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.
An adapted workbook for professionals with 0-3 years of experience, featuring a "Fresh Eyes" audit, a "Recipe Builder" for Core vs. Flex concepts, and a 90-day innovation challenge.
An adapted slide deck for professionals with 0-3 years of experience, focusing on the "Fresh Eyes" advantage, the Recipe Model for fidelity, and a simplified 90-day challenge.
An adapted facilitator guide for professionals with 0-3 years of experience, using simpler analogies like the "Recipe Model" to teach core prevention concepts and innovation.
An interactive participant workbook featuring a Trend Spotting Matrix, a Fidelity Audit activity, and a 90-Day Innovation Blueprint for practical application.
A professional presentation slide deck for the "Innovating Prevention" training, covering the innovation imperative, emerging trends, and the Core vs. Flex model.
A detailed facilitator guide for a 2-hour training session, featuring module breakdowns, key teaching points, and activity instructions for "Innovating Prevention".
A teacher facilitation guide for the 'Think Outside the Box' lesson, providing video pause points, discussion prompts, neurodiversity-focused teaching tips, and a pacing guide.
A set of 4-up printable exit tickets for 'The Aqueduct Challenge', prompting students to reflect on how 'thinking differently' contributed to their team's engineering success.
A comprehensive assessment rubric for 'The Aqueduct Challenge', evaluating students on water transport success, innovation, teamwork (neurodiversity focus), and adherence to engineering constraints.
A student activity guide for 'The Aqueduct Challenge', featuring mission constraints, a materials checklist, and a 'blueprint' area for students to sketch their engineering designs before building.
A set of interactive instructional slides for 'The Aqueduct Challenge', including a warm-up comparison, the embedded ADHD awareness video, clear engineering challenge constraints, and reflection prompts on neurodiversity and teamwork.
A comprehensive project evaluation tool containing a student self-assessment checklist, reflection prompts, and a formal teacher rubric.
A student-facing technical reference sheet that explains how to connect hardware and code narrative patterns.
A student brainstorming worksheet to help plan the narrative beats, physical interfaces, and programming logic for their circuit story.
A visually engaging slide deck that introduces the concept of circuit stories, explains conductivity and microcontroller logic, and outlines the project phases for students.
A comprehensive teacher guide for the Circuit Stories lesson, including duration, materials, instructional flow, and differentiation strategies.
A professional assessment rubric for the final pitch of the Innovation Incubator project, focusing on problem definition, innovation, prototyping, and communication.
A set of creative constraints and catalysts in card format to help student teams break through mental blocks during the ideation phase of their project.
The primary project guide for students, outlining the mission, team roles, deliverables, and a 3-week build schedule for the Future Solvers prototype.
A field-ready worksheet for high school students to log community pain points, conduct root-cause analysis, and develop "How Might We" statements for their innovation projects.
A printable set of arch component shapes (keystone and blocks) for students to cut out and use in the Roman Arch Challenge.
A teacher's guide for the Empire Builders lesson, including learning objectives, pacing, facilitation tips for the arch challenge, and discussion prompts.
A student activity sheet for the Roman Arch Challenge, providing space for blueprints, structural analysis, and key vocabulary definitions.
A visual presentation for the Empire Builders lesson, featuring image analysis, a video embed, key engineering concepts, and instructions for the Roman Arch Challenge.
Student task cards for the Earthquake Proof activity, outlining goals, material options, engineering tips, and testing procedures.
A reflective journal for students to record their thoughts on structural stability, ancient material choices, and future engineering challenges.
An engineering lab sheet for the Shake Test activity, where students sketch their designs, record observations during the earthquake simulation, and analyze their results.
Visual presentation for the Epic Foundations lesson, featuring the Wonders of the World video, engineering concepts, and the Shake Test challenge.
A comprehensive teacher facilitation guide for the Epic Foundations lesson, featuring pacing, video timestamps, and detailed activity instructions for the earthquake simulation.
A printable template for teachers to create irregular stone shapes from cardboard or foam, essential for the Mountain Masters hands-on masonry activity.
A student activity sheet for the Mountain Masters lesson, including observation prompts for the warm-up, a design area for their wall, and a results section for the shake table test.
A visual presentation for the Mountain Masters lesson, guiding students through the warm-up, video viewing (with embedded YouTube link), and the STEM masonry challenge.
A comprehensive teacher guide for the Mountain Masters lesson, including learning objectives, a detailed 50-minute lesson flow, and practical setup tips for the 'shake table' experiment.
A comprehensive teacher facilitation guide for the bridge engineering lesson. Includes pacing, supply lists, specific timestamps for the video, instructional talking points for forces (tension and compression), and troubleshooting tips for the hands-on activity.
