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 comprehensive, narrative-driven storyboard for the Shopify POS course, incorporating all missing technical details from the original material into a "Full Shift" problem-based structure.
A redesigned course storyboard for Shopify POS, reframing technical content as a "Day in the Life" narrative where the learner solves real-world BFAS scenarios.
A detailed instructional design audit report for a Shopify POS course, analyzing it through the lens of Bloom's Taxonomy, Gagne's Nine Events, Mayer's Multimedia Principles, and Merrill's First Principles of Instruction.
A structured student workbook designed for the Innovation Lab Challenge, providing space for empathy notes, problem definition, rapid sketching, prototyping, and peer feedback.
A visual presentation designed to guide students through the fast-paced phases of Design Thinking, from empathy interviews to the final pitch.
A comprehensive teacher's guide and instructional script for facilitating the Innovation Lab Design Thinking Challenge, including pacing, objectives, and a step-by-step teaching script.
A student STEM journal for the Habitat Shield project, providing space for habitat identification, threat analysis, blueprinting, and stress test reflection.
Updated STEM threat cards tailored to the specific physical characteristics of Desert, Arctic, Rain Forest, and Forest habitats.
Updated 2nd grade exit ticket for the Habitat Explorers lesson, assessing knowledge of basic needs and characteristics of Arctic, Desert, Rain Forest, and Forest habitats.
Updated physical characteristic cards featuring Arctic, Desert, Rain Forest, and Forest habitats, designed to help students identify and compare environments as per TEKS 2.12.
Updated student design planner for the Habitat Explorers STEM mission, updated to include Arctic, Desert, Rain Forest, and Forest habitats.
Updated teacher guide for the Habitat Explorers lesson, featuring the "Habitat Shield" STEM challenge with threats tailored to Arctic, Desert, Rain Forest, and Forest habitats.
An updated introductory slide deck for 2nd grade students about habitats, defining Desert, Arctic, Rain Forest, and Forest environments and their support for living things.
A simple, kid-friendly rubric for assessing the Animal Rescue Lab engineering challenge, covering problem solving, engineering, science explanation, and teamwork.
A visual anchor chart that defines "Structure" and "Function" with clear examples, designed to be displayed in the classroom during the Animal Rescue Lab.
A quick exit ticket for the Animal Rescue Lab to assess student understanding of external structures and their survival functions.
An engaging slide deck to introduce the Animal Rescue Lab. It defines external structures and functions, and outlines the mission for student "Bio-Engineers."
A student recording sheet for the Animal Rescue Lab where students identify their animal, sketch their prototype design, and explain how the structure aids in survival.
Bright, colorful task cards for the Animal Rescue Lab engineering challenge. Each card features a specific animal survival problem to solve, aligned with external structure concepts.
A comprehensive teacher guide for the Animal Rescue Lab lesson, including TEKS alignment, material suggestions, pacing, and guiding questions for the engineering challenge.
A video quiz accompanying a lesson on electromagnetism, testing student comprehension of motors, generators, power grids, and transformers based on a specific instructional video transcript.
Teacher's answer key and grading guide for the Induction Engine Quiz, including point breakdowns and detailed scientific explanations.
A summative assessment for students to demonstrate mastery of electromagnetic induction, energy transformations in motors/generators, and transformer logic.
A hands-on foldable activity that scaffolds student research into motors, generators, and transformers using textbook pages 345-353. Includes construction instructions, a blank research template, and a performance rubric.
Teacher's answer key and grading rubric for the Field Interaction Models worksheet, including sample student responses and key scientific concepts.
A conceptual worksheet for students to model magnetic field interactions, analyze energy changes, and explain the science of induction in transformers and metal detectors.
A hands-on engineering guide for students to plan, build, and refine a simple DC motor, with sections for technical sketching, observation logging, and variable testing.
Visual presentation slides for the "Field Mastery" lesson, covering energy conversion in motors and generators, magnetic field interactions, and real-world induction applications.
A detailed 5E lesson plan for teachers, outlining the instructional flow for teaching electromagnetic induction through hands-on building, modeling, and real-world application analysis.
An answer key for the Kirchhoff Review Worksheet, providing complete solutions for junction analysis, sign conventions, and multi-loop equation setups with instructional tips.
