Quokka Quest

A comprehensive 4th-grade physical science sequence covering magnetic forces, poles, attraction and repulsion, and hands-on investigation of magnetic and non-magnetic materials. Students move from concrete physical testing of invisible magnetic forces to analyzing real-world applications and material properties.

A foundational 6th-grade Computer Science lesson introducing the essential symbols of flowcharts and basic rules of pseudocode. Tailored with clean visual design and differentiated supports for diverse learners.

A two-page teacher key and evaluation guide for Grade 9-12 Science of Technology, featuring tool identification answers, official FORMUFIT diagrams from pages 4 through 9, bill of materials, stock cut list, tolerance scoring matrix, and standardized 100-point rubric with clarified 50-point accuracy conversion.

A comprehensive Grade 7 STEAM engineering sequence where students investigate climate housing crises, engineer passive sustainable architectural blueprints, construct functional prototypes, and rigorously test thermal efficiency for iterative refinement.

Students investigate a variety of everyday items and metals to identify which materials are attracted to magnets, discovering that only specific metals containing iron, nickel, or cobalt interact with magnetic fields.

Master teacher guide containing fully functional, segmented Python code implementations and complete answer keys for all student exercises.

A comprehensive multi-day middle school life science sequence aligned with NYS learning standards exploring aerobic and anaerobic cellular respiration, matter recycling, and energy flow powered by the sun.

Students investigate how magnetic forces cause objects to attract or repel without touching, explore North and South magnetic poles, and map magnetic fields using bar magnets.

Documento maestro para el docente con implementaciones de código en Python completamente funcionales, segmentadas paso a paso, y soluciones íntegras de los ejercicios.

A competency-based biology inquiry lesson where students select from accessible household enzyme models to design, conduct, and analyze controlled experiments on enzyme kinetics.

Harvard Project Zero Visible Thinking Routine format for Connect, Extend, Challenge with an organized student instruction table and reflection prompts.

Students subject their sustainable home prototypes to simulated solar and thermal stress tests, assess performance against engineering criteria, and formulate targeted redesign modifications.