What you’ll learn in this article…
- Maria Paris received the 2026 Women in Science Leadership Award.
- She leads STEAM competitions, composting, and a school garden.
- The AASL Collaborative School Library Award recognizes STEM-focused librarians.
From makerspaces to science partnerships, school librarians are redefining STEM education. Meet the award winners paving the way.
School librarians increasingly lead STEM instruction, as evidenced by Maria Paris's 2026 Petit Family Foundation Women in Science Leadership Award.1 Paris, the library media specialist at Jefferson Marine Science Elementary School in Norwalk, Connecticut, was selected by the Connecticut Science Center for her hands-on STEAM programming, environmental projects, and community partnerships. Her recognition signals a trend where library media specialists become central to science education.
The award spotlights a growing list of honors for school librarians who drive STEM, from national prizes to state acknowledgments, and shows how MLIS alumni career paths are adapting to equip graduates for expanded duties. Such recognition confirms the library floor is now a legitimate science classroom and the librarian a key STEM partner.
School librarians are increasingly stepping out from behind the circulation desk to lead hands-on STEM initiatives, yet they rarely receive the kind of science-focused recognition reserved for researchers and engineers. That changed in 2026 when Maria Paris, a library media specialist at Jefferson Marine Science Elementary School in Norwalk, Connecticut, was named a recipient of the Petit Family Foundation Women in Science Leadership Award by the Connecticut Science Center.1
Paris has transformed the library into a hub of hands-on STEAM learning. She leads the school's Gifted and Talented program, coaches students for STEAM competitions, and orchestrates school-wide STEAM events that engage every grade level. Her work extends beyond the library walls: she runs the school's recycling and composting initiatives, and she established and continues to maintain the school garden, using it as a living laboratory to teach nutrition and sustainability.
Community partnerships are central to her approach. Paris coordinates field-based learning experiences with the Maritime Aquarium and Project Oceanology, connecting students with marine science directly. Principal Cesar Nina captured her impact succinctly: "Maria Paris consistently goes above and beyond to enrich our students' educational experiences."
The Petit Family Foundation Women in Science Leadership Award annually honors two individuals, one professional and one student, who demonstrate leadership in STEM, a commitment to advancing the field, meaningful engagement with diverse audiences, and active support for women and girls in science.2 Selected by the Connecticut Science Center's Women in Science steering committee, past recipients have primarily been university researchers, engineers, and high-achieving students in STEM disciplines.3 Paris's selection marks a notable milestone: it signals that the innovative STEM work school librarians do every day is gaining recognition from the broader scientific community.
The award will be formally presented at the Connecticut Science Center Gala in October 2026. For library and information science professionals, Paris's achievement underscores how library media specialists can become essential STEM leaders, building partnerships, leading interdisciplinary projects, and inspiring the next generation of scientists right from the school library.
School librarians today are becoming central figures in STEM education, moving beyond traditional book management to lead hands-on science, technology, engineering, and math learning. Maria Paris, the library media specialist at Jefferson Marine Science Elementary School in Norwalk, Connecticut, illustrates this transformation. Her 2026 Women in Science Leadership Award from the Petit Family Foundation honors not just a single project, but a career built on integrating STEM into every corner of the library and school community.
Unlike classroom teachers, what a school librarian does day to day spans all grade levels and subjects. This cross-cutting role gives them a bird's-eye view of the curriculum, making them natural facilitators for interdisciplinary STEM programming. Paris, for example, leads the school's Gifted and Talented program, prepares students for STEAM competitions, and organizes school-wide STEAM events that reach every student.
The shift toward STEM facilitation is visible in the daily work of school librarians. They run makerspaces stocked with 3D printers and robotics kits, host coding clubs after school, and design environmental science projects that transform school grounds into learning labs. Paris spearheads recycling and composting initiatives and maintains a school garden used for nutrition and sustainability lessons. She also forges community partnerships with organizations like the Maritime Aquarium and Project Oceanology, bringing field-based science experiences directly to students.
Library media specialist STEM leadership means moving beyond resource curation to active instructional design. It involves creating inquiry-driven learning experiences, mentoring students in research and innovation, and building bridges between the library and the broader science community. For Paris, leadership is recognized through her ability to engage diverse audiences and inspire girls in particular to pursue science. This type of leadership signals a new model for school librarians: one where the library is a hub for experimentation, discovery, and real-world problem-solving. Understanding the evolution of libraries can help current and future MLIS graduates anticipate how roles like Paris's will continue to grow.
National awards bring prestige and wide recognition, but state-level honors often highlight hyper-local innovation and community impact. School librarians who lead STEM initiatives can pursue both types of recognition to build credibility, secure funding, and inspire peers.
For those curious about which organizations sponsor these honors, library associations for MLIS students is a useful starting point for identifying groups that offer grants and recognition programs. For a closer look at what winning looks like in practice, profiles of school library innovation award recipients show how creative programming translates into national recognition. The AASL National School Library of the Year remains a top-tier honor for the field overall, though it is not STEM-specific. When exploring what awards school librarians can win for STEM work, the answer spans grants, technology integration prizes, and state innovation awards that recognize the school library's evolving role as a hub for science and engineering exploration.
Balancing tight budgets with the need for engaging STEM programming is a constant challenge for school librarians, but award-winning projects prove it is possible to start small and scale up with creative partnerships and grant support.
