journey of discovery, urging students to "uncover the science behind your passions, embrace STEM, and make a meaningful impact."
Participants were tasked with creating and sharing a 30-60 second video highlighting these hidden connections. For instance, a student might explore the neuroscience behind music appreciation or delve into the chemistry of baking. This approach not only makes STEM accessible and engaging but also inspires young people to "research and learn more about how STEM operates within their everyday lives." As Keely Quinn, Director of Programming & Impact at DoSomething, stated, "Science Go Seek offers schools a golden opportunity to integrate STEM across disciplines and inspire students to follow their curiosity beyond the classroom." Educators were invited to participate by filling out a specific form to get started in the competition, emphasizing the program's aim to integrate STEM learning across educational settings.
While the Science Go Seek Challenge itself was a powerful platform for engagement, it also offered tangible rewards. In a significant announcement, the Skechers Foundation offered $200,000 in exclusive scholarships, with one applicant to the Science Go Seek School Challenge potentially receiving a $2,500 scholarship for creating the best video. Furthermore, winning applicants had the potential to receive a $3,000 grant to support their middle or high school. This dual focus on individual achievement and broader educational impact underscored the program's commitment to fostering STEM talent. However, it is important to note that, as of 2025, the Science Go Seek School Challenge appears to be unavailable, according to editor's notes. DoSomething, founded in 1993 with the vision that volunteerism can be as cool as sports, has evolved into one of the largest nonprofits dedicated to young people making social change, having registered over 415,000 new voters since 2018 and awarded more than $1.8 million in scholarships since 2010.
The NSF S-STEM Program: A Foundation for Future STEM Leaders
Beyond specific challenges, broader governmental initiatives play a crucial role in nurturing the STEM pipeline, particularly for underserved populations. The National Science Foundation's (NSF) Scholarships in Science, Technology, Engineering, and Mathematics (S-STEM) program stands as a cornerstone in this effort. Established in accordance with the American Competitiveness and Workforce Improvement Act of 1998, the S-STEM program was initially conceived as a mechanism to address long-term workforce needs in technology-intensive sectors by funding scholarships for American post-secondary students.
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The overarching goal of the S-STEM program is to "enable academically talented, low-income students to pursue successful careers in promising STEM fields." This mission is deeply rooted in the understanding that "financial aid alone cannot increase retention and graduation in STEM." Therefore, the program provides awards to Institutions of Higher Education (IHEs) not only for scholarships but also to "adapt, implement, and study evidence-based curricular and co-curricular activities and supports." Ultimately, the S-STEM program seeks to "increase the number of academically promising low-income students who graduate with an S-STEM eligible degree and contribute to the American innovation economy with their STEM knowledge."
Eligibility and Program Structure
To be eligible for S-STEM support, scholars must be "domestic low-income students with academic ability, talent, or potential and demonstrated unmet financial need who are enrolled in an associate, baccalaureate, or graduate degree program in an S-STEM eligible discipline." A critical requirement for institutions applying for S-STEM funding is to "provide an analysis that articulates the characteristics and academic needs of the population of students they are trying to serve." The NSF expresses particular interest in supporting degree attainment in fields identified as critical national needs.
The S-STEM program is structured into several tracks, each with distinct objectives and eligibility criteria for institutions:
Track 1: Capacity Building and Infrastructure Development: This track is designed for institutions that have not received recent S-STEM or STEP (Scholarships in Science, Technology, Engineering, and Mathematics Program) funding. The aim is to build institutional capacity to support low-income STEM students. Track 1 proposals can request up to $2,000,000 for up to six years, with at least 50% of funds dedicated to scholarships. A significant feature of Track 1 is the mandatory initial planning/self-study period, lasting 6-12 months, during which institutions develop strategies for student support before awarding scholarships. This period might involve piloting application strategies, professional development for mentors, or revising institutional policies.
Track 2: Program Enhancement and Expansion: This track supports institutions looking to enhance or expand existing successful S-STEM programs. Proposals for Track 2 can also request up to $2,000,000 for up to six years, with a slightly higher scholarship allocation requirement of at least 60% of total funds.
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Track 3: Inter-institutional Consortia: This track fosters multi-institutional collaborations focused on common interests or challenges. These consortia can involve partnerships between two- and four-year colleges, or between four-year colleges and graduate programs, aiming to achieve larger-scale impact through shared efforts and infrastructure. Track 3 proposals have the highest funding potential, up to $5 million for up to six years, with at least 60% dedicated to scholarships. A unique aspect of Track 3 is a mandatory third-year review by the NSF to assess progress, with continued funding contingent on satisfactory performance.
For all tracks, the Principal Investigator (PI) must be a faculty member teaching in an S-STEM eligible discipline or an academic administrator with relevant teaching experience. Projects involving multiple departments require a single PI to assume overall management responsibility, with faculty from all involved departments playing key roles.
Scholar Eligibility and Scholarship Determination
At the scholar level, eligibility hinges on being a "domestic low-income student with academic ability, talent, or potential and demonstrated unmet financial need." These students must be enrolled in an associate, baccalaureate, or graduate degree program within an S-STEM eligible discipline. The NSF has a mandate to broaden participation in science and engineering, a principle that underpins the S-STEM program's focus on supporting diverse student populations.
A crucial aspect of S-STEM scholarships is their designation as "last dollar scholarships." This means they are intended to cover a student's unmet financial need only after all other grants and scholarships have been applied, excluding loans or work-study awards. The scholarship amount is determined by the institution's cost of attendance, which typically encompasses tuition, fees, room and board, textbooks, transportation, and other necessary expenses like laptops.
The Importance of Mentoring and Cohorts
Recognizing the critical role of support systems, the S-STEM program strongly emphasizes the development of scholar cohorts and faculty mentoring. Educational research consistently highlights the positive impact of these structures on the retention and success of low-income students. Cohorts provide a sense of belonging and foster peer-to-peer academic and social support, while faculty mentors offer guidance and academic assistance. Institutions are expected to create and maintain these support mechanisms, ensuring that scholars have ample opportunities to connect with each other and with faculty who possess expertise in their respective fields.
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The involvement of the Office of Financial Aid and other campus partners is also integral to the S-STEM program's success. Letters from financial aid offices are required to certify their understanding of the program's guidelines, particularly the "last dollar" nature of the scholarships. Internal partnerships with other institutional offices or departments can be demonstrated through letters of commitment, highlighting a holistic approach to student support.
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