Crystal Count Math

A summer-long math intervention bypassing rote memorization of multiplication to build intuitive pre-algebraic thinking using visual grids, helper facts, and balance puzzles.

Introducing algebraic variables conceptually as "Mystery Boxes" on physical balance scales, showing how equations are just balance puzzles.

A visual, dyscalculia-friendly worksheet where students solve pre-algebraic balance-scale puzzles using 'Mystery Boxes' and stones.

An engaging elementary financial literacy sequence that covers identifying currency, skip-counting collections, and calculating change through a retro diner theme and real-world simulation.

Bypassing memorization using visual dot grids, area arrays, and the power of 'helper facts' (x2, x5, x10) to construct any multiplication fact.

A visual, conceptual slide deck introducing basic algebraic variables (x) as 'Mystery Boxes' on balance scales, showing how equations maintain equilibrium.

Comprehensive quarterly assessment suites for high school self-contained geometry and statistics. These modules cover foundational geometric properties (lines, segments, angles) and key statistics elements (shape, center, spread, outliers, z-scores, and normal distributions).

A comprehensive math-intervention system designed for a 12-year-old restarting their math journey after severe illness and dyscalculia. This kit uses hands-on play, visual subitizing, and low-stress storytelling to build an intuitive connection between quantities and symbols over the summer.

A hands-on student worksheet using visual grids to solve multiplication problems by breaking them down into intuitive 'Helper Facts' (x5 and x2).

A high-leverage coordinate geometry unit bridging Algebra 1, Algebra 2, and Geometry. Students analyze lines, slopes, polygons, parabolas, and system intersections on the coordinate plane through an architectural blueprint lens.

A two-part, 90-minute sequence designed for French Terminale Section Européenne (Maths in English) students, exploring probability models, expected value, decision trees, and game theory with a strong emphasis on oral communication.

A high-rigor summer transition curriculum for rising 8th graders. The sequence combines math remediation, pre-algebra foundations, 7th-grade geometry and probability review, and SAT-style informational text synthesis and analytical writing.