Computer Science

A visually striking slide deck for presenting AI engineering vocational skills. Revised to fix title spacing, command wrapping, and to better align with the "cards" concept.

A teacher resource providing instructional strategies, activity ideas, and technical context for AI engineering vocab cards. Revised to fix page break issues and improve content density.

A set of 8 visual vocabulary cards for AI Engineering students, featuring technical terms, emoji-based visual aids, and clear step-by-step task instructions. Revised for consistent emoji style and better page-break handling.

An updated facilitation guide for Lesson 2 (Decomposition), including a detailed 20-minute PL flow, specific scripts/talking points, connections to Iowa Teaching Standard 4, and the master handout copy. Includes expanded scripted instruction focusing on 'Logic Hangs' and finding 'stuck points.'

An updated comprehensive facilitation guide for Lesson 1, featuring a detailed 20-minute PL flow including a jigsaw reading, specific facilitator scripts/talking points, direct connections to Iowa Teaching Standard 3, and the master handout copy. Includes significantly expanded scripted instructions.

A participant handout for the optional Choice Branching micro-lesson, featuring a visual template for building "If/Then" logic gates. Includes improved workspace contrast and layout.

A participant handout for the optional Data Detectives lesson, featuring structured space for data analysis and instructional reflection. Includes increased handwriting space for data analysis.

A 5-slide presentation for the optional Choice Branching micro-lesson, illustrating how If/Then logic gates are used in classroom management and differentiation. Covers binary logic, ELSE paths, and building independence.

Updated facilitation guide for the optional Choice Branching micro-lesson, featuring scripts on conditional logic and student independence. Includes Participant Log 05a as an additional handout page for workshop use. Includes expanded scripted instruction on 'Managing Logic Gates' and the 'Else' path.

A 5-slide presentation for the optional Data Detectives lesson, illustrating how raw data is transformed into actionable instructional stories. Covers categorization, binary logic, and the data pivot.

Updated facilitation guide for the optional Data Detectives micro-lesson, featuring PL timing, scripts, and a master handout copy. Deepens the connection between raw data and instructional meaning. Includes expanded scripted instruction focusing on the 'Data Pivot' and binary logic.

A comprehensive consolidated participant logbook for the 'CS is the Superpower' sequence. Includes a high-impact cover page, sequence matrix, core content integration map, and all 9 participant logs (Lessons 1-7 plus optional modules). Features a dedicated 'Buggy Cards' page for the Debugging activity and a final notes section for ideation. Optimized for single-page printing per log with improved legibility. Includes fixes for text overlap and missing bug cards. Consolidated into a single file for unified participant use.

A participant handout for Lesson 7, featuring a visual 'Loop Logic Designer' for Repeat-Until classroom systems and a final synthesis commitment area for the Architect Mindset. Optimized for single-page print layout with white handwriting areas. Includes improved contrast and stacked logic boxes. Includes fix for overlapping layout and footer cutoff.

A 5-slide presentation for Lesson 7, illustrating the concept of Automation and its application in classroom routines through the 'Efficiency Loop' framework. Includes a final synthesis linking all 6 computational thinking pillars.

Updated facilitation guide for Lesson 7 (Automation), featuring a detailed 20-minute PL flow, facilitator script, connections to Iowa Teaching Standard 8, and the master handout copy. Includes significantly expanded scripted instruction on 'The Manual Drain' and moving from 'Processor to Architect.'

A set of 10 'Buggy Cards' for the Lesson 6 Debugging activity. Scenarios include routine and academic glitches across elementary, middle, and high school levels, designed for use with the Kagan Showdown strategy. Corrected layout and text cutoff issues.

Updated participant handout for Lesson 6 (Debugging), featuring a 'Bug Hunt' sequence editor, a glitch identification area, and space to apply 'patches' to failing routines. Includes a reflective formative assessment for reframing student feedback. Optimized for single-page print layout with improved handwriting space and font tracking. Includes Success Criteria and ruled lines for organized responses.