A comprehensive review worksheet for Kirchhoff's Rules (KCL and KVL). Features junction analysis problems, sign convention challenges, and a multi-loop circuit synthesis problem with student work areas.
A summative unit assessment for electricity and circuits. Features 10 questions covering series/parallel circuits, Kirchhoff's Rules, and Experience 3 concepts: induction, motors, generators, and transformers. Includes multiple-choice and open-ended synthesis questions.
A formative assessment for the Power Generation unit. Features multiple-choice conceptual questions, a transformer voltage calculation problem, and a short-response question connecting back to the hydroelectric dam phenomenon. All answer choices share identical styling.
A printable review board game for the Power Generation unit. Features 20 spaces including conceptual questions, math challenges, and themed hazards. Designed for high-engagement review of induction, motors, and grid mechanics.
A comprehensive Socratic seminar guide and peer review rubric. Features discussion prompts on motor efficiency and power grid synchronization, role assignments, and a tiered evaluation rubric for evidence use, technical vocabulary, and inquiry skills.
A Claim-Evidence-Reasoning (CER) worksheet for the Power Generation unit. Students construct a scientific argument on how to optimize motor rotation speed based on laboratory evidence and technical readings. Features a structured framework and guiding prompts.
A quantitative practice worksheet focusing on EMF induction in generators and motor power calculations. Includes an equation bank, scaffolded word problems, and a reflection section connecting to the "Starting a Motor" math tutorial video.
A set of 4 station task cards and a corresponding student recording sheet for the "Induction Insights" lesson. Stations cover AC/DC generators, transformer calculations, metal detector principles, and motor torque. Features industrial design and structured data entry.
A Cornell Notes template for the "Power Generation Mechanisms" reading. Includes designated columns for cues/questions, notes/sketches, and a summary section. Prompts align with Savvas Experience Handbook content on generators, motors, and transformers.
A vocabulary reference sheet and short-response worksheet featuring 6 key terms for the Power Generation unit: Electromagnetic Induction, EMF, Generator, Motor, AC, and Transformer. Designed with high-contrast cards and student work areas.
A professional 2-page document explaining the Lenny Learning platform. Updated with consistent black branding for the title and a Blue and Green color palette.
A one-page reference guide for Stony Hill staff providing quick instructions on logging in, example prompts, and a checklist of materials available on Lenny Learning. Updated with a Blue and Green color palette and consistent black branding.
A polished slide presentation for Stony Hill staff introducing Lenny Learning, updated with a Blue and Green color palette and consistent black branding for the title.
A detailed lesson plan and facilitation guide for school leaders or instructional coaches to lead a 60-minute workshop on getting started with Lenny Learning, tailored for Stony Hill School grades 2-3.
A one-page printable reference sheet customized for Stony Hill School teachers (grades 2-3), summarizing what Lenny Learning is, how to log in, and examples for primary grade levels.
Un guide complet pour l'enseignant incluant le plan de cours, les objectifs pédagogiques, le déroulement de la séance minute par minute et des conseils de facilitation pour enseigner l'art du prompt.
Une carte de référence rapide d'une page résumant les 10 composantes du prompt, les types d'approches et la philosophie "Contexte, Clarté, Contrôle". Idéal comme aide-mémoire de bureau.
Une fiche de travail structurée permettant aux étudiants de concevoir leurs propres prompts en remplissant chacune des 10 composantes avant de les assembler dans un "Master Prompt".
Une présentation complète en 9 diapositives couvrant les 10 composantes d'un prompt parfait, les types d'approches, les hallucinations et la philosophie de collaboration avec l'IA.
Une fiche aide-mémoire (cheat sheet) au format A4 pour les enseignants, regroupant la méthode RTC, des modèles de prompts prêts à l'emploi et des conseils de sécurité. Pratique à garder sur son bureau.
Une présentation de 6 diapositives pour animer une formation sur l'IA destinée aux enseignants du primaire. Couleurs vives, textes larges (>24px) et structure pédagogique claire.
Un livret de 6 pages conçu pour les enseignants du primaire, présentant les bases de l'IA, des astuces de productivité, la méthode de prompting RTC, et les enjeux éthiques. Visuel moderne et pédagogique.
A final assessment lab where students design a unit test suite for an AI-generated banking module, including edge cases and mutation testing.
Final project rubric for the Vibe Coding sequence, assessing iterative rigor, automation, and technical hardening.