A student worksheet for the bridge-building activity. It guides students through the engineering design process: sketching a blueprint, making predictions, recording test results for weight capacity, and reflecting on design failures and improvements.
A visual slide deck guiding students through bridge types, the mechanics of suspension bridges using the Golden Gate Bridge as an example, and the Straw Spanner engineering challenge. Includes embedded video timestamps and interactive discussion prompts.
A comprehensive grading rubric for the Shake Table Challenge, assessing seismic stability, engineering design logic, tower height, and post-lab reflection.
A student lab sheet for the Shake Table Challenge, featuring sections for blueprints, data collection, and post-lab structural analysis.
A visual presentation for the Shake Table Challenge, featuring video integration, seismic design principles (cross-bracing, wide base), and debrief discussion prompts.
A comprehensive teacher facilitation guide for the Shake Table Challenge, including material setup for the cardboard and marble shake table, lesson pacing, and engineering background.
A quick-reference sheet for students providing key facts about the ISS, its international partners, and important space vocabulary.
A comprehensive teacher facilitation guide for the 'Global Space Alliance' lesson, providing a script, pacing guide, and instructional strategies for the ISS cooperation activity.
A design template for students to brainstorm and draft a new ISS module, featuring a blueprint-style drawing area and reflection questions on international cooperation. Revised for improved readability and spacing.
A set of interactive slides for the 'Global Space Alliance' lesson, featuring a warm-up, embedded video, and activity instructions for designing an ISS module. Updated for 24px+ font size adherence.
Final project document for graduate students to create a comprehensive deconstruction plan and lifecycle analysis for a scenic design, ensuring a circular material journey.
Visual presentation for Lesson 5, focusing on lifecycle analysis (LCA), tracing material journeys, and the transition from traditional strikes to systematic deconstruction plans.
Technical reference sheet for graduate students outlining standardized modular connection systems, hardware specifications, and design checklists for sustainable theater engineering.
Visual presentation for Lesson 4, focusing on digital fabrication, CNC nesting optimization, and additive manufacturing for sustainable scenic design.
Visual presentation for Lesson 3, focusing on modular engineering, standard stock sizing, and designing for rapid assembly/disassembly.
Laboratory report template for graduate students to record and analyze the results of structural stress tests performed on non-traditional building materials.
Presentation for Lesson 2, introducing non-traditional building materials and explaining the methodology for structural stress testing in a theatrical context.
Worksheet for graduate students to audit the environmental impact of a past theatrical production, identifying key waste drivers and proposing sustainable interventions.
Introductory presentation for Lesson 1, defining the principles of ecoscenography and presenting the environmental impact of traditional theater production.
A case study worksheet where graduate students analyze the engineering and procedural failures of a real-world rigging accident.
A visual guide for technical directors on rigging safety, including hardware ratings, counterweight systems, and inspection protocols.
A budgeting simulation worksheet where students are challenged to reduce a production budget by 20% using value engineering techniques.
A comprehensive slide deck exploring budget estimation techniques, labor calculation, and the principles of value engineering for technical directors.
A facilitation guide for teachers to lead a technical discussion on high-end theatrical automation systems used in large-scale productions.
A design project sheet where students plan a theoretical automated scenic move, focusing on mechanical selection, control logic, and safety sensors.
A high-tech slide deck exploring the components, logic, and safety protocols of theatrical automation systems, including PLCs, VFDs, and SIL-3 safety standards.
The official answer key and scoring guide for the Object Collector FRQs, featuring full Java implementations and pedagogical notes for teachers.
A worksheet containing three Java Free Response Questions focusing on ArrayList declaration, object instantiation, and searching algorithms (finding min/max/average).
A visual presentation for teaching Java ArrayLists, covering declaration, initialization, adding elements, and the standard search pattern for finding objects with minimum or maximum attribute values.
Teacher Facilitation Guide for the Pollen Patrol lesson, including instructional procedures, video pause points, vocabulary definitions, and differentiation strategies for the 4th Grade animal adaptations unit.
A student worksheet for the Pollen Patrol lesson, featuring a structured area for a scientific diagram of a honey bee with a checklist, and an engineering blueprint section for designing a "Robot Bee" inspired by biological adaptations.
Visual presentation slides for the Pollen Patrol lesson, featuring a hook activity, embedded instructional video, anatomy vocabulary, and the "Robot Bee" engineering challenge.
A visual reference sheet showcasing real-world underwater robots (ROVs and AUVs) to provide context and inspiration for student designs.