A 7-slide presentation for Lesson 6 (Debugging), illustrating the 'Red Pen Rebrand' and 'Persistence Loop.' Features elementary and secondary modeling with high-contrast visuals, instructions for the Kagan Showdown 'Bug Hunt,' 10 scenario-based bug cards for various grade levels, and a final reflection on reframing student feedback as 'bug reports.' Includes explicit Learning Targets and Success Criteria with fixed word spacing.

Updated facilitation guide and master handout for Lesson 6 (Debugging). Features the 'Red Pen Rebrand' concept, elementary/secondary debugging models, and a Kagan Showdown 'Bug Hunt' activity aligned to Krauss Ch. 4, 5, and 13. includes 10 unique 'Buggy Cards' for common school friction points. Includes significantly expanded scripted instruction on 'The Red Pen Rebrand' and 'Casting Calls' for learning.

Updated participant handout for Lesson 5 (Algorithmic Thinking), featuring the 'Observation vs Action' framework, a Sequence Editor for high-precision Social Code, and a 'Bug Hunt' section aligned to 5D+ CEC3 (Use of Time). Includes the specific success criteria regarding sequence writing. Includes improved handwriting guidance and single-page layout.

A technical data sheet and comparison guide that provides an objective analysis of Interactive Flat Panels versus traditional projection systems. Ideal for administrators focused on hardware specs and long-term value.

A high-impact slide presentation designed to visually demonstrate the benefits of interactive classroom technology to administrative stakeholders. Focuses on wireless sharing and digital whiteboarding.

A professional and persuasive formal memo addressed to a supervisor, outlining the pedagogical benefits and key features of interactive flat panels for the classroom.

Teacher answer key for the Cyber Safe Warmup matching activity.

A matching worksheet about online security terms including Phishing, Malware, and Firewalls.

Teacher answer key for the Software Scout Warmup matching activity.

A vocabulary matching worksheet for software and internet-related terms like OS, Browser, and Algorithm.

Teacher answer key for the Hardware Hunt Warmup matching activity.

A matching worksheet focused on computer hardware components like the CPU, RAM, and Motherboard.

An interactive network topology activity for the Dakar Breach Simulation, allowing undergraduate students to physically map out a secure 3-tier enterprise architecture.

The final project prompt for the Dakar Breach Simulation, tasking undergraduate students with redesigning an enterprise network architecture and proposing defensive protocols in a formal report format.

A student-facing analysis worksheet designed for cybersecurity undergraduates to dissect log data and identify attack vectors in a simulated network breach scenario.

Visual presentation slides for the Dakar Breach Simulation, featuring high-impact "Mission Control" styling to engage undergraduate students in incident response and vulnerability analysis.

A comprehensive instructional guide for the Dakar Breach Simulation, detailing learning objectives, required materials, and a 120-minute pacing guide for undergraduate cybersecurity lessons.

A student worksheet for 'Packet Pushing Pioneers' where they label packet parts, solve routing problems, and reflect on network protocols.

Printable materials for the 'Router Relay' simulation game, including routing table cards and packet templates.

An engaging slide deck for 'Packet Pushing Pioneers' explaining packets, IP addresses, and routers with a high-tech visual theme.

A comprehensive teacher lesson plan for 'Packet Pushing Pioneers' including objectives, pacing, materials, and teaching tips.

The teacher-facing answer key for the ESL version of the Tech Transmission activity, including Word Bank answers, reasoning for the visual choices, and instructional tips for supporting ELL students.

A one-class "Tech Talk Challenge" guide designed for Grade 10 ESL students. Features a simplified 60-minute production schedule, a visual success checklist, and clear instructions for recording and exporting an MP3.

A teacher-facing resource including a project overview, pacing guide, a facts 'cheat sheet' for the 15 scientists, and a detailed scoring rubric.

A beautifully themed, vintage-style 'Wanted' poster template for students to fill out with their chosen scientist's details and portrait.

A student research guide that provides the list of 15 scientists, a research organizer for capturing key facts, and the project's grading criteria.

