Vibrations and Energy Transfer

An action-packed, hands-on 8-day 4-H camp program focusing on Head, Heart, Hands, and Health. Students tackle engineering, teamwork, ecology, nutrition, and art challenges through daily active learning.

A year-long, self-paced entrepreneurship curriculum spanning September to May for alternative education students in work-study placements. Students transform real-world work experience into a modular business plan and slide presentation.

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 comprehensive unit on rainforest ecology, climate regulation, and conservation. Students explore the structural layers of the rainforest, their roles as carbon sinks, the threats of deforestation, and collaborative solutions for preservation.

Séquence complète de biologie végétale appliquée pour les classes de Seconde Horticulture et Seconde NJPF (Nature, Jardins, Paysages, Forêt) en lycée agricole. Cette séquence aborde l'anatomie, la physiologie, la reproduction et l'écophysiologie végétale sous un angle technique, scientifique et professionnel.

A comprehensive biology curriculum aligned with Indiana Academic Standards, spanning twelve core units from the characteristics of living things to human impact, designed for 9th-grade on-level students.

A dual-track course launch suite providing comprehensive curricular roadmaps, syllabus infographics, teacher guides, and unit unwrapping plans for General and Honors Biology.

A high school biology curriculum that weaves molecular and biochemical mechanisms into every major traditional unit, fully aligned to the Indiana Academic Standards for Biology.

An immersive fifth-grade unit on natural disasters. Students explore the science, history, and safety preparation for earthquakes, volcanoes, hurricanes, tornadoes, wildfires, and floods through interactive slides, reading investigations, and emergency planning projects.

An immersive 1st-grade GLAD science and literacy sequence that guides young learners from the sunny surface to the deepest, darkest trenches, using cooperative learning, narrative inputs, and hands-on modeling.

A comprehensive, highly engaging chemistry exploration of nuclear processes, including radioactive decay, nuclear stability, fission, fusion, half-life calculations, and modern nuclear technologies. Studentsrotate through four interactive stations to master atomic chemistry.

An advanced high school earth science unit exploring how scientists decode paleoclimate data from ice cores. Students analyze isotopic ratios, examine greenhouse gas correlations, and model glacier-climate feedback loops.

Une séquence de physique de niveau Première sur l'optique géométrique et les lentilles minces convergentes. Elle aborde la modélisation géométrique des lentilles, la construction graphique des images, les relations mathématiques de Descartes et de grandissement, ainsi que les trois méthodes de mesure de la distance focale (objet à l'infini, autocollimation, méthode de Bessel).

A multi-subject summer school unit exploring the history, science, math, and language arts of ice cream. Students scale recipes, conduct freezing-point experiments, trace historical origins, and design sensory marketing campaigns.

A comprehensive high school biology unit covering the fundamental building blocks of life, including biological macromolecules, prokaryotic organisms, and the complex structures of eukaryotic cells.

A comprehensive year-long instructional roadmap for Indiana High School Biology, aligned with the 2023 Academic Standards and optimized for ILEARN preparation.

A comprehensive 3-week Biology unit exploring the structure and function of macromolecules, aligned with Indiana HS.LS standards. Students investigate carbon chemistry, the role of DNA in protein synthesis, and energy transfer within metabolic processes through a blueprint-themed architectural lens.

A comprehensive sequence focused on mastering business presentation skills and understanding company valuation for a professional audience.

A comprehensive physics sequence exploring the dual nature of light, the electromagnetic spectrum, and the interactions of radiation with matter, including the photoelectric effect and polarization.

A collection of integrated science and ELA reading passages covering conservation of mass, the water cycle, and force and motion. Each passage targets specific ELA standards including key ideas, craft and structure, and language.

A comprehensive review sequence focused on homeostasis and feedback mechanisms, designed specifically for NYS Regents Biology preparation using authentic practice questions and guided instruction.

A two-day science unit for 4th-grade English Learners focusing on the processes of weathering and erosion. Students act as 'Earth Sculptors' to investigate how natural forces break down and move Earth's materials using WIDA-aligned language supports.

A unit covering the structural and functional organization of living things, from DNA replication to hierarchical body systems.

A 3-part mini-lesson series designed to teach middle schoolers how to use AI tools responsibly for final projects. The series focuses on AI as a thinking partner, prompt engineering, and critical fact-checking through a modern 'Notebook/Sketch' aesthetic.

A series of secret agent-themed ecology missions where students act as Eco-Detectives for the Nature Intelligence Agency (NIA) to study habitats, food chains, and environmental impacts.

A collection of technology and language arts lessons exploring modern digital literacy and core communication skills.

A collection of 8 hands-on science activities designed for elementary-aged children, covering chemistry, space, botany, and physics with a mix of instruction cards, journals, and lesson plans.

A comprehensive unit for 5th grade exploring how plants grow from air and water (LS.5.1.1) and how matter cycles through ecosystems via food webs and decomposers (LS.5.1.2).

A comprehensive exploration of heredity, traits, and environmental influences across grade levels, from basic inheritance to complex adaptations and changes over time.

A comprehensive unit exploring how energy flows through ecosystems and how organisms interact within their environments. Students will model food webs, analyze resource availability, and predict population changes based on interactions.

A comprehensive 5th-grade science review sequence covering Ecosystems, Properties of Matter, and the Earth-Sun-Moon system through reading comprehension and varied activities.

A collection of independent science exploration modules covering the Solar System, Matter, and Ecosystems, designed for quiet student work during substitute lessons.

A comprehensive unit covering Earth's composition, processes, and properties. Students explore mineral identification, the rock cycle, Earth's internal structure, and plate tectonics through a 'Geology Expedition' theme.

A series of activities focused on applying chemical matter concepts to solve mysteries, culminating in a creative evidence board project.

A creative end-of-year science unit where students apply their knowledge of Earth's tilt and orbit to design custom seasonal cycles for fictional planets. This sequence encourages divergent thinking and deep understanding of how axial tilt impacts climate and light.

A series of lessons focused on understanding different natural disasters, their causes, impacts, and safety protocols through structured writing and investigation.

A 20-day phonics drill program for first graders using the Sound Sliders routine to master consonant blends (initial/final) and open syllables (IMSE 36-42).

A comprehensive unit on how energy flows through ecosystems, focusing on the roles of producers, consumers, and decomposers and their unique adaptations for survival.

A comprehensive physics unit covering the behavior of mechanical and electromagnetic waves. Students transition from hands-on slinky exploration to advanced optical modeling and mathematical derivations.