Mechanical and electrical engineering fundamentals combined with machine learning, robotics, and CAD design. Examines AI ethics and systems thinking within the context of modern technical problem-solving.
A redesigned training experience for Shopify POS focused on scenario-based learning and performance-centric instruction.
A high-energy, fast-paced introduction to Design Thinking where students identify and solve everyday school 'friction points' through empathy, rapid ideation, and prototyping.
A hands-on engineering challenge where students design structures to help animals survive, focusing on TEKS 1.13A regarding animal structures and functions.
A lesson exploring why the night sky appears to change throughout the night and across different seasons due to Earth's rotation and revolution.
A lesson on constellations, explaining how stars form patterns used for navigation and how the view of the sky changes between the Northern and Southern Hemispheres.
A lesson on the life cycle of stars, exploring how they are born in nebulae, grow, and eventually change brightness as they age or die.
A lesson exploring why some stars look brighter than others, focusing on the difference between apparent and absolute brightness and the role of distance.
A lesson on solar and lunar eclipses, exploring how the alignment of the Sun, Earth, and Moon creates dramatic shadows in space.
A lesson exploring the eight phases of the Moon, why the Moon seems to change shape, and the 29.5-day lunar cycle.
A lesson on Earth's revolution, exploring the path Earth takes around the sun and how its tilted axis leads to the change of seasons.
A lesson on Earth's rotation, focusing on the concept of an axis and how spinning creates the cycle of day and night.
A lesson exploring the history and future of human space exploration. From the Apollo moon landings to living on the International Space Station and planning the first human missions to Mars.
A lesson exploring how we use technology like rovers, probes, satellites, and telescopes to study space. Highlights famous missions like Mars Rovers and the James Webb Space Telescope.
A lesson exploring the hierarchy of space, from our solar system to the Milky Way galaxy and the vast universe beyond. Focuses on relative scale and the concept of galaxies.
A "Hi-Lo" lesson on the solar system for 6th graders reading at a 3rd-grade level. It explores planetary characteristics, the role of gravity, and scale through accessible text and high-interest visuals.
Students design and build a STEM leprechaun trap inspired by 'How to Catch a Leprechaun', focusing on multi-step directions and problem-solving through the engineering design process.
A STEM-focused lesson where students explore biological adaptations and apply engineering design principles to create 'bionic' enhancements for plants facing environmental stressors. Students research specific threats, brainstorm mechanical solutions, and prototype protective structures.
A comprehensive introduction to biomimicry where students explore how nature's best designs solve human challenges, culminating in a creative engineering project.
A high-energy workshop introducing 9th graders to design thinking. Students apply human-centered design to solve school-based challenges like hallway congestion or cafeteria waste.
Targets TEKS 4.6B/C and 5.6B/C, engaging older students in the science of mixtures and solutions. Students investigate the conservation of mass and the physical properties of substances through activities like 'The Vanishing Gram' and 'Separation Challenge', complete with STAAR-aligned review questions.
A hands-on engineering challenge where students apply physics concepts like gravity, acceleration, and impact force to design and build a protective casing for an egg drop.
Cette leçon traite du moment d'une force et du couple de forces à travers l'étude du moteur, de la transmission et des organes de levage d'un tracteur.
A comprehensive introduction to the fundamental processes, safety protocols, and career paths in professional welding. Students will explore SMAW, GMAW, and GTAW techniques while learning to identify quality welds.
A comprehensive 7-week guide for middle school students to conduct a deep-dive study into a scientific topic of their choice. This project shifts focus from experimentation to expertise, guiding students from initial brainstorming to a final exhibition.
A 4-day hands-on engineering challenge where students design and build a device that demonstrates Newton's three laws of motion using low-cost recycled materials. Students progress through research, blueprinting, prototyping, testing, and a final reflection on the physics at play.
This lesson prepares 8th-grade students for the Massachusetts MCAS Science exam, focusing on physical science, chemistry, and technology/engineering through model-based reasoning and experimental design analysis.
A hands-on engineering lesson where students follow precise directions to fold a high-performance paper airplane while learning the four forces of flight.
A comprehensive end-of-unit assessment and review lesson for the Infinite Frontier sequence. Includes a multi-topic test and a unit glossary.
A lesson on the fundamental force of gravity, explaining its role as a downward force on Earth and the invisible "glue" that keeps the planets in orbit around the Sun.