A visually engaging slide deck that introduces the 'Scientific Outlaws' project, explaining the project requirements and providing creative examples.

A logic puzzle challenge sheet featuring binary value addition and pattern recognition to restore a checkerboard image. Designed for 4th-grade students to apply binary concepts in a mission-themed format.

A collection of binary and pattern-based logic puzzles for 4th graders. It includes pattern completion, signal interference visualization, a binary value decoder, and a process sequencing challenge.

A vocabulary worksheet for 4th-grade students to define and apply key terms like Binary, Code, Pixel, Transmit, and Pattern. It includes definition references, application questions, and a drawing section.

A concise assessment to wrap up the unit, checking student understanding of patterns in communication, the order of digital image transfer, and the engineer's role in solving digital problems.

A challenging binary logic puzzle designed to test students' critical thinking and understanding of binary sequences. Students use a series of clues to deduce a secret 4-bit code and then explain their reasoning process.

An engineering challenge worksheet focused on troubleshooting and improving digital images. It presents a real-world scenario about image brightness and requires students to identify that testing different binary code combinations is the proper engineering solution.

A hands-on activity sheet where students decode binary patterns to reveal pixel art and then create their own encoded message. It reinforces the concept of patterns as rules for communication and the relationship between binary and digital images.

A slide deck detailing the three-step process of digital image transfer: Conversion, Transmission, and Reconstruction. It uses clear animations and diagrams to help 4th graders visualize how a physical image becomes binary code and returns to an image on another device.

A formal technical lab report regarding binary signal reliability. It includes an expanded executive summary, a detailed methodology section describing the experimental setup with senders and receivers, a data mapping table, and the original experimental conclusions.

A bold, photo-heavy magazine style article titled 'Pixel Power!'. It uses high-contrast visuals, callouts, and a modern infographic style to explain how images are coded in binary and shared between devices.

An interview-style article featuring 'Dr. Sam Byte', an engineer who explains binary code and digital communication in a conversational, engaging way. It covers how electricity creates binary, the importance of shared patterns, and the three-step image transfer process.

A scientific journal article formatted in a classic two-column academic style. It explains binary communication, the importance of patterns, and the three-step process of digital image transfer (Conversion, Transmission, Reconstruction).

An introductory slide deck explaining how patterns are the foundation of digital communication. It covers the roles of sending and receiving devices, the binary system (0s and 1s), and the fundamental reason why patterns are essential for devices to understand each other.

A student-facing journal for documenting player choices and consequences during the Pressure Propagation Loop. It includes sections for tracking verb usage, sketching UI map distortions, and reflecting on the systemic anticipation of the Cathedral architecture.

A facilitation guide for educators or lead designers to implement the Pressure Propagation Loop. It provides pacing instructions for the three phases of consequence, instructional objectives for teaching 'invisible friction,' and an observational rubric for tracking player behavioral shifts.

A slide presentation for the Pressure Propagation Loop. It covers the core axiom of 'No Clean Wins,' defines the five verbs used for tracking consequence, and visualizes the three-step sequence from Catalyst to Systemic Anticipation within the Temple UI aesthetic.

An answer key for the Security Breach Worksheet, providing ideal responses and grading guidance for teachers.

A student worksheet designed to assess understanding of the mechanics, capabilities, and deterrents of a 51% attack. Includes short answer and checkbox sections.

A teacher guide providing talkings points, analogies, and clarification on common misconceptions regarding 51% attacks for use with the slide deck.

A high-level slide deck explaining the mechanics, consequences, and limitations of a 51% attack on blockchain networks. Designed with a cybersecurity theme for visual impact.

Educational slides for graduate students analyzing the technical infrastructure of the dark web and the challenges of end-to-end encryption in trafficking investigations. Covers Tor routing, the 'going dark' problem, and forensic counter-strategies.

Facilitator guide for Lesson 2, providing instructional strategies, key concept breakdowns, and an answer key for the Platform Policy Audit Worksheet. Focused on the technical and ethical dimensions of gaming safety.