The 2026 Women in Science Leadership Award winner, Maria Paris, illustrates how a library media specialist can embed STEM across an entire school.1 At Jefferson Marine Science Elementary School in Norwalk, CT, she:
These efforts show that the library is no longer just a quiet space for books; it is a launchpad for hands-on discovery.
Similar themes emerge across other recognized school librarians. Makerspaces stocked with low-cost materials like cardboard, craft supplies, and basic electronics allow students to prototype solutions. Robotics and coding clubs, often launched with kits like LEGO SPIKE or micro:bit, introduce computational thinking for library workers. Environmental science projects, such as pollinator gardens or weather stations, turn the campus into a research site. Outside partnerships with museums, universities, or local businesses consistently strengthen these programs by providing expertise and resources the library cannot supply alone.
Award-winning STEM initiatives typically start with one high-interest, low-cost activity that aligns with existing curriculum. School librarians can then:
By layering these strategies, a single after-school club can evolve into a school-wide culture of STEM innovation led from the library.
Some school librarians quietly excel behind the scenes, hoping their STEM efforts will speak for themselves. Others adopt a deliberate strategy to showcase their impact, turning local initiatives into award-winning portfolios. The difference lies in proactive positioning. To earn recognition like the Women in Science Leadership Award, you need a plan.
Start by documenting everything. Keep detailed records of student participation numbers, measurable outcomes, and feedback from students or colleagues. Track how your STEM programs influence test scores, graduation rates, or library circulation data. Save photos, videos, and press clippings. This evidence becomes the backbone of any award application or presentation, demonstrating tangible results rather than just good intentions.
Partner with local science museums, aquariums, or universities. Maria Paris, the 2026 award winner, built collaborations with the Maritime Aquarium and Project Oceanology, creating field-based learning and behind-the-scenes access for students. Visible partnerships not only enrich your program but also generate letters of support and external validation. Document these relationships through joint programs, guest speaker series, or co-authored grants.
Many STEM awards require a nomination, either from a peer, administrator, or yourself. Research awards like the Petit Family Foundation Women in Science Leadership Award, the AASL Innovative STEM Award, or state library associations' honors. Typical application requirements include: - A narrative describing your initiatives and their impact. - Data or anecdotes showing student growth. - Letters of recommendation from administrators or partners. - Supporting media or lesson plans.
Set calendar reminders for nomination deadlines and assemble materials well in advance. Ask a trusted colleague to review your application before submitting.
Presenting at state and national library or STEM education conferences builds a professional reputation. Submit proposals to events like the AASL National Conference or ISTE. Write articles for journals such as Knowledge Quest or School Library Journal. Even a short case study or a blog post on a professional platform can be included in your portfolio. Public visibility not only opens doors for awards but also connects you with a network of like-minded librarians who can nominate you. For practical guidance on building that network early, new librarian advice and early career tips offers a useful starting point.
A growing number of Master of Library and Information Science (MLIS) programs now integrate STEM-related training to prepare future librarians for the evolving demands of school and public settings. While not every school labels these opportunities as a formal "STEM concentration," many ALA-accredited institutions weave technology, data, and instructional design into their core and elective offerings.
Prospective students should visit the websites of ALA-accredited MLIS programs and search for keywords like "STEM librarianship," "specialization," or "concentration." Some universities offer clearly defined tracks in areas such as youth services with a technology focus, or school library media certification that includes coursework in digital literacy and maker education. A few programs even feature interdisciplinary collaborations with science education departments, allowing students to earn dual competencies.
Common courses that directly support STEM leadership include:
While specific course titles vary by school, many MLIS programs encourage students to tailor their electives around technology and youth services, supplemented by fieldwork in schools or community organizations that prioritize STEM. Understanding top skills employers look for in library science degree graduates can help students choose electives strategically.
The Bureau of Labor Statistics' librarian occupational outlook and professional associations like the American Library Association's Library and Information Technology Association (LITA) can help identify emerging trends and programs. LITA, in particular, offers webinars, publications, and networking opportunities focused on the intersection of libraries and technology, which can guide students toward institutions with strong STEM training.
Increasingly, MLIS curricula include project-based learning, internships, and community partnerships that mirror the real-world work of a STEM-focused school librarian. These experiences allow students to build portfolios that demonstrate their ability to lead science fairs, run coding clubs, or manage environmental education initiatives, skills that later attract recognition like leadership awards. Students who want a head start can also consult an MLIS specialization guide to map out a program path aligned with STEM and youth services goals.
For school librarians pursuing STEM leadership and recognition, many common questions arise about career paths, salary potential, and awards. Below, we provide clear answers grounded in official data sources and professional organizations, along with practical guidance for finding the most current information yourself.
Two images of a school librarian dominate: the guardian of quiet reading spaces, and the architect of bustling STEAM labs. Maria Paris's 2026 Women in Science Leadership Award firmly tilts the profession toward the latter. Her recognition signals that library media specialists are now essential drivers of hands-on STEM, environmental stewardship, and community partnerships. For MLIS students and practicing school librarians, the path from the library stacks to the lab bench is not just aspirational; it is already mapped. The awards, strategies, and program profiles outlined in this article provide a clear blueprint for transforming library spaces into STEM hubs and getting that work recognized at the state and national levels. Exploring MLIS alumni career paths reveals how graduates are already building roles that look a great deal like Paris's, grounding that optimism in real professional trajectories. The next generation of STEM leaders will come from the library, and the time to step forward is now.