A comprehensive 5E lesson exploring electromagnetic induction through the construction of motors and generators, modeling field interactions, and analyzing real-world applications like transformers.
Final unit evaluation and reflection. Students complete a formative quiz and a summative assessment covering electricity and circuits, ending with a final reflection on the anchoring phenomenon.
A collaborative synthesis of the unit's concepts. Students engage in a Socratic seminar regarding motor design and grid readiness, followed by a competitive game board review of all power generation principles.
A quantitative exploration of electromagnetic force (EMF) and motor power. Students master the mathematical modeling of generators and motors before applying their knowledge to a CER argument on optimizing motor performance.
A deep dive into the mechanisms of induction and generators. Students use Cornell notes to process technical readings and rotate through stations exploring AC/DC generators, transformers, and induction devices.
An introduction to power generation through the lens of hydroelectric dams. Students engage with the anchoring phenomenon and begin a guided inquiry lab building a DC motor to explore energy transmission.
A culminating lesson where students compare wind and solar energy using graphic organizers and analyze real-world energy output data to understand reliability and efficiency.
A lesson exploring solar energy technology, including photovoltaic and thermal systems, energy transformation from light to heat/electricity, and solar energy vocabulary.
An introductory lesson on wind energy focusing on the mechanics of turbines, energy transformations from kinetic to electrical, and the trade-offs of wind power.
A fundamental exploration of Kirchhoff's Circuit Laws through the lens of conservation principles. Students master the Junction and Loop Rules using clear conventions and visual mapping techniques based on the "Teach Me" physics series.
A deep dive into the time-dependent behavior of RC circuits, covering the calculus of charging and discharging, the physical meaning of the time constant, and graphical analysis.
A hands-on virtual lab using the PhET Ohm's Law simulation to investigate the relationships between voltage, current, and resistance. Students collect data, graph results, and use CER to explain their findings.
An exploration of Indigenous Canadian architecture through the lens of structural engineering, focusing on how different cultures adapted their shelters to local climates and available materials while managing forces like wind, snow, and gravity.
A hands-on engineering lesson where students explore solid, frame, and shell structures while building stable towers using marshmallows and toothpicks. Students investigate how the center of gravity and base shape affect structural integrity.
An advanced disaster relief engineering unit for grades 4-5. Students design precision supply drop crates to protect medical gear and modular flood barrier systems to save a model town, emphasizing experimental variables and cost-to-performance criteria.
A high-energy junior engineering lesson for grades 1-3. Students join the 'Storm Rescue Team' to design unsinkable rafts for flood rescues and wind-resistant shelters for high-wind emergencies, focusing on material properties and modeling.
A comprehensive introduction to workshop safety and tool identification, focusing on the table saw, drill press, and hand chisels. Students learn critical safety protocols and part names for essential woodworking machinery.
An introductory lesson on soldering copper pipes for 9th-grade plumbing students, focusing on safety, preparation, and the soldering process with accommodations for EL and 504 students.
An informative unit for 5th graders exploring the history and physics of roller coasters, from early Russian ice slides to modern g-force engineering.
An informative unit for 5th graders exploring the growing problem of space junk, the science of orbital mechanics, and innovative solutions for cleaning up Earth's orbit.
A dedicated hub for educators featuring a K-12 curriculum scope, professional development guides, and quick-reference AI cheat sheets.
High school students analyze the impact of generative AI on careers and society, mastering advanced prompt engineering and debating complex ethical dilemmas.
Middle schoolers dive into the mechanics of neural networks and the ethical implications of AI in daily life, focusing on digital citizenship and algorithmic fairness.
Middle elementary students investigate how training data shapes AI behavior, identifying bias in simple systems and experimenting with basic prompt engineering.
Students in grades 1-2 explore how machines learn to recognize patterns and assist humans, introducing basic classification and the idea of helpful technology.
Introduces Kindergarteners to the concept of AI as a 'thinking' tool that follows instructions and learns from examples, focusing on the difference between robots and AI.
Adapter les pratiques pédagogiques et les modalités d'évaluation dans le cadre de l'approche par capacités (APC) face aux défis des IA génératives.
Explorer l'état des lieux de l'IA dans l'enseignement agricole, comprendre le 'syndrome du GPS' et définir la littératie de l'IA comme compétence transversale.