Student reference guide for categorizing and diagnosing common AI-generated errors, with specific strategies for refinement.
Finalizing the application for production, focusing on security audits, edge case hardening, and deployment strategies.
The capstone project worksheet for Lesson 5, where students architect the observability, verification, and repair protocols for a self-healing system.
Final project rubric and teacher assessment guide for the "README Architect" mastery project in Lesson 5.
Slide deck for Lesson 5, focusing on finalizing the application for production, security audits, and deployment strategies.
The final teacher guide for Lesson 5, detailing the "Chaos Monkey" capstone protocol, the final rubric, and discussion questions for closing the sequence.
A facilitation guide for teachers, including lesson objectives, pacing, discussion prompts, and extension activities for the Ancient Architects lesson.
An answer key for the Ancient Architects Worksheet, providing model responses and grading guidance for teachers.
A comprehensive worksheet for Grade 7 students to apply their knowledge of structural engineering and Indigenous Canadian architecture. Includes matching, data analysis, diagramming, and critical thinking questions.
A visually engaging slide deck exploring the structural engineering principles of Indigenous Canadian architecture, focusing on forces, materials, and environmental adaptation.
A comprehensive teacher guide for the Tower Titans lesson, featuring pacing instructions, supplies, discussion prompts, and a detailed assessment rubric.
A student guided activity worksheet for the Marshmallow Tower challenge, including sections for blueprinting, construction logging, and post-activity reflection on center of gravity and structural integrity.
A 5-slide presentation introducing Grade 7 students to the concepts of Solid, Frame, and Shell structures, stability, and the center of gravity, culminating in the instructions for the Marshmallow Tower Challenge.
A teacher-facing facilitation guide for the Welding Fundamentals lesson, including pacing, discussion prompts, learning objectives, and differentiation strategies.
A visually striking slide presentation for high school students covering SMAW, GMAW, and GTAW welding processes, safety standards, defect identification, and career paths in the industry. Updated with larger fonts for optimal classroom visibility.
A teacher's answer key for the Defect Detective Worksheet, providing standard terminology for weld defects, their causes, and appropriate corrective measures.
A visual inspection worksheet for students to identify common weld defects, their causes, and the corrective actions needed to prevent them.
A comprehensive safety checklist for high school welding students, covering PPE, workspace preparation, and equipment inspection protocols.
A visually striking slide presentation for high school students covering SMAW, GMAW, and GTAW welding processes, safety standards, defect identification, and career paths in the industry.
A comprehensive 10-question unit mastery assessment for the Infinite Frontier sequence, covering the solar system, galaxies, space technology, rotation/revolution, moon phases, and star life cycles. Designed with 3rd-grade readability.
An answer key and teacher facilitation guide for the "Gravity Glue" lesson, providing solutions for the worksheet and tips for the drop zone experiment.
A STEM experiment where students drop objects of different masses to observe Earth's downward pull and learn that gravity affects objects equally.
A reading comprehension worksheet for 3rd graders about the force of gravity, its downward direction on Earth, and its role in planetary orbits.
A visually engaging slide deck exploring the fundamental force of gravity, Earth's downward pull, and the relationship between the Sun and planets.
An answer key and teacher facilitation guide for the "Shifting Skies" lesson, providing solutions for the worksheet and tips for the star projector activity.
A hands-on activity where students create a star projector using a cup and pin to model constellation patterns and demonstrate how they appear to move.
The master answer key for the unit mastery assessment, providing solutions for all 10 questions and the final gravity identification.
A reading comprehension worksheet for 3rd graders about why constellations appear to move nightly and change seasonally due to rotation and revolution.
A visually engaging slide deck explaining how Earth's rotation causes the nightly apparent motion of stars and how its revolution causes seasonal changes in which constellations are visible.
An answer key and teacher facilitation guide for the "Star Patterns" lesson, providing solutions for the worksheet and tips for the constellation creation project.
A creative project where students connect a series of "stars" to form their own original constellation and write a short mythical story about its origin.
A reading comprehension worksheet for 3rd graders about what constellations are, how they are used for navigation, and why the view differs by hemisphere.
A visually engaging slide deck explaining what constellations are, their historical uses, and the differences between what can be seen in the Northern and Southern Hemispheres.
