A comprehensive two-lesson sequence covering the geometric properties of circles, including angle relationships and segment lengths. Students will explore inscribed angles, central angles, tangents, chords, and secants through guided discovery and practice.

A 10-day intensive review sequence for 8th-grade math, focusing on integer operations, rational numbers, and linear equations for students needing targeted intervention.

A series of lessons focused on mastering algebraic expressions, starting with factoring and GCF concepts.

A comprehensive Algebra 1 EOC preparation series designed for AVID classrooms, focusing on inquiry-based learning and collaborative problem-solving across linear, quadratic, and exponential functions.

A comprehensive module on mastering mathematical order of operations combined with integer arithmetic, designed to build confidence through structured practice.

A comprehensive unit on solving systems of linear equations using the substitution method, covering procedural steps, graphical verification, and real-world modeling.

A series of targeted Algebra 1 lessons focusing on foundational linear skills: solving equations, inequalities, and calculating rate of change, all aligned to STAAR standards.

A deep dive into data literacy, focusing on how data can be manipulated and how to interpret it with a critical, mathematical eye. Students move beyond simple reading to evaluation and analysis.

A 6-week curriculum designed to bridge the gap between high school math and real-world financial and practical independence, covering paychecks, budgeting, credit, shopping, housing, and measurement.

A sequence exploring radical functions, focusing on solving radical equations through algebraic manipulation and function notation.

A high-level coordinate geometry sequence where students apply coordinate algebra formulas to identify and verify the properties of quadrilaterals and other polygons on the coordinate plane.

A sequence of lessons teaching students with intellectual disabilities how to master elapsed time by working backwards. Starting with 30/60 minute chunks and progressing to exact minute calculations for real-world independence.