My kid was doing real math. Long division with remainders, area models, fractions on a number line — the kind of work that makes you think okay, this is sticking. Then a school assessment came back, and the topics didn’t line up the way I expected. Nothing was wrong with the math. The map was just different.

That gap is worth understanding before you panic about it, because the fix is small. If you’re a Virginia family using Math Academy, the short version is this: Math Academy is a strong core curriculum, and Virginia’s Standards of Learning are a different map of the same territory. You don’t need to abandon one for the other. You need a thin overlay so the two stay in sync.

Everything below is based on Math Academy’s public course maps and Virginia’s published 2023 SOL documents and Spring 2025 test blueprints. I don’t have access to Math Academy’s internal topic IDs, so where I say a topic “isn’t visible in the public map,” that’s a statement about the public materials, not a claim that the lesson doesn’t exist somewhere in the sequence.

Standards Are Maps, Not Math

Math Academy describes its 4th- and 5th-grade courses as Common Core-aligned. Virginia public schools don’t test Common Core directly — they test the Virginia Mathematics Standards of Learning, which were fully implemented in the 2024–2025 school year.

The two overlap heavily. Both want kids fluent in multi-digit operations, fractions, and early algebraic thinking. But the SOL has its own grade placements, its own vocabulary, its own problem types, and its own assessment tools. A student can be genuinely strong in Math Academy and still hit SOL items that sit in a different grade, use different wording, or test a topic the public Math Academy map doesn’t surface at that level.

So this is less a story about missing math and more a story about a different map. That distinction matters, because it changes the remedy from “switch curricula” to “add a small, targeted layer.”

Grade 4: Strong Core, A Few Specific Gaps

Math Academy’s 4th-grade course lines up well with a large chunk of Virginia’s Grade 4 standards. The public map visibly includes:

  • multi-digit addition, subtraction, and multiplication, including area and place-value models
  • division concepts — remainders, partial quotients, interpreting remainders, one-digit divisors
  • factors, multiples, primes and composites, and greatest common factors
  • equivalent fractions, mixed and improper numbers, benchmarks, and comparison
  • adding and subtracting fractions with like denominators, and multiplying fractions by whole numbers
  • algebraic thinking, comparison statements, simple equations, and numeric patterns
  • points, lines, rays, segments, angles and angle measurement, and parallel/perpendicular lines

On division specifically: yes, Math Academy teaches it in 4th grade. If your child saw division before the school covered it, that’s the course map working as designed, not a misplacement. The narrower question is whether the practice format matches the exact SOL item style.

Here’s where the public Grade 4 map either doesn’t surface a Virginia target or presents it in a different form:

  • Decimals through thousandths. Virginia Grade 4 goes to thousandths. The public Math Academy map shows decimal fractions, decimal number lines, and comparison up to hundredths — but not explicit thousandths-level work.
  • Probability. Simple-event probability and likelihood language (probability as a fraction from 0 to 1) are a Virginia Grade 4 target. Not visible in the public map.
  • Line graphs and the data cycle. Virginia emphasizes the full cycle — formulate, collect, organize, analyze, infer — using line graphs. Math Academy lists line plots (including fractional ones), which aren’t the same thing.
  • Elapsed time. Virginia includes contextual elapsed-time problems within a 12-hour window. Math Academy covers time units and conversions, but not the word-problem form.
  • Solid figures. Cube, rectangular prism, square pyramid, sphere, cone, cylinder — a Virginia Grade 4 target not visible in the public map.
  • Quadrilateral taxonomy. Virginia wants the full classification set — parallelograms, rectangles, squares, rhombi, trapezoids, with congruent sides, right angles, and geometric markings. Math Academy covers geometry and rectangles, but not visibly the whole taxonomy.
  • Virginia-style measurement tasks. Unit selection, estimation, comparing estimates to actual, and U.S. customary conversions. Math Academy has units and conversions; the SOL task shape is worth practicing on its own.