Worksheet for graduate students to audit safety policies of fictional gaming platforms. Students identify loopholes in chat logging, gifting mechanics, and mentor programs that could be exploited by predators.

Educational slides for graduate students investigating how gaming platforms are used for child exploitation. Topics include in-game currency leverage, the 'Gift-to-Groom' cycle, and technical policy vulnerabilities.

Facilitator guide for Lesson 1, providing instructional scripts, learning objectives, pacing suggestions, and a comprehensive answer key for the Recruitment Audit Worksheet. Designed for graduate-level instruction.

Worksheet for graduate students to audit fictional digital recruitment advertisements for trafficking red flags and analyze the stages of the recruitment funnel. Includes case studies of job postings and direct messages.

Educational slide deck for graduate students analyzing the architecture of digital recruitment funnels used by traffickers. Covers the shift from traditional methods to algorithmic 'fishing', the four stages of the recruitment funnel, and key indicators of online exploitation.

Worksheet for categorizing common cloud services into IaaS, PaaS, and SaaS models with a critical thinking case study.

Slides explaining the Internet of Things (IoT), data generation, the Mirai botnet, and the rise of Edge Computing for low-latency needs.

Slides for Lesson 4, explaining how networks handle high traffic through horizontal scaling, load balancing, and content delivery networks.

Slides explaining cloud computing service models (IaaS, PaaS, SaaS) and the benefits of cloud infrastructure over local hosting.

Teacher guide for a classroom simulation comparing centralized and decentralized network architectures through a hands-on drawing activity.

Slides explaining Peer-to-Peer (P2P) networking, decentralization, and real-world applications like BitTorrent and Blockchain.

Worksheet for diagramming and analyzing the client-server request-response cycle in common digital scenarios.

Introductory slides for Client-Server architecture, defining roles of requesters and providers with real-world examples.

A technical teacher guide for Lesson 5, providing instructional strategies, state transition logic, and facilitation tips for UTXO models.

A teacher-facing resource including a project overview, pacing guide, a facts 'cheat sheet' for the 15 scientists, and a detailed scoring rubric.

A beautifully themed, vintage-style 'Wanted' poster template for students to fill out with their chosen scientist's details and portrait.

A student research guide that provides the list of 15 scientists, a research organizer for capturing key facts, and the project's grading criteria.

A visually engaging slide deck that introduces the 'Scientific Outlaws' project, explaining the project requirements and providing creative examples.

A logic puzzle challenge sheet featuring binary value addition and pattern recognition to restore a checkerboard image. Designed for 4th-grade students to apply binary concepts in a mission-themed format.

A collection of binary and pattern-based logic puzzles for 4th graders. It includes pattern completion, signal interference visualization, a binary value decoder, and a process sequencing challenge.

A vocabulary worksheet for 4th-grade students to define and apply key terms like Binary, Code, Pixel, Transmit, and Pattern. It includes definition references, application questions, and a drawing section.

A concise assessment to wrap up the unit, checking student understanding of patterns in communication, the order of digital image transfer, and the engineer's role in solving digital problems.

A challenging binary logic puzzle designed to test students' critical thinking and understanding of binary sequences. Students use a series of clues to deduce a secret 4-bit code and then explain their reasoning process.

An engineering challenge worksheet focused on troubleshooting and improving digital images. It presents a real-world scenario about image brightness and requires students to identify that testing different binary code combinations is the proper engineering solution.

A hands-on activity sheet where students decode binary patterns to reveal pixel art and then create their own encoded message. It reinforces the concept of patterns as rules for communication and the relationship between binary and digital images.

A slide deck detailing the three-step process of digital image transfer: Conversion, Transmission, and Reconstruction. It uses clear animations and diagrams to help 4th graders visualize how a physical image becomes binary code and returns to an image on another device.

A formal technical lab report regarding binary signal reliability. It includes an expanded executive summary, a detailed methodology section describing the experimental setup with senders and receivers, a data mapping table, and the original experimental conclusions.

