Facilitation guide for teachers including pacing, discussion prompts, vocabulary, and instructional tips for the Red Planet Rations lesson.
A multi-grade collection of scientific reading comprehension and response booklets designed to build disciplinary literacy in Earth, Life, and Physical sciences across elementary and middle school levels.
An interactive STEM lesson where students apply concepts of force, motion, gravity, and energy to design their own safe, high-thrill playground. Students analyze playground equipment physics and present their engineered blueprints.
A 1-page structured assessment rubric grading physics concepts, engineering blueprint accuracy, and team pitches.
A cross-curricular, 3-day project-based unit combining science, argumentative writing, and graphic design. Students investigate the ecological impacts of light pollution, write a data-driven persuasive proposal, and design a community awareness campaign poster.
A hands-on science and engineering lesson where students investigate system failures in electrical grids and water networks, tracing inputs, outputs, and points of failure to analyze system interdependence and cause-and-effect relationships.
A 2-page hands-on student activity worksheet. Page 1 guides students through calculating forces and energy of swings, slides, and see-saws. Page 2 provides a blueprint drafting grid for sketching their ultimate playground.
An immersive preparation program that equips agriculture students with the hands-on identification and evaluation skills needed to conquer competitive Livestock Skillathon contests.
A rigorous, NGSS-aligned lesson focusing on feedback loops, glucose regulation, carbon dioxide exchange, and graph analysis of diabetes. Students tackle multi-format questions modeled after ILEARN state assessments, while teachers utilize detailed exemplars to guide instructional debriefs.
Un programme complet de révision intensive pour le Brevet, regroupant des fiches, exercices et corrigés détaillés en français et en physique-chimie.
This lesson guides students through the biophysics of head impacts. Through kinetic energy concepts and a hands-on modeling activity, students learn how helmets absorb impact forces and protect the brain from acceleration-deceleration injuries.
