Rigid Motion Lab

A comprehensive summer bridge workbook for rising 8th graders transitioning to Algebra 1. Contains review of prerequisite topics, advanced pre-algebra skills, real-world application, and an Algebra Escape Challenge.

A high-intensity, 120-minute math simulation. Students act as lead consultants, completing a high-speed skill warmup before selecting a professional sector (Music, Urban Planning, Rocket Science, or Sports Analytics) to solve a series of complex work orders.

A 4-week math workbook and instructional sequence themed around outer space exploration, specifically designed for middle school students with disabilities (SWDs) working at an early 1st-grade level. Features embedded touch-points, base-ten icons, visual number paths, and age-appropriate space exploration visuals to teach single-digit operations, place value, and patterns.

A 4-week intensive math intervention program set in a space exploration universe, designed for multi-grade students with disabilities in Grades 5–8. It covers additive thinking, place value, and decimal regrouping, anchored in Grades 4–6 standards with a Grade 5 core middle ground.

A six-day targeted daily practice series designed to reinforce critical middle school math skills. Each single-page worksheet features a scaffolded, step-by-step solved example followed by 10 targeted practice problems with dedicated workspace.

A comprehensive summer bridge workbook for rising 8th graders transitioning to Algebra 1. Contains review of prerequisite topics, advanced pre-algebra skills, real-world application, and an Algebra Escape Challenge.

A curriculum sequence combining math, art, and drafting to explore geometric scale, spatial relationships, and coordinate systems in design.

A multi-day, highly engaging math sequence that teaches students the financial mechanics of a venture capital pitch. Students learn to calculate unit profit, retail markups, margin percentages, company valuation, and equity offers to prepare their own Shark Tank-style pitches.

A comprehensive review suite for the New York State Mathematics Regents exams, including Algebra 1, Geometry, and Algebra 2, featuring mastery blueprints, calculator strategies, and exam-taking tips.

A comprehensive Algebra 1 Regents review sequence covering Linear Functions, Polynomials, Quadratics, and Statistics. Designed to build student confidence and mastery through structured practice and a architectural blueprint theme.

A foundational math sequence designed for remedial support, focusing on ratios, proportions, percents, probability, and algebraic thinking through visual models and scaffolded practice.

A comprehensive unit designed for incoming 9th-grade multilingual learners to master place value from millions to thousandths and refine their rounding skills through visual scaffolding and collaborative play.

A week-long immersive statistics unit themed around Canterlot High and the Equestria Girls. Students master data analysis, visualization, and probability through daily challenges and a cumulative review packet.

A dual-grade math activity sequence focusing on geometry, decimals, ratios, and algebra through engaging puzzles and real-world challenges.

A transition from mental math fluency to algebraic modeling, focusing on integer arithmetic and solving linear equations with visual tools.

A hands-on geometry unit where students apply area formulas for various polygons and circles to design real-world spaces, including custom bedrooms and mini-golf holes.

A comprehensive 8-day financial algebra project where 8th-grade students navigate adulthood, managing salaries, housing, transportation, and debt using linear and exponential models.

A 4-lesson economics sequence for Special Education students. Lessons progress from solving for market equilibrium algebraically, to using data tables, to graphing intersections, and finally interpreting the real-world meaning of surplus, shortage, and the 'sweet spot'.

A 4-lesson economics sequence for Special Education students. Lessons progress from solving for market equilibrium algebraically, to using data tables, to graphing intersections, and finally interpreting the real-world meaning of surplus, shortage, and the 'sweet spot'.

A math project where students design their own grocery store catalog to master unit rates. Students select items, set prices, and calculate the cost per unit for a variety of food categories.

A month-long architectural design and statistical analysis project for high school students, focusing on precision decimal operations through real-world urban planning, budgeting, and data synthesis.

A series of 8th and 9th grade Algebra lessons focused on linear relationships and systems of equations, with a focus on SPED/IEP support.

A comprehensive multi-day Algebra 2 unit on simplifying radical expressions. Covers addition, subtraction, multiplication, and division (including rationalizing denominators) with an architectural blueprint theme.

A 3-day introductory unit on statistics and probability themed around Johnny Bravo. Students learn mean, median, mode, range, and basic probability through data related to laboratory disruptions and button frequencies.

A 3-day introduction to statistics and probability themed around Dexter's Laboratory. Students analyze DeeDee's disruptions, beaker volumes, and control panel button frequencies to master mean, median, mode, and basic probability.

A comprehensive review series designed to prepare 10th-grade students for the MCAS Geometry exam, focusing on high-frequency coordinate geometry standards.

A unit on statistics for freshman students themed around Tom and Jerry, covering central tendency, data visualization, and probability.

A comprehensive review series designed to prepare 10th-grade students for the MCAS Geometry exam, focusing on high-frequency coordinate geometry standards.

A focused sequence on finding the inverse of logarithmic functions using algebraic switching, featuring a high-tech 'Log Decoder' theme.

A comprehensive journey from basic arithmetic to algebraic reasoning, bridging the gap between elementary calculations and middle school expressions.

A comprehensive unit on calculating the area of 2D shapes, focusing on parallelograms, rectangles, squares, triangles, and trapezoids using architectural blueprints as a visual theme.