A comprehensive unit on foundational geometry concepts, focusing on visualization, notation, and the vocabulary used to describe the spatial world.

A unit on the properties of triangles, specifically focusing on the Triangle Inequality Theorem and how side lengths determine the possibility of forming a triangle.

A series of lessons focused on fundamental geometric properties and spatial reasoning through hands-on construction and architectural themes.

A middle school math sequence centered on fractions, using an architectural and construction theme. It progresses from 6th-grade foundations to 8th-grade applications of slope and rational numbers.

A comprehensive two-week geometry and trigonometry project where 10th-grade students design and build a scale model house, applying roof pitch calculations, surface area for materials, and volume for climate control systems.

A 3-day healthcare-themed project for remedial precalculus students. It covers algebra 2 fundamentals, systems of equations, and introductory trigonometric transformations within clinical contexts.

A two-day Algebra 1 unit focusing on solving and graphing one-step and compound inequalities, featuring real-world applications in engineering, physics, and service comparisons.

A comprehensive unit on qualitative graph analysis for 8th grade students, focusing on interpreting functional relationships, identifying intervals, and matching stories to graphs.

A high-energy, real-world application of exponential growth and decay through an interactive scavenger hunt. Students solve 20 distinct word problems to navigate a loop of stations.

A high-stakes dive into the mathematics of probability, risk assessment, and expected value, teaching students how to analyze games of chance and skill through a professional lens.

A series of geometry lessons focusing on right triangle relationships and trigonometry, starting with special right triangles.

A comprehensive sequence covering the mastery of linear functions, equations, and inequalities. This progression takes students from identifying functions and solving basic equations to complex modeling with lines of best fit and inequality systems.