Une séance approfondie de 2 heures alignée sur le référentiel de compétences 2024, centrée sur la compétence "Rechercher et traiter des données professionnelles et scientifiques". La séance combine rigueur méthodologique, pratique intensive de la norme APA 7 et analyse critique de sources en soins infirmiers.
Students present their evolution maps and prototypes in a class showcase and reflect on the project.
Students analyze the societal impact of their chosen technology, focusing on communication, privacy, and environmental changes.
Students investigate the evolution of household technology, comparing historical devices with modern equivalents and predicting future innovations while analyzing their impact on society.
A lesson exploring the environmental impact of AI data centers, requiring students to research local impacts, take an ethical stance, and visualize their decision-making process through a decision tree.
An exploration of data collection methods, storage formats, and the practical implications of data management in computer science. Students will identify data sources and compare storage solutions.
A comprehensive 2-hour training focused on identifying emerging trends in prevention science and integrating them into evidence-based strategies to maximize community impact.
Une séance complète d'une heure pour démystifier l'intelligence artificielle auprès de collègues, couvrant les bases, les usages pratiques et les enjeux éthiques.
Une séance d'une heure conçue pour introduire les concepts fondamentaux de l'intelligence artificielle à des collègues débutants, sans support visuel numérique.
Ce cours initie les enseignants du primaire à l'utilisation pédagogique de l'IA générative. Il couvre les concepts de base, la rédaction de prompts efficaces, la création de ressources personnalisées et les enjeux éthiques liés à l'usage scolaire.
A comprehensive tutorial for Stony Hill staff on integrating Lenny Learning into their workflow, covering login procedures, material creation, and pedagogical benefits.
A comprehensive onboarding module designed to help educators master Lenny Learning, from initial login to generating high-quality custom resources for their classrooms.
Cette leçon enseigne l'art de concevoir des prompts efficaces pour l'IA en utilisant 10 composantes clés, de la définition du rôle à l'itération finale.
Students deliberately induce and then identify subtle logical errors or 'hallucinations' in AI-generated code. The lesson teaches the critical skill of skepticism and verification, ensuring the final output matches the original intent.
Students synthesize their learning to project the future of software engineering. They explore the shift from 'writer' to 'architect/editor' and map out the human-centric skills that AI cannot replicate.
Students learn that in Vibe Coding, high-quality documentation is the blueprint for the AI. They practice writing READMEs and comments that serve as instructions for future AI modifications.
The sequence ends with a focus on cleanup. Students take a working but messy conversation-generated codebase and use final prompts to standardize variable names, add comments, and format the code for human readability.
Students debate the complex legal and ethical landscape of AI-generated code authorship. They explore concepts of intellectual property, open-source licensing, and what it means to be an 'author' in a world of vibes.
Instead of manually rewriting code, students learn to guide the AI to refactor existing codebases for readability or efficiency. They practice iterative dialogue, asking the model to 'make it more Pythonic' or 'optimize for memory usage' and verifying the results.
Students assemble their final code, run a full test, and present their functional apps while reflecting on the modular approach and prompt effectiveness.
Students explore what happens when a conversation gets too long and the AI 'forgets' earlier instructions. They learn techniques to summarize current progress and 're-prime' the model to maintain consistency.
Students act as the technical lead, coordinating the AI to write backend logic that matches frontend requirements. They learn to manage the 'communication' between different parts of the stack through their prompts.
Students investigate how AI training data can lead to biased code. They perform experiments to see how AI generates stereotypes for 'user personas' and learn to audit code for social and cultural exclusions.
Students use descriptive language to apply CSS styling and experiment with visual vibes to match specific user experience goals.
The capstone of the sequence, where students build a resilient service that detects its own failures and autonomously generates patches to maintain uptime.
Synthesizing the technical and ethical shifts to forecast the future of professional software engineering and the architect's new responsibilities.
Developing heuristics for high-speed, high-volume code review when the primary author is an LLM, focusing on logic verification.
Navigating the legal complexities of AI-generated code, including copyright, open-source compliance, and derivative work challenges.
A technical workshop on identifying AI-generated hallucinations, specifically focused on supply chain security and non-existent package dependencies.
A deep dive into commercial HVAC plans, covering ACCA symbols, equipment schedules, and complex ductwork layouts for various building types.