Why sweat these? Because they aren’t a rounding error on the test. The Spring 2025 Grade 4 blueprint puts Measurement and Geometry at 19–25% and Probability/Statistics/Patterns/Algebra at 17–22% — together roughly 40% of the assessment, and exactly where the gaps cluster.

Grade 5: The Data and Probability Cluster Is the Real Risk

Math Academy’s 5th-grade course is, encouragingly, a closer match to Virginia Grade 5 than the 4th-grade pairing was. The public map explicitly includes standard algorithms for multiplication and division, fraction operations with unlike denominators, decimal operations (including multiplication and division), numeric expressions, unit conversion, line plots, volume of rectangular prisms, quadrilateral classification, patterns, and introductory variables and expressions.

Still, a few Virginia Grade 5 targets deserve a deliberate supplement:

  • Prime factorization up to 100. Covered in spirit by 4th-grade factor work, but not visibly highlighted in the 5th-grade map.
  • Virginia-specific fraction-decimal equivalencies. Thirds, eighths, factors of 100, and comparing mixed sets through thousandths — Math Academy covers the territory broadly, but the exact Virginia limits are worth drilling.
  • Right-triangle area. Developing and using the formula is a Virginia target; the public map lists volume and 2D shapes but not this.
  • Triangle classification and angle relationships. Classifying by sides and angles, the angle-sum proof, unknown-angle problems. The 4th-grade course goes deep on angles, but the 5th-grade map doesn’t visibly carry this cluster.
  • Stem-and-leaf plots. Listed in Virginia; Math Academy shows line plots, not stem-and-leaf.
  • Measures of center and range. Mean, median, mode, range — not visible in the public 5th-grade map.
  • Probability with sample spaces. Tree diagrams, organized lists, and the Fundamental Counting Principle. Not visible.
  • SOL-style wording and TestNav tools. The online SOL uses technology-enhanced items and TestNav tools. Even perfectly aligned math may need a little practice in that interface.

The blueprint makes the priority obvious. In Grade 5, Probability/Statistics/Patterns/Functions/Algebra is the largest or near-largest reporting category at 31–36%. Math Academy is strong on patterns and algebraic readiness — but stem-and-leaf, mean/median/mode/range, probability, and sample spaces are where a Virginia family should spend overlay time.

The Family Strategy: Core Plus a Narrow Overlay

Don’t duplicate the whole school curriculum. Keep Math Academy as the engine and add a thin, state-specific layer during the school year.

Grade 4 overlay: decimals through thousandths; division in SOL formats with contextual remainders; elapsed time; line graphs and data-cycle questions; simple-event probability; quadrilateral classification and solid figures; Virginia-style measurement estimation and conversion.

Grade 5 overlay: prime factorization to 100; Virginia fraction-decimal equivalencies; right-triangle area; triangle classification and angle-sum problems; stem-and-leaf plots; mean/median/mode/range; probability sample spaces and the Fundamental Counting Principle; and a little SOL/TestNav-style item practice.

That’s a handful of topics, not a second course. The point of the overlay is to keep mastery and test-readiness from quietly drifting apart.

A Note for Math Academy

There’s a real product opportunity here, and Math Academy is unusually well positioned to take it. The platform already runs on a knowledge graph, diagnostic placement, mastery tracking, spaced repetition, and adaptive task selection. A Virginia SOL layer wouldn’t mean a second curriculum — it would mean a state-specific standards overlay riding on top of the core sequence.

Picture a Virginia SOL Readiness: Grade 4–5 Math track: a crosswalk from Math Academy topics to SOL codes, supplemental gap nodes for the SOL-only topics, TestNav-style assessment practice, a parent/teacher report showing SOL coverage versus remaining gaps, and scheduling that interleaves the overlay without derailing the main course.

Virginia families already trust Math Academy with acceleration and mastery. A state overlay would answer the natural next question — does my kid’s progress actually translate to the test they have to sit? — directly, and in the affirmative.

For now, the honest answer for parents is the practical one: Math Academy teaches the math. Add the map.