An answer key and teacher facilitation guide for the "Star Evolution" lesson, providing solutions for the worksheet and tips for teaching the star life cycle.
A reading comprehension worksheet for 3rd graders about the life cycle of stars and how their brightness changes at different stages.
A visually engaging slide deck exploring the lifecycle of stars, from nebulae to red giants and supernovae, and how their brightness changes at each stage.
An answer key and teacher facilitation guide for the "Light Levels" lesson, providing solutions for the worksheet and tips for the distance decay experiment.
A STEM experiment using flashlights to demonstrate how distance affects the apparent brightness of a light source.
A reading comprehension worksheet for 3rd graders focusing on the difference between apparent and absolute star brightness.
A comprehensive teacher professional development guide including essential AI concepts, facilitation strategies, and quick-reference prompt cheat sheets.
A high school activity sheet requiring students to apply the CO-STAR prompt engineering framework, map industry impacts, and draft ethical AI policies.
Advanced slide deck for high school students exploring generative AI paradigms, professional prompt engineering frameworks (CO-STAR), and the future of work.
A middle school activity sheet involving ethical analysis of recommendation engines, labeling neural network structures, and debating facial recognition bias.
A middle school slide deck focused on the technical basics of neural networks and the ethical challenges of recommendation engines and deepfakes.
A grade 3-5 worksheet focusing on analyzing AI bias scenarios and practicing prompt engineering using a structured 'Role + Task + Detail' framework.
Instructional slides for grades 3-5, focusing on 'Pattern Detectives' - understanding data, spotting bias, and learning the basics of effective prompting.
An activity sheet for grades 1-2 focusing on distinguishing between traditional machines and AI, and designing an AI solution for a simple problem.
Instructional slides for grades 1-2 focused on 'Smart Helpers' - identifying AI in the world and understanding simple machine learning patterns.
A comprehensive teacher guide for the 'Robot Brains' lesson, including a script, instructional sequence, and differentiation tips for Kindergarten.
A simple, visual worksheet for Kindergarten students to practice identifying AI and 'training' a robot.
Introductory slide deck for Kindergarten students exploring the difference between human brains and computer 'brains'.
The comprehensive K-12 AI literacy curriculum scope and implementation guidelines for district-wide alignment.
Guide de correction et notes d'animation pour le formateur. Ce document fournit les réponses types aux activités du livret stagiaire et des conseils pour mener les débats éthiques et pédagogiques.
Livret d'activités pour les stagiaires comprenant des exercices d'analyse sur le syndrome du GPS, des quiz sur le cadre juridique et un atelier pratique pour adapter les situations d'évaluation par capacités.
Support de présentation visuel pour la formation 'Sagesse Artificielle'. Ces slides couvrent les constats du rapport d'inspection 2025, la définition de la littératie de l'IA, le cadre institutionnel et les pistes d'adaptation de l'évaluation par capacités.
Guide complet pour le formateur incluant les objectifs pédagogiques, la structure de la séquence (6h) et le déroulé détaillé des trois modules. Il intègre les concepts clés comme le syndrome du GPS et l'approche par capacités.
Mise à jour du mémo bibliographique étudiant incluant les références explicites au Code de la Propriété Intellectuelle (CPI), les formats de citation pour l'IA (ChatGPT) et les règles d'éthique académique 2024.
Dossier de travaux dirigés approfondi (8 exercices) pour les étudiants infirmiers, axé sur la structuration PICO, la pratique intensive de la norme APA 7, et une section quizz complète sur le plagiat, l'IA et la législation française. Espaces de travail optimisés.
Mise à jour du guide formateur (v3) avec les corrigés détaillés du quizz sur le plagiat, l'IA et la législation française. Ajout de points de discussion sur l'éthique académique.
A comprehensive 2-page facilitation guide for teachers leading the Egg Drop Challenge. Includes learning objectives, materials lists, safety tips, pacing guide, and common student misconceptions.
A 8-slide instructional presentation for the Egg Drop Challenge. Covers physics concepts of gravity, acceleration, air resistance, and impact force, plus engineering strategies like cushioning and parachutes.
A 2-page engineering blueprint worksheet for students to brainstorm and sketch their egg drop protection designs. Includes sections for vocabulary, predictions, and 3-part drawing panels for materials, structure, and physics forces.
