FOR IMMEDIATE RELEASE
SOUTHFIELD, Mich., Sept. 21, 2026 — STEM.org Educational Research™ is marking its 25th anniversary with a renewed public platform that brings together a quarter-century of STEM education research, credentialing, verification and independent quality assurance.
Established in 2001, STEM.org has grown from an early applied-learning initiative into a private STEM education research and credentialing organization serving educators, schools, programs, product developers, publishers and learners around the world. The organization’s current public site reports impact reaching more than 10 million people across 165+ countries and continues to organize its work around a simple principle: recognition should be specific to what was actually evaluated and verifiable by third parties.
“Twenty-five years” is more than an anniversary marker for STEM.org. It represents the evolution of a field that changed dramatically over the same period—from early debates about how STEM education should be defined, to digital credentials, blockchain verification, national STEM school research and more precise systems for evaluating educational claims.
“For 25 years, our purpose has been to keep STEM education independent and in local hands.”
“The people closest to learners—educators, families, schools and communities—should have the freedom and tools to make informed decisions. Our role is to provide evidence, standards and verification that strengthen that local judgment, not replace it.”
Origins: research and applied learning beginning in 2001
STEM.org traces its origins to 2001, when its inaugural educational program launched at The Henry Ford Estate in Michigan. That beginning established a pattern that would continue through the organization’s later work: practical learning, applied research and an emphasis on connecting educational claims to observable evidence.
During the following decade, STEM.org expanded its research and standards work. Its institutional milestone record includes contributions to STEM Congressional Caucus research and framework development in 2005 and work related to defining STEM education with the Congressional Research Service in 2010.
As STEM education grew into a widely used term across schools, products, professional development and public policy, STEM.org increasingly focused on a problem that remains central to its work today: the same word was being used to describe very different people, products, programs and educational claims. The organization’s answer was to separate those subjects into distinct evaluation and credential pathways rather than treating “STEM” as a single blanket designation.
From paper recognition to digital trustmarks and verification
STEM.org’s institutional timeline records several technology milestones in the development of digital STEM credentials. In 2012, the organization began issuing digital STEM certification credentials for educators and schools. In 2014, digital credentialing expanded to products and curricula.
That work developed into the trustmark structure now used across STEM.org:
- STEM.org Certified™ for educators and other individuals completing the applicable qualification pathway.
- STEM.org Accredited™ for eligible schools, programs, organizations and educational experiences.
- STEM.org Authenticated™ for evaluated products, including toys, games, kits and learning tools.
- STEM.org Reviewed™ for books, curricula, media and other published educational content.
- STEM.org Endorsed™ for learner achievement issued through eligible pathways.
In 2018, STEM.org transferred a STEM credential into a blockchain-based verification record using the Stellar protocol, creating a permanent digital reference tied to the issued credential. The same year, STEM.org’s recognition framework reached national retail through Staples, Inc.
The purpose of these technologies was not to replace human judgment. It was to make recognition more portable, traceable and inspectable.
Building a wider STEM quality-assurance system
Over time, STEM.org extended its work beyond individual educator credentials. Its current product-evaluation materials cite more than 2,300 SKUs within the STEM.org Authenticated™ ecosystem, while STEM.org Reviewed™ materials report more than 400,000 pages and 800+ hours of educational content reviewed.
The organization also developed Best In STEM™, now positioned as an additional Top 5% distinction for eligible STEM.org Accredited™, STEM.org Authenticated™ and STEM.org Reviewed™ evaluations reaching 95 out of 100 or higher on the applicable rubric. The underlying trustmark remains the primary credential; Best In STEM™ communicates that the same evaluated scope reached the higher excellence tier.
In 2020, STEM.org powered Newsweek’s Best In STEM™Toy Guide, extending its product-evaluation work to a national consumer audience. In 2023, STEM.org’s work was referenced by the Smithsonian Institution, another milestone in the organization’s public research history.
A landmark national study of America’s STEM high schools
One of STEM.org’s most visible research milestones came from a five-year national study of U.S. high schools. Drawing on quantitative and qualitative data collected from 2015 through 2019, STEM.org evaluated tens of thousands of schools in what the organization describes as the largest study of STEM high schools of its kind at the time.
The study powered Newsweek’s America’s Best STEM High Schools 2020 ranking. Newsweek published the Top 5,000 STEM high schools online and featured the Top 500 in its November 15, 2019 special double issue, where the project appeared as a cover story. The collaboration brought STEM.org’s school research to a national audience and remains one of the organization’s most widely recognized research achievements.
The study also reflected a long-running principle in STEM.org’s work: meaningful comparison requires more than a single label. School-level research, like credentialing, is most useful when the underlying evidence and scope remain visible.
Twenty-five years of milestones
STEM.org’s current institutional timeline highlights a series of developments spanning research, credentialing, verification and educational technology:
- 2001: inaugural educational program and research work begin at The Henry Ford Estate.
- 2005: contribution to STEM Congressional Caucus research and framework development.
- 2010: work related to defining STEM education with the Congressional Research Service.
- 2012: digital STEM certification issuance begins for educators and schools.
- 2014: digital STEM credentials extend to products and curricula.
- 2018: blockchain STEM credentialing launches on Stellar; STEM.org recognition reaches national retail through Staples.
- 2019: a five-year national study of U.S. STEM high schools powers Newsweek’s America’s Best STEM High Schools 2020, with the Top 500 featured in the magazine’s special double issue.
- 2020: STEM.org powers Newsweek’s Best In STEM™Toy Guide.
- 2023: STEM.org’s work is referenced by the Smithsonian Institution.
- 2026: STEM.org marks 25 years of independent STEM education research, credentialing and verification.
The next chapter: clearer claims, stronger verification and human accountability
The organization’s next phase is centered on making STEM education recognition easier to understand without making it easier to overstate.
That means keeping the person, product, program, published content or learner achievement visible; keeping the trustmark attached to the correct scope; making verification practical; and continuing to use technology as an instrument of accountability rather than a substitute for it.
As STEM.org enters its second quarter-century, its public direction is increasingly defined by the same ideas that shaped its earlier work: independent standards, local and institutional autonomy, verifiable evidence and recognition that remains useful after the logo or certificate image is removed.
About STEM.org Educational Research™
Founded in 2001 and headquartered in Southfield, Michigan, STEM.org Educational Research™ is an independent STEM education research and credentialing organization. STEM.org provides distinct quality-assurance pathways for educators, programs and schools, educational products, published content and learner achievement, supported by digital credentials and public verification systems.
STEM.org describes itself as America’s longest continually operating, privately held STEM education research and credentialing organization. Its work supports educators, families, organizations, brands, schools, programs and publishers in understanding, demonstrating and verifying STEM learning claims.
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