If you’ve watched your child navigate a world increasingly shaped by technology, data, and artificial intelligence, you’ve likely wondered whether their education is keeping pace. You’re right to ask. A new report from the National Academies of Sciences, Engineering, and Medicine confirms what many parents have suspected: while computing and data now influence nearly every aspect of modern life, efforts to teach these critical skills in K-12 schools have grown rapidly but unevenly across the country.
A Coordinated Framework Emerges
The National Academies has released a comprehensive report offering a road map for state and local education agencies to integrate data and computing into school curricula in a consistent manner. The report includes 14 concrete recommendations designed to guide program and curriculum designers, schools, districts, and states as they work to prepare students for an increasingly complex and technological world.
The framework identifies seven foundational competencies that should be woven throughout K-12 education: problem posing and problem-solving processes; producing and working with data; abstraction, algorithmic thinking, and automation; probabilistic and inferential reasoning; models and representation; technology and society; and data and computing systems.
New National Academies report: 14 recommendations to bring data and computing skills to every K-12 student. Here's what parents need to know. Your child's future depends on it.
Why Integration Matters
The report emphasizes that integrating data and computing into existing courses provides a mechanism for adding new subject matter while simultaneously enhancing student learning in established disciplines like science and mathematics. Rather than treating these skills as isolated add-ons, the approach embeds them across the curriculum.
“Kids are deeply curious about the world around them, and computation and data can build on this curiosity and allow students to flourish,” said Nicholas Horton, Beitzel Professor of Technology and Society at Amherst College and chair of the committee that wrote the report. “We need a road map to integrate data and computing into education in an effective way.”
Quote: Kids are deeply curious about the world around them, and computation and data can build on this curiosity and allow students to flourish. We need a road map to integrate data and computing into education in an effective way, and that’s what our report offers. Attribution: Nicholas Horton, Beitzel Professor of Technology and Society, Amherst College, and chair of the committee that wrote the report
Laura Lurns · Learning Success expert
Building Teacher Capacity
Recognizing that many educators have had limited opportunities to develop familiarity with these foundational competencies, the report calls for robust professional development. It recommends that professional development providers design teacher experiences that use the foundational competencies within the disciplines they teach and in the context of the curricula they are expected to implement.
The report also urges leaders of teacher preparation programs to expand preservice preparation pathways and strengthen partnerships between schools of education and departments such as computer science and statistics. Additionally, it calls for increased coordination across professional societies to elevate these competencies within their frameworks.
Key takeaways
- 14 Recommendations Released: The National Academies framework provides specific guidance for integrating data and computing across K-12 curricula.
- 7 Core Competencies Identified: Problem-solving, data production, algorithmic thinking, probabilistic reasoning, modeling, technology ethics, and computing systems form the foundation.
- Teacher Development Emphasized: The report calls for expanded professional development and stronger partnerships between education schools and technical departments.
What Parents Can Watch For
For parents, this report represents a call to action. When selecting curricula, school districts should prioritize materials that make explicit connections among data, computing, and other school subjects, and that provide a progression of experiences starting in kindergarten that gradually build more sophisticated knowledge.
Parents should look for schools that offer both digital and “unplugged” experiences—particularly in grades K-8, where unplugged activities can strengthen conceptual understanding. In middle and high school, students should have opportunities to take stand-alone courses on data and computing. Most importantly, all students should learn about the possibilities, limitations, risks, and ethical considerations associated with artificial intelligence and other emerging technologies.
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Laura Lurns · Learning Success expert
At Learning Success, we believe every child deserves an education that prepares them for the world they’re actually growing into—not the world that existed when their grandparents were in school. The National Academies report reinforces what we’ve always known: when we build skills progressively and intentionally, children thrive. Your child’s brain is ready to develop these competencies. The question is whether their school will provide the opportunity. As always, you are your child’s most powerful advocate. Demand that the education system meet your child where they are and build toward where they need to be.
If you’re ready to ensure your child gets the skills they need to succeed in a data-driven world, the Learning Success All Access Program offers a free trial that includes a personalized Action Plan—and you keep that plan even if you decide it’s not the right fit.
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References
- National Academies of Sciences, Engineering, and Medicine - Integrating Data and Computing into K-12 Education Report