A student worksheet designed as a formal engineering blueprint with a graph-paper drawing area and sections for labeling whisker sensory features.
A large-format visual aid (anchor chart) showing a schematic of the ISS with blank sections for students to record the specific technological contributions of major international partner agencies.
A slide deck for the Whisker Tech Discovery lesson, including biomimicry definitions, embedded video, and clear challenge instructions for 2nd-grade students.
A student research worksheet designed as a passport page, where students record their assigned space agency's contributions to the ISS and details about an astronaut from that country.
A comprehensive teacher guide for the Whisker Tech Discovery lesson, including instructional steps, discussion prompts, and differentiation strategies.
A visual presentation for the ISS lesson, featuring a space-themed design, warm-up questions, vocabulary definitions, and an embedded YouTube video.
A detailed facilitation guide for teachers including lesson objectives, pacing, research links, and key concepts for the ISS lesson.
A comprehensive teacher's guide for the Bio-Bot lesson, including a detailed timeline, discussion prompts, mission-specific cheat sheets, and vocabulary support.
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.
Final mastery project worksheet for Lesson 5, where students build a complete system by writing a hyper-detailed README as the primary generation input.
Final slides for Lesson 5, covering the concept of self-healing systems, runtime patching, the "Phoenix" pattern, and the final "Chaos Monkey" challenge.
Student worksheet for tracking high-speed development iterations during the 60-minute MVP sprint.
Slides for Lesson 5, focusing on Documentation-Driven Development (DDD) and using technical specifications as control code for AI generation.
A professional ethics rubric for evaluating graduate students' synthesis of technical and ethical risks in the 'vibe coding' seminar.
Une fiche mémo pratique pour les participants, résumant les concepts clés, la méthode pour rédiger des prompts et les règles de sécurité.
Support visuel dynamique et professionnel pour la séance de présentation de l'IA, couvrant les définitions, les usages et les limites.
Un guide d'animation complet pour une séance d'une heure, incluant le minutage, les points clés et des conseils pour l'animateur.
Un aide-mémoire synthétique pour les participants, résumant les définitions clés, les usages concrets au bureau et les règles de sécurité.
Un guide détaillé pour l'animateur permettant de structurer une présentation orale d'une heure sur l'IA, incluant timing, analogies et points clés.
An answer key for the 'Compute Chronicles Timeline Worksheet', providing the expected scaling shifts and identifying the correct artifact placements for teachers.
A comprehensive teacher facilitation guide for the 'Compute Chronicles' lesson, including pacing, discussion prompts for specific video timestamps, and vocabulary support.
A set of three printable exit tickets for the Power Up AI lesson. Students define Scaling Laws and predict future performance plateaus based on their analysis.
A specialized graphing grid for the Scaling Peaks activity, featuring pre-labeled axes for AI accuracy and timeline, a legend for known vs. projected data, and a themed engineering aesthetic.
A set of visual artifacts for students to cut and paste onto their computing power timelines, representing the Bernstein Bot, Moore's Law, Deep Blue, and modern smartphones.
A timeline worksheet where students map the history of computing power, recording scaling shifts and pasting visual artifacts for key AI milestones.
An activity sheet for the 'Scaling Peaks' activity, where students analyze historical AI performance data and use hypothetical future data sets to predict accuracy plateaus. Includes data tables and critical thinking questions on saturation and resource impact.
A visual presentation deck for the Brain vs Blueprint lesson, featuring video integration, simulation guidance, and artifact visualizers.
A visual presentation for the Power Up AI lesson, covering Moore's Law, the transition from Symbolic AI to Neural Networks, the "ingredients" of Deep Learning, and an introduction to Scaling Laws and the 'Scaling Peaks' activity.
An activity sheet for the 'Neural Network' student group to track their votes, the ground truth, and their evolving understanding of classification patterns.
A technical flowchart used by the 'Symbolic AI' student group to classify objects based on strict logic rules.
A visual presentation for the 'Compute Chronicles' lesson, featuring the room-sized vs. pocket-sized computer hook, an embedded history of AI video, and key concept slides for Moore's Law and chess bot milestones. Minimum font size of 24px enforced.
A comprehensive teacher facilitation guide for the Power Up AI lesson, including lesson objectives, a detailed timeline, key vocabulary, and specific instructional guidance for discussions and activities.
A comprehensive teacher facilitation guide for the Brain vs Blueprint lesson, including lesson objectives, simulation logic, and artifact round data.
A student reflection journal for the Swarm Logic lesson, featuring prompts about the human simulation, self-driving cars, search-and-rescue robots, and the concept of emergent behavior.
