ADVANCED EDUCATION RESEARCH &

Designs AI-powered educational tools through collaborative R&D that enhances, rather than replaces, the role of teachers by combining human insight with AI capabilities to support underserved learners.

The organization designs AI-powered education tools through collaborative R&D that integrates the strengths of human teachers and AI. This interdisciplinary co-creation model brings together teachers, researchers, and engineers to develop and test new teaching models in classrooms, particularly benefiting underserved students.

Designs AI-powered educational tools by combining human pedagogical expertise with artificial intelligence through collaborative R&D, aiming to enhance teaching and learning, especially for underserved students.

The organization employs an Advanced Inclusive R&D model that integrates scientific rigor, interdisciplinary collaboration, and continuous co-design with educators, learners, and other stakeholders from inception. This approach prioritizes equity and aims to create breakthrough, scalable education solutions, particularly for underserved students, by incorporating their voices and experiences throughout the research and development process.

An interdisciplinary, equity-centered R&D approach that integrates scientific rigor with continuous co-design involving educators, students, researchers, and developers from the inception of projects to create scalable, transformative education solutions.

An interdisciplinary, co-design-driven R&D model that integrates scientific rigor with the continuous involvement of educators, learners, and other stakeholders from inception to scale, ensuring equity-centered, high-impact innovations in education.

Uses rapid, collaborative innovation cycles that bring together educators, researchers, developers, students, and caregivers to co-create, test, and refine educational tools and practices from inception through implementation.

The organization disseminates research insights and tools through strategic ecosystem partnerships. This approach enables broader adoption and scaling of their educational innovations by leveraging external collaborations.

Accelerates the adoption and scaling of research-based tools and insights by sharing them through strategic partnerships across the education ecosystem.

Disseminates research insights and tools through strategic partnerships across the education ecosystem to accelerate adoption and scaling of evidence-based solutions.

Conducts rigorous research on foundational learning approaches, such as Structured Linguistic Phonics, to generate evidence on effectiveness and inform the development of equitable, scalable educational solutions.

Improves math learning outcomes in grades 3–8 by intentionally developing students' executive function skills, with a focus on equity for Black, Latino, and economically disadvantaged students.

Improves math learning outcomes for grades 3–8 by intentionally integrating the development of executive function skills into instruction, with a focus on equity for Black and Latino students and students experiencing poverty.

The organization improves math learning outcomes, especially for Black and Latino students and students experiencing poverty, by strengthening their executive function skills. This is achieved through integrating executive function development into math education, sometimes using play-based learning, and studying the interconnectedness of cognition, identity, and math learning.

Studies how math learning outcomes are shaped by the interplay between executive function, student identity, and classroom experiences to inform more equitable and effective instruction.

Uses rapid, collaborative innovation cycles that bring together educators, researchers, developers, students, and engineers to co-create, test, and refine educational tools and models, particularly AI-enhanced teaching solutions.

Uses play-based learning as a developmentally appropriate method to strengthen both math comprehension and executive function skills in students.

Organizes and accelerates education innovation through three strategic pillars: Discovery and Invention, Next-Generation R&D Infrastructure, and Research-to-Practice Acceleration, enabling systemic transformation from idea to impact.

Organizes education innovation around three interconnected pillars—Discovery and Invention, Next-Generation R&D Infrastructure, and Research-to-Practice Acceleration—to systematically advance solutions from idea to widespread impact.

The organization structures its innovation efforts around three pillars: Discovery and Invention (funding high-impact R&D), Next-Generation R&D Infrastructure (building shared tools and platforms), and Research-to-Practice Acceleration (co-designing, testing, and scaling innovations with stakeholders). This comprehensive model aims to accelerate education innovation from initial ideas to widespread impact.