NotebookLM Podcasts

Illinois has a bold new vision for math education — but does it see every learner in the room? In this episode, we put the Illinois Comprehensive Numeracy Plan in direct conversation with the SLD Project's Dyscalculia Handbook to find out where state policy and learning disability science are pulling in the same direction, where they're talking past each other, and what's at stake for the students who can't afford the gap between them.

Only 38.5% of Illinois students in grades 3–8 are meeting grade-level math standards — and that number doesn't get better in high school. This episode dives deep into Illinois's newly finalized Comprehensive Numeracy Plan: what it requires, what it recommends, and what it leaves entirely up to you. Then it traces what changed from Draft 2 to the June 2026 final — and why those edits matter for districts already in motion. It closes with a head-to-head comparison to Alabama's Numeracy Act, the legislation that funds coaches, designates struggling schools, and ultimately reconstitutes the ones that don't improve. Same problem. Two very different theories about who's responsible for solving it.

Most co-teaching partnerships look like one teacher teaching and one teacher watching. This episode cuts through the comfortable version of inclusion and gets honest about what high-functioning co-teaching actually requires — main models explained, Levels 1 and 2 unpacked, the research behind why it works, and the real reasons teachers resist it. Plus: what your Enneagram type has to do with whether your partnership thrives or quietly collapses. Built for small schools where limited special education teachers serve an entire building and the schedule is the first thing to break.

You know your students are struggling with fractions. You've got the data showing significant gaps across grades 3-5. You've implemented SpringMath and created intervention blocks. But here's the problem: you don't have a math specialist, and you're not getting one anytime soon.Sound familiar?In this episode, we tackle the challenge facing hundreds of small elementary schools: how do you deliver effective, research-based math intervention when your staff are generalists, not math experts? We synthesize frameworks from leading intervention researchers—Codding, Volpe, Poncy, Riccomini, Witzel, Barton, and Schuhl & Kanold—to answer the practical questions principals actually face:Can your classroom teachers deliver quality Tier 2 intervention when some of them struggle with fractions themselves? Should your special education teachers focus exclusively on Tier 3, or can they support broader intervention efforts? Can paraprofessionals run intervention groups with the right materials and training? And most importantly: can your grade-level PLC teams, working collaboratively, compensate for the lack of a math specialist?We explore four real scenarios from a small 3-5 school serving 150 students: the fraction gap crisis, the 30-minute intervention block staffing puzzle, special education teacher role decisions, and building teacher capacity through PLC structures. We distinguish between "research ideal" (specialist-led intervention) and "small school reality" (strategic use of generalists with strong systems), naming the trade-offs explicitly.You'll leave with actionable answers about who can deliver which tier of intervention, how to structure your math intervention time, and whether investing in teacher professional development can genuinely substitute for hiring a specialist you can't afford.Because sometimes "good enough" intervention delivered with fidelity beats "research perfect" intervention that never happens.

Check in with us to listen in on the challenges master scheduling provides, and the ways to think about prioritizing and developing a sound schedule for all.

A synthesis of four studies regarding math facts:Math Fluency Is Etiologically Distinct From Untimed MathPerformance, Decoding Fluency, and Untimed ReadingPerformance: Evidence From a Twin Study;The Co-Development of Skill at and Preference for Use ofRetrieval-Based Processes for Solving Addition Problems:Individual and Sex Differences from First to Sixth Grade;Cognitive Predictors of Achievement Growth in Mathematics: A Five Year Longitudinal Study;Competence with Fractions Predicts Gains in MathematicsAchievement

This episode takes a look at a familiar topic—math—and some familiar content with the EdWeek recommendation mentioned a couple episodes back (e2.10) and finds similarities, differences, and misc. with the Alabama Numeracy Act—legislation that has resulted in marked improvement in math for Alabama students.

Using neuroscience about learning then planning for that learning with AI is something all teachers can do. Here's an initial foray into that journey.

What can we do about the math crisis this country is experiencing? EdWeek published articles are synthesized to give some ideas for planning.

A summary of Craig Barton's lessons on teaching math through his two books, Reflect, Expect, Check, Explain and How I Wish I Had Taught Maths: Reflections on Research, Conversations with Experts, and 12 Years of Mistakes.

Who knows you better than, well, yourself?Turns out you may not know all you need to in order to leverage some skills to better outcomes for students. Dive in and see what you might be missing.

Grab a seat and listen in as our experts dive into the knowledge wells expert in lesson and teaching clarity and design.

Check out the bonus episode on heart health.

Leverage some really good practices to collaborate for teaching and learning improvement.

You know yourself.... right? Maybe. But articulating who you are to not just yourself, but others, has invaluable worth in teaming and the workplace, especially schools. Take a deep dive into application of how this can work.

Compiled from 46 published sources, here is a first 6-10 week plan overview for beginning teachers in a rural, white setting.

So much can be considered when stating PLCs, so what do the experts recommend and suggest? Take a listen and learn some about that exact topic.

Pulling from numerous books on tough, critical conversations, the hosts give public school principals ideas to leverage in having these conversations.

Take a break from the mind-sharpening for educators and listen in to some talk on how gurus handle their money.

Essentially a sequel to S1E11

This audio guide uses information, techniques, and strategies mined from:Illinois Dyslexia HandbookExplicit Instruction by Archer and HughesHandbook of Response to Intervention by Burns, Jimerson, and VenDerHaydenRtI Applications Vol. 2 by VanDerHayden, Burns, Tillman, and MathanySmall Teaching by Lang and DarbyPowerful Teaching by Agarwal and Bain

A dive into Mel Robbins's "Let Them Theory" and it's possible applications for K-12 public educators.

A aggregation of thoughts and strategies from books authored by Dylan Wiliam.

Best practice ideas and guidance to implement PLCs, with an emphasis in math, in grades 3-5.

An analysis of the Alabama Numeracy Act and pieces of misconceptions on the science of math are married to give actionable steps to elementary schools.

Complied from a Harvard research report by Simon Burgess, a Harvard Ed Magazine article, and an Ed Week article from Feb. 2020.

Listen to the similarities and differences between the books Ikigai by Garcia & Miralles and Stolen Focus by Hari.

Compiled from a multitude of resources, including but not limited to:Illinois Comprehensive Literacy PlanLouisiana BelievesEd ReportsMedia reporting on community reception of curricular materialsScope and sequence documents

Condensed from the Ikigai book by Garcia and Miralles, TED talks, a publication from the Japanese government, and other YouTube videos.

Using the NCTQ on Math programs at the college level, four separate dissertations, and the Ikigai book by Garcia and Miralles, the discussion revolves around math teacher prep in early career elementary teachers.

Podcast summarization of Grant's "Originals" chapter on procrastination with an emphasis on application to Illinois pre-k through 12 education.