A comprehensive teacher guide for instructing Class A and Class B fire alarm circuits. Includes learning objectives, a timed lesson sequence, instructional strategies, and tips for addressing common student misconceptions.
A visual presentation deck for 11th-grade students introducing Class A and Class B fire alarm circuits. It features clear diagrams of radial vs. loop topologies, pro/con comparisons, and real-world engineering challenges.
A technical comparison worksheet for 11th-grade students detailing the differences between Class A and Class B fire alarm circuits. It includes wiring diagrams, a feature comparison table, and scenario-based analysis questions.
A professional instructional guide for teachers to facilitate the Circuit Blueprints lesson, featuring specific video timestamps, whiteboard modeling tips, and common student misconception notes.
Customized blueprint-style graph paper for students to draft their scientific circuit diagrams, featuring a coordinate system, peer review stamp areas, and a symbol quick-reference key.
A professional student reference sheet showing standardized schematic symbols for batteries, bulbs, wires, and switches, including drafting rules for scientific accuracy.
Instructional guide for teachers including step-by-step facilitation for the human circuit hook, discussion prompts for the video, building instructions for the DIY switch, and an answer key/rubric for the worksheet.
A comprehensive visual slide deck for teaching 4th graders how to translate realistic circuit illustrations into standardized scientific schematics, including warm-up activities, embedded video segments, and drawing challenges.
Student worksheet for building and testing circuits. Includes prediction check-boxes, diagram space for the paperclip switch, and a reflection section focusing on the concept of a 'break in the path'.
A comprehensive teacher facilitation guide for the Circuit Detectives lesson, featuring learning objectives, a materials checklist, and a detailed timed instructional procedure.
A clear, professional rubric for assessing student performance in the Wind Power Engineering Challenge, focusing on design, testing, iteration, and reflection.
Engaging slide deck for the 'Sparking a Connection' lesson, featuring the human circuit hook, an embedded YouTube video, and visual guides for building a DIY paperclip switch.
A structured student worksheet for the Circuit Detectives lesson, including space for drawing the video circuit, reflecting on their hands-on build, and documenting classroom switches.
A structured Engineering Log for students to document their observations, design blueprints, test results, and reflections during the Wind Power challenge.
A large-format visual aid defining the four key components of a circuit (Source, Path, Load, Switch) with icons and kid-friendly descriptions.
A comprehensive teacher facilitation guide for the Robot Reality Check lesson, including pacing, discussion prompts, and differentiation strategies.
A visual slide deck for teaching middle school students about AI benchmarks, including embedded videos, definitions, and activity instructions.
A structured worksheet for middle school students to design their own AI benchmarks (Turing Tests), including spaces for 3 task prompts and peer feedback.
A set of six discussion cards for student groups, featuring provocative questions and ethical dilemmas regarding digital copyright, the DMCA, reaction culture, and algorithm-based enforcement.
A professional rubric designed for teachers to assess students on their understanding of Fair Use, the quality of their ethical reasoning, the clarity of their 'Code of Ethics' project, and their participation in the Content ID Simulator.
A student-facing worksheet containing five video upload scenarios for the 'Content ID Simulator' activity. It includes space for ethical reasoning and a final exit ticket focused on the definition and impact of freebooting.
An answer key for the Arc Master Worksheet, providing the correct terminology, equipment functions, safety protocols, and technique essentials.
A teacher facilitation guide for the SMAW Fundamentals lesson, including pacing, discussion prompts, a lab safety checklist, and troubleshooting common student errors.
A comprehensive student worksheet to accompany the Arc Master Slides, covering SMAW terminology, equipment, electrode identification, safety, and technique.
A comprehensive 20-slide presentation covering the fundamentals of SMAW (Stick Welding), including equipment, safety procedures, electrode selection, and core techniques. Minimum font size 24px for all text.
Feuille d'activité pour l'étudiant comprenant un schéma à annoter, des questions à choix multiples, un exercice de calcul de dimensionnement et une analyse de pathologies.
Support visuel pour le cours sur les systèmes d'évacuation des eaux pluviales, couvrant l'anatomie du réseau, les types de gouttières et les normes techniques.
Guide pédagogique détaillé pour l'enseignant incluant les objectifs, le déroulement de la séance et les points clés techniques sur l'évacuation des eaux pluviales.
A technical writing prompt with table-based input fields for maximum compatibility when converted to Google Docs, allowing students to type reflections on the operation and safety protocols of the Ridgid 535 pipe threader.
A teacher answer key for the Machine Map Worksheet, providing correct component names and brief descriptions for the Ridgid 535 pipe threader.
