What they reported doing
- #1 primary $258KSTEM programs are developed in conjunction with educational institutions and the foundation helps implement them in classroom settings. These programs will focus on science, technology, engineering and math (STEM) topics.
- #2 $2KFull year program is a full year curriculum redesign for learning in middle school. It's focus is on making schoolwork more interdisciplinary and a more real world experience that is more meaningful and authentic to students.
What they call their work
What they do
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Hands-On STEM Education Programs 2 activities
- Develop and distribute project-based STEM curriculumDeveloped 60 unique, hands-on, project-based STEM courses in partnership with over 20 leading STEM organizations, each spanning 20–25 hours of instruction. The best lessons are made freely available to the public, including educator guides, student pages, materials lists, and training videos.
- Implement custom STEM programs in schools and districtsImplements project-based STEM programs in diverse educational settings, including in-school experiences, summer programs, and standalone activities. Examples include STEM Week at Knox Middle School in San Diego, summer programs in Newark and Boston, and international initiatives such as Day of AI - Australia.
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K–12 Computer Science & AI Education 1 activity
- Deliver Day of AI curriculum to K-12 studentsProvides and implements a free, hands-on curriculum called Day of AI designed to introduce K-12 students to artificial intelligence, with educator-friendly design for non-technical instructors. Reached an estimated 500–750 schools across the U.S. (including New York City, Boston, and Massachusetts), Australia, and Uruguay.
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Teacher & Classroom Innovation Grants 1 activity
- Fund project-based learning initiatives in public schoolsFunds a full-time project-based learning coach, classroom materials, and teacher training in Attleboro Public Schools through a dedicated grant program.
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Teacher Professional Development 1 activity
- Provide teacher training and implementation support for STEM programsProvides online and in-person teacher training, on-site support, and comprehensive logistical and marketing resources to help educators implement project-based STEM programs effectively.
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Project-Based Learning Programs 1 activity
- Redesign academic-year curricula using project-based learningRedesigned a full academic year of curriculum for 4th, 5th, and 6th grades using interdisciplinary project-based learning centered on a single theme per grade level.
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Who runs it
| Name | Title | Hours/wk | Compensation |
|---|---|---|---|
| JEFFREY C RILEY | Board Member | 40 | $176K |
| VICKY VLANTIS | Secretary | 40 | $83K |
| ETHAN BERMAN | President | 40 | $67K |
- KATIE EVERETT — Executive Dir.
- STACIA REIDY-MACNAUGHT — Vice President
Who they work with
- Day of AI Partner — Partnered to deliver the Day of AI program, including international versions such as Day of AI - Australia.
- Knox Middle School Partner — Partnered to implement STEM Week at the school in San Diego.
- MIT RAISE Partner — Collaborated with i2 Learning to create the Day of AI curriculum; MIT RAISE developed the curriculum while i2 provided curricular support.
- Mass STEM Week Partner — Collaborates on STEM education initiatives during Mass STEM Week.
- world’s leading STEM organizations Partner — Collaborates with over 20 leading STEM organizations to develop STEM courses.
How they approach the work
Named approaches extracted from this org’s sources. Where others share an approach, follow it to see the full set of orgs running it.
- Collaborative Innovation in STEM Curriculummethodology: collaborative-curriculum-developmentBy co-developing STEM curricula with leading STEM organizations, we create high-quality, innovative courses not typically available in schools, enhancing educational depth and rigor because partnerships with expert entities ensure cutting-edge content and interdisciplinary alignment.
- Inclusive and Accessible Curriculum Designmethodology: open-access-adaptable-curriculumBy designing free, adaptable STEM curricula that require minimal technical expertise, we lower barriers to implementation in diverse educational settings, thereby promoting equitable access to advanced topics like AI because accessibility and adaptability enable broader adoption across under-resourced and interdisciplinary classrooms.
- Project-Based Interdisciplinary STEM Learningmethodology: project-based_learningBy engaging students in hands-on, real-world projects that integrate multiple disciplines, we increase authenticity and educational relevance, leading to deeper STEM learning and sustained student engagement because experiential, thematic learning mirrors real-world problem solving.