A lesson for upper elementary students exploring the International Space Station as a symbol of global cooperation, featuring a video-based discussion and a creative engineering activity to design a new scientific module.
Students develop deconstruction plans and lifecycle analyses for scenic designs, ensuring materials enter a circular economy.
Utilizes CNC routing and 3D printing to create precise elements with minimal waste through optimized nesting and digital precision.
Focuses on engineering modular scenic systems that minimize waste and maximize reuse through standard stock sizing and smart connection points.
A hands-on exploration of non-traditional building materials like mycelium and bioplastics, involving structural stress tests and innovation.
A comprehensive 45-minute introductory lesson on renewable and non-renewable energy sources, designed for a substitute teacher. This lesson prepares middle school students for hands-on engineering projects like wind blades and solar ovens.
A high-stakes cybersecurity lesson where 12th graders learn to defend networks by configuring firewall rules and investigating suspicious system activity. Students develop action plans for identifying malicious files and processes in a simulated incident response scenario.
An informative unit for 5th graders exploring the history of chocolate from ancient Mayan rituals to the modern candy industry, featuring a creative design task and a research essay.
An informative lesson for 5th graders exploring the engineering mysteries and archaeological discoveries of the Great Pyramid of Giza, featuring modern scanning technology and ancient construction theories.
An informative unit for 5th graders tracing the history of video games from simple arcade pixels to immersive modern worlds, with a focus on technical innovation and cultural impact.
An informative lesson for 5th graders exploring the production, themes, and 1980s cultural influences of the hit show 'Stranger Things', accompanied by a creative character design activity.
Mise en pratique des connaissances pour résoudre un défi complexe de navigation et d'interaction.
Introduction à l'algorithmique et à la programmation par blocs pour diriger un robot à travers des missions précises.
Comprendre le schéma de fonctionnement d'un robot : capter, traiter, agir. Découverte des différents capteurs et actionneurs.
Identifier ce qu'est un robot, le distinguer d'une simple machine et découvrir les domaines d'application de la robotique.
A collection of resources for tracking student progress, celebrating achievements, and managing the robotics workspace. includes mission logs, certificates, and reference guides.
Explore Marty the Robot using two coding methods: physical color blocks for screenless movement and Scratch-like block coding for more complex behaviors and sensing.
Transition from screenless coding to block coding with Sphero Mini. Students will explore distance, rotation, and loops while programming their robot to complete various challenges in the Sphero Edu app.
Introduce students to screenless coding using Sphero indi and color tiles. This lesson focuses on cause-and-effect and simple sequencing as students lead indi through a series of color-coded missions.
Una lección introductoria a la programación de videojuegos usando MakeCode Arcade, cubriendo lógica de bucles, coordenadas y eventos para estudiantes de 6to grado.
An introductory exploration of series and parallel circuit configurations. Students use guided notes and "route-tracing" activities to understand how components affect total resistance, current flow, and potential difference across different network types.
A self-directed troubleshooting activity where students act as "circuit doctors" to diagnose and repair faulty electrical networks. This lesson applies Kirchhoff's laws and Ohm's Law to identify logical errors in circuit schematics and predict real-world consequences.
A collection of highly visual, simplified resources designed for students with reading and word comprehension challenges to master the basics of Python programming.
Los estudiantes exploran el poder de los bucles "mientras" (while) en Microsoft MakeCode Arcade para crear comportamientos repetitivos en sus juegos. Aprenden a usar condiciones para controlar la repetición y automatizar mecánicas como la generación de enemigos o el seguimiento de puntajes.
Students explore the fundamental differences between Symbolic AI and Neural Networks through a high-stakes role-play simulation and video analysis. By acting as 'hard-coded' algorithms versus 'learning' nodes, students experience firsthand why modern AI has shifted toward deep learning.
A high school computer science lesson exploring the relationship between computing power, data volume, and AI performance through the lens of Scaling Laws. Students analyze exponential growth, watch a Crash Course video, and predict future AI capabilities using hypothetical data sets.
A lesson exploring the evolution of computing power from room-sized machines to modern AI, focusing on Moore's Law and the history of chess bots.
Students explore algorithmic thinking by simulating animal swarm behavior, connecting biological 'simple rules' to computer science and robotics. The lesson includes a video analysis, a physical human simulation, and a reflection on real-world applications.