A labeling worksheet where students identify the major components of the Ridgid 535 pipe threader based on the classroom demonstration.
A digital-friendly reference handout for students to identify the major operating components of the Ridgid 535 threading machine, featuring fillable name and date fields.
A 6-slide presentation for 10th-grade students on the Ridgid 535 threader, covering safety, machine anatomy, and the step-by-step threading process.
A condensed, single-page version of the Northeast Metro Tech daily lesson plan for the Ridgid 535 Threader session, optimized for efficient use of space while maintaining all required sections.
A comprehensive teacher guide for facilitating TELPAS speaking practice in a culinary arts kitchen safety context. Includes a beginner-focused rubric, vocabulary banks, and task-specific instruction tips.
A structured TELPAS speaking practice worksheet for beginner culinary students. Contains visual task cards for describing, sequencing, and comparing kitchen safety procedures with sentence frames.
Introductory slide deck for TELPAS speaking practice focused on kitchen safety. Includes vocabulary visuals and structured task modeling for beginner learners.
An answer key and teacher facilitation guide for the 'Mountain Miners' activity sheet, providing expected student responses and instructional tips.
A student activity sheet including video comprehension questions, a soap carving planning area (blueprint), and an engineering reflection section.
A visual presentation for the 'Precision Peaks' lesson, detailing the engineering techniques of dynamite and honeycombing with embedded video and activity instructions.
A student worksheet for the Patent Precision lesson, including warm-up reflection, video notes on patent requirements, and a formal patent specification writing area for the enablement activity.
A 3-page student activity pack containing lab sheets for weeks 3, 4, and 5. Updated to include Southern Virginia report card scenarios for the Roanoke and New Rivers.
A comprehensive 10-session teacher guide for a 5-week unit on water properties and watersheds. Updated to include detailed instructional procedures for weeks 1 through 5, including energy, weathering, and watershed systems.
A technical graphic organizer for mapping watershed features, including ridges, tributaries, estuaries, and the Chesapeake Bay. Designed for student labeling and identifying Virginia-specific systems.
A 3-page student logbook containing the engineering filter lab sheet, core reading passages on water properties (SOL 6.6) and watersheds (SOL 6.8), and critical thinking reflection prompts.
A visual presentation deck for 6th-grade students covering the physical properties of water (universal solvent, cohesion, adhesion, thermal energy) and the complexity of Virginia's watershed systems. Designed with high-contrast, large text for readability.
A comprehensive 10-session teacher guide for a 5-week unit on water properties and watersheds. Includes pacing schedules, daily session objectives, teacher tips, questioning frameworks, and differentiation strategies.
An instructor's answer key and grading guide for the Rolling Racers Challenge activity, including expected responses and common misconceptions.
A comprehensive grading rubric for the Rolling Racers project, evaluating design, construction, testing, and scientific analysis.
A student investigation guide for building and testing wheel-and-axle vehicles, including blueprint space, data tables, and analysis questions.
A visual presentation for 7th-grade science exploring the mechanics, mathematics, and real-world applications of the wheel and axle.
A comprehensive teacher lesson plan designed for 7th-grade science, featuring an instructional arc from engagement to application regarding the wheel and axle.
A student worksheet for recording simulation data, performing momentum calculations, and analyzing the safety implications of collision duration. Revised for better legibility and includes the simulation link.
A slide deck introducing the Momentum-Impulse Theorem lab, covering objectives, simulation parameters, and data analysis methods. Updated with simulation link.
A visual presentation deck for 6th-grade students. Updated with a specific focus on Southern Virginia watersheds, including the Roanoke River system and the unique northward flow of the New River.
A technical graphic organizer for mapping watershed features. Updated to include specific details on Southern Virginia's drainage systems, including the Roanoke, Chowan, and New River paths.
A student reflection journal featuring prompts about map symbols, GPS data, and the 'Human GPS' classroom activity. Includes plenty of space for written responses.
A teacher guide for the 'Human GPS' classroom activity, featuring maze setup diagrams, role definitions, and troubleshooting tips for 5th-grade instruction.
A high-energy, futuristic slide deck for teaching the transition from paper maps to GPS. It includes a hook, key vocabulary, the embedded lesson video, and instructions for the 'Human GPS' activity.
A refined, three-page digital student packet optimized for Google Docs and Google Classroom. Features table-based layouts for maximum stability during export, clear reference material, and distinct work areas for component mapping and technical writing without placeholder text.
A digital-friendly, single-page labeling worksheet for the Ridgid 535 pipe threader. Features table-based input fields for maximum compatibility when converted to Google Docs, allowing students to type directly into component name and function areas.
