A comprehensive high school biology unit covering plant and animal systems, focusing on structure, transport, reproduction, and response through anchoring phenomena and hands-on labs.

A high school biology sequence focused on the neuroscience of addiction, specifically analyzing how chemical structure and speed of delivery influence the brain's reward system. Students explore the biological mechanisms of tolerance, dependence, and the blood-brain barrier through graphing and comparative analysis.

A specialized AP Biology unit exploring the intersection of neuroscience and psychology, focusing on the biological mechanisms of mental health disorders and the pharmacology of their treatments.

A high school biology lesson sequence exploring the biological basis of perception, focused on how external substances and chemical imbalances alter neurotransmitters to cause psychosis and hallucinations.

Cette séquence de 4 séances de 45 minutes explore le principe d'inertie pour les élèves de seconde. Elle combine histoire des sciences, simulations numériques et résolution de problèmes pour comprendre la relation entre forces et mouvement.

A comprehensive unit on the fundamentals of forensic science and criminal investigation, culminating in a hands-on murder mystery simulation. Students learn about evidence collection, witness psychology, and deductive reasoning.

A comprehensive project-based learning unit where high school students apply design thinking to solve real-world problems, from initial discovery to final prototyping and pitching.

A unit exploring the microscopic machines that keep living things running, from building cells to breaking down food.

A high-engagement sequence on plant systems (Reproduction, Transport, and Response) designed for talkative students. It uses collaborative, discussion-based activities to channel social energy into scientific inquiry.

A comprehensive 2-week unit for high school biology students exploring the interconnectedness of life, from microscopic organisms to the global biosphere. Students will investigate biomes, energy flow, and population dynamics through hands-on activities and creative projects.

A unit exploring the biological origins of humanity, focusing on evolutionary biology, phylogeny, and the development of complex traits like bipedalism and collective learning.

A high school entrepreneurship lesson evaluating the trade-offs between business specialization and diversification. Students analyze the 'Joe's Lawn Care' scenario, explore economies of scale, and engage in a structured debate.

A specialized high school chemistry/biology integrated lesson exploring the biochemical differences between Archaea and Bacteria. Students analyze how ether bonds and lipid monolayers provide structural stability for survival in extreme thermal environments through modeling and chemical analysis.

A high-school level exploration of thermodynamics, focusing on the connection between entropy, enthalpy, and Gibbs Free Energy to predict chemical spontaneity.

A lesson focused on Galileo's gravitational experiments and the mathematical resolution of the 'gravity paradox,' where mass cancels out in the calculation of acceleration. Students conduct a hands-on lab using bottles of different masses to test empirical results against theoretical models.

A series focused on local environmental action and urban air quality solutions, guiding students from observation to advocacy.

A comprehensive biology sequence exploring the intricate ways species interact, from basic symbiosis to complex ecosystem dynamics and population growth.

A sequence exploring sustainable agricultural practices, focusing on how biodiversity and ecological principles can solve modern farming challenges like pest control and soil health.

A physics-focused unit exploring the relationship between mass, weight, and force, emphasizing mathematical modeling and unit conversions.

This inquiry-based sequence bridges biology and behavioral science, exploring the neurobiological roots of agitation. Students investigate the 'why' behind physiological changes during escalation to foster an objective, science-based approach to behavioral support.

A game-based sequence where 8th-grade students master responsive web design. They progress from fluid units to Flexbox and Media Queries, culminating in a responsive card layout project.

A comprehensive unit where 8th-grade students learn the technical and ethical requirements of web publishing. Students move from local development to a live portfolio, covering file management, copyright law, hosting infrastructure, SEO, and long-term maintenance.

This sequence shifts focus from writing code to designing for human needs through User Experience (UX) and User Interface (UI) principles. Students adopt the role of UX researchers, analyzing existing sites for usability and accessibility failures before they write a single line of code.

A comprehensive guide to the operational side of web development, covering DNS, hosting types, FTP, CMS deployment, SEO, and site security. Students learn the technical requirements for establishing and maintaining a professional digital presence.

