Financial Planning and Design

A comprehensive visual math curriculum sequence focusing on fraction equivalence, addition, subtraction, multiplication, division, and comprehensive multi-operation mastery. Includes visual lesson slides, independent practice worksheets, small-group centers, visual tools, and robust assessments.

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 6th-grade standard multiplication sequence designed for high-dosage tutoring. Focuses on standard algorithm alignment, regrouping, and place value holder zeros.

A high-impact, two-part series focusing on mastering the standard multiplication algorithm with multi-digit whole numbers for 6th-grade students. It features a technical grid blueprint theme that emphasizes place-value alignment, complete with detailed teacher scripts, presentations, and student worksheets with built-in exit tickets.

A collection of engaging, film-based math review lessons designed for the end of 5th grade. Students apply key mathematical concepts to movie plots, with tailored differentiation for diverse learning profiles.

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 5th-grade math sequence focused on measuring, identifying, and drawing angles using clocks as the primary real-world context. Students master using a physical protractor to measure standard time-based angles to the nearest 5° and explore how clock hands create fractional angles.