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 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.

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.

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

A 19-day high-stakes Regents Biology test preparation sequence covering matter cycling, kelp forest trophic cascades, homeostatic feedback loops, and experimental design constraints and trade-offs.

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.

An exploration of the building blocks of life, focusing on the structure, function, and chemical identification of biological macromolecules.

A comprehensive unit focused on the foundational components of marketing strategy, specifically designed for Year 2 Business, Marketing, and Finance students preparing for the ESB V.2 certification. Students explore marketing plan design, competition analysis, and the strategic marketing mix.

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 hands-on biology unit exploring asexual plant reproduction, cellular regeneration, and the science of propagation. Students learn to 'hack' plant growth to create new life from cuttings, combining laboratory precision with botanical care.

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

A comprehensive 7-day introduction to business and entrepreneurship. Students explore foundations, economic principles, ownership models, internal structures, and the mindset and process needed to launch a new business idea.

A high-intensity biology credit recovery program focused on high-yield standards: Evolution, Systems, Viruses, and Cellular Genetics.

A comprehensive final summative project for high school seniors that transforms traditional case study research into a hands-on forensic investigation. Students analyze multiple evidence types including DNA, fingerprints, blood spatter, and toxicology to solve a complex cold case.

A series of lessons exploring diverse human pathologies, from chronic metabolic disorders like diabetes to acute viral infections like Hantavirus.

A comprehensive 42-day collection of class starters for an 8th-grade forensics course, covering foundations, physical evidence, biological evidence, and forensic reasoning.

A comprehensive unit exploring the properties, reactions, and mathematical relationships of acids and bases, featuring pH calculations, titrations, and buffer systems.

A capstone unit exploring the intersections of machine learning, data ethics, and the societal impact of algorithmic decision-making. Students transition from being technical builders to critical auditors of modern software.

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.

A comprehensive series of vocabulary assessments designed to reinforce computer science concepts through repeated exposure and varied questioning.

A guided discovery sequence on linear momentum, impulse, and 2D collisions, focusing on inquiry-based learning and vector analysis.

This unit explores how chemical reactions occur and how they reach a state of balance. Students investigate reaction kinetics, energy changes, and the principles of dynamic equilibrium through modeling and laboratory investigation.