A comprehensive introduction to web development, focusing on semantic HTML5 structure and CSS styling. Students progress from analyzing existing websites to hand-coding a multi-page static site with professional standards.

A comprehensive sequence for high school seniors to plan, design, and build a professional digital portfolio. Students move from brand strategy and content curation to high-fidelity coding and peer-led usability testing.

A comprehensive unit on modern web design, focusing on User Experience (UX), flexible layout systems (Flexbox and CSS Grid), and responsive design principles using a mobile-first philosophy.

A comprehensive 10th-grade sequence on web publishing, covering the technical journey from local development to global hosting. Students explore DNS, servers, deployment workflows, SEO, copyright laws, and long-term site maintenance.

This sequence introduces 10th-grade students to User Experience (UX) and Interface Design (UI). Moving beyond code, students use Design Thinking to research audiences, organize information architecture, and create low-fidelity wireframes, culminating in peer usability testing.

A comprehensive sequence for 10th Grade students exploring the ethical and technical standards of Web Accessibility (a11y), focusing on WCAG guidelines, inclusive design, and technical remediation for visual, motor, and cognitive disabilities.

A comprehensive sequence for 10th-grade students to master CSS, the Box Model, Flexbox, Typography, and Responsive Design through hands-on workshops and a final portfolio project.

A comprehensive introduction to HTML5, focusing on semantic structure, document organization, and creating the functional skeleton of websites. Students move from deconstructing existing sites to building their own multi-page structures with media, links, and forms.

A comprehensive unit on User Experience (UX) and Web Accessibility (A11y) for 9th-grade students. Students move from understanding user needs through persona creation to planning inclusive digital spaces using wireframes and WCAG standards.

A comprehensive introduction to CSS for 9th-grade students, focusing on selectors, the box model, typography, flexbox layouts, and responsive design through hands-on coding challenges and visual theory.

A foundational unit for 9th-grade students to master HTML syntax, text hierarchy, hyperlinks, media embedding, and semantic layout containers. Through hands-on coding and source code analysis, students learn to build structurally sound web documents from scratch.

This sequence establishes the foundational skills necessary for objective behavioral analysis, moving students from casual observation to professional data collection. Students master operational definitions, the ABC model, quantitative measurement techniques, and data visualization while exploring ethical reporting and bias.

A comprehensive sequence on the physics and chemistry of chromatography, covering stationary and mobile phases, Rf value calculations, polarity, and forensic applications. Students progress from basic paper chromatography to thin-layer chromatography (TLC) in a series of inquiry-based labs.

This high school physics sequence explores the industrial scale-up of mixture separation techniques, focusing on the physics of centrifugation, magnetism, oil-water interactions, and reverse osmosis. Students evaluate trade-offs between efficiency, cost, and environmental impact through simulations and case studies.

A project-based physics sequence where 10th-grade students act as environmental engineers to design, build, and test a multi-stage water filtration system. Students explore physical properties of mixtures, separation techniques, and engineering design constraints.

A comprehensive workshop-based sequence exploring thermal separation techniques, from basic evaporation to industrial fractional distillation. Students master the physics of phase changes and boiling points to separate liquid mixtures.

An inquiry-based exploration of matter classification, focusing on the physical properties of homogeneous and heterogeneous mixtures. Students use particle modeling, the Tyndall effect, and solubility analysis to distinguish between solutions, colloids, and suspensions.

Students act as environmental engineers designing a multi-stage water filtration system. They explore sedimentation, decanting, and various filtration media to solve a real-world water contamination challenge.

This 9th-grade physics and chemistry sequence explores the classification of matter through physical properties. Students progress from macroscopic observations to microscopic particle diagrams, conducting labs to distinguish between pure substances, homogeneous mixtures, and heterogeneous mixtures using evidence-based reasoning.

This sequence explores the physics of colloids, suspensions, and heterogeneous systems. Students investigate particle size scales, light scattering (Tyndall effect), fluid dynamics (Stokes' Law), and surface tension to understand how complex mixtures behave and how to engineer stable consumer products.