Guide pédagogique pour l'enseignant incluant le déroulé de la séance de 2h, les points de vigilance techniques et le corrigé détaillé de tous les exercices de la fiche élève.
Présentation visuelle pour le cours sur le couple de forces, illustrée par des schémas techniques et des exemples concrets (moteur, serrage, relevage). Textes en grande taille pour une lisibilité optimale.
Un cours complet de 2 pages pour les élèves de 1ère Bac Pro sur le couple de forces, avec théorie, schémas de principe et exercices d'application directe sur le tracteur (serrage, transmission, relevage).
Updated parent conversation guide with a focus on discovering scientific wonders and topic interests rather than experimental problems.
A 7-week milestone checklist focusing on research phases, topic development, and exhibition preparation, replacing experimental tasks with study-focused goals.
A research-focused student workbook for a 7-week topic study, replacing experimental sections with topic mapping, information flow planning, and visualization areas.
An updated visual roadmap for a 7-week research-based science project, guiding students through topic discovery, information gathering, and final exhibition.
A comprehensive teacher facilitation guide for the 4-day Newton's Law Launchpad project. It includes a daily implementation roadmap, troubleshooting tips for common engineering pitfalls, and discussion prompts to deepen students' understanding of the physics concepts.
Introductory slide deck for Marty the Robot, explaining the screenless color coding rules and the transition to block coding concepts (step length, step time, turn steps). Designed for grades 1-3. Updated to correctly identify the Purple Look menu.
Introductory slide deck for Sphero Mini, explaining the transition to block coding and the importance of aiming the robot.
A quick-reference cheat sheet for students showing the color codes for Sphero indi and Marty the Robot. Designed for station use to help students remember commands without a screen. Updated to clarify Marty's block coding menus.
A set of colorful certificates to celebrate students' achievements in mastering Sphero indi, Sphero Mini, and Marty the Robot coding missions.
Introductory slide deck for Sphero indi, explaining the color-coding system (revised for specific classroom tiles) and how to use mission cards for grades 1-3. Included orange (45L) and teal (45R) tiles. All paths now explicitly start with Green.
A student tracking sheet to log progress through all 64 task cards. Organized by robot type and difficulty level, allowing students to check off missions as they complete them.
An advanced set of 8 task cards for Marty the Robot (Level 2) using block coding, covering nested loops, gestures, power kicks, and musical notes. Designed for grades 1-3. All code examples now start with the "when green flag clicked" block. Card 16 changed to an open-ended "Master Inventor" mission.
A 2-page student lab manual for the "Energy Transmission in Circuits" guided inquiry lab. Features equipment checklists, a structured data log, and conceptual analysis questions connecting the lab to the anchoring phenomenon of hydroelectric dams.
A 5-slide visual presentation for the Power Generation unit. Covers the dam anchoring phenomenon, induction mechanics, generator math (EMF), and a briefing for the Socratic seminar. Features high-contrast technical layouts and industrial branding.
An answer key for the Circuit Analysis Quiz and the Circuit Practice Workshop. Includes step-by-step equation setups and conceptual explanations for teacher debriefing.
Scaffolded practice problems for Kirchhoff's Rules. Includes three levels: Level 1 (Sign Conventions), Level 2 (Junction Rule Application), and Level 3 (Multi-loop Synthesis). Provides work areas and helpful tips for students.
A 5-question multiple-choice quiz based on the "Kirchhoff's Rules: Circuit Analysis" video by Jesse Mason. Focuses on the practical steps of labeling, redundant equations, sign conventions, and interpreting results.
An answer key for the Physicsland Video Quiz, providing correct answers along with direct quotes from the video transcript to support teacher debriefing.
A 10-question multiple-choice quiz based on the "Kirchhoff's Rules" video by Jesse Mason. Covers the Junction Rule, Loop Rule, conservation principles, and sign conventions with consistent formatting and a clean "Physicsland" theme.
Visual presentation slides for the Rule Masters lesson. Features high-contrast layouts for the video embed, the Junction Rule (Conservation of Charge), the Loop Rule (Conservation of Energy), and detailed sign conventions for batteries and resistors.
A student design guide for the solar oven engineering project, focusing on heat absorption, reflection, and insulation variables.
A student design guide for the wind blade engineering project, featuring sketching areas and engineering variable checklists.
Answer key for the Day 3 Energy Analytics Worksheet.