A bold, photo-heavy magazine style article titled 'Pixel Power!'. It uses high-contrast visuals, callouts, and a modern infographic style to explain how images are coded in binary and shared between devices.

An interview-style article featuring 'Dr. Sam Byte', an engineer who explains binary code and digital communication in a conversational, engaging way. It covers how electricity creates binary, the importance of shared patterns, and the three-step image transfer process.

A scientific journal article formatted in a classic two-column academic style. It explains binary communication, the importance of patterns, and the three-step process of digital image transfer (Conversion, Transmission, Reconstruction).

An introductory slide deck explaining how patterns are the foundation of digital communication. It covers the roles of sending and receiving devices, the binary system (0s and 1s), and the fundamental reason why patterns are essential for devices to understand each other.

A student-facing journal for documenting player choices and consequences during the Pressure Propagation Loop. It includes sections for tracking verb usage, sketching UI map distortions, and reflecting on the systemic anticipation of the Cathedral architecture.

A facilitation guide for educators or lead designers to implement the Pressure Propagation Loop. It provides pacing instructions for the three phases of consequence, instructional objectives for teaching 'invisible friction,' and an observational rubric for tracking player behavioral shifts.

A slide presentation for the Pressure Propagation Loop. It covers the core axiom of 'No Clean Wins,' defines the five verbs used for tracking consequence, and visualizes the three-step sequence from Catalyst to Systemic Anticipation within the Temple UI aesthetic.

A logic puzzle challenge sheet featuring binary value addition and pattern recognition to restore a checkerboard image. Designed for 4th-grade students to apply binary concepts in a mission-themed format.

A collection of binary and pattern-based logic puzzles for 4th graders. It includes pattern completion, signal interference visualization, a binary value decoder, and a process sequencing challenge.

A vocabulary worksheet for 4th-grade students to define and apply key terms like Binary, Code, Pixel, Transmit, and Pattern. It includes definition references, application questions, and a drawing section.

A concise assessment to wrap up the unit, checking student understanding of patterns in communication, the order of digital image transfer, and the engineer's role in solving digital problems.

A challenging binary logic puzzle designed to test students' critical thinking and understanding of binary sequences. Students use a series of clues to deduce a secret 4-bit code and then explain their reasoning process.

An engineering challenge worksheet focused on troubleshooting and improving digital images. It presents a real-world scenario about image brightness and requires students to identify that testing different binary code combinations is the proper engineering solution.

A hands-on activity sheet where students decode binary patterns to reveal pixel art and then create their own encoded message. It reinforces the concept of patterns as rules for communication and the relationship between binary and digital images.

A slide deck detailing the three-step process of digital image transfer: Conversion, Transmission, and Reconstruction. It uses clear animations and diagrams to help 4th graders visualize how a physical image becomes binary code and returns to an image on another device.

A formal technical lab report regarding binary signal reliability. It includes an expanded executive summary, a detailed methodology section describing the experimental setup with senders and receivers, a data mapping table, and the original experimental conclusions.

A bold, photo-heavy magazine style article titled 'Pixel Power!'. It uses high-contrast visuals, callouts, and a modern infographic style to explain how images are coded in binary and shared between devices.

An interview-style article featuring 'Dr. Sam Byte', an engineer who explains binary code and digital communication in a conversational, engaging way. It covers how electricity creates binary, the importance of shared patterns, and the three-step image transfer process.

A scientific journal article formatted in a classic two-column academic style. It explains binary communication, the importance of patterns, and the three-step process of digital image transfer (Conversion, Transmission, Reconstruction).

An introductory slide deck explaining how patterns are the foundation of digital communication. It covers the roles of sending and receiving devices, the binary system (0s and 1s), and the fundamental reason why patterns are essential for devices to understand each other.

A visually striking slide deck for presenting AI engineering vocational skills. Revised to fix title spacing, command wrapping, and to better align with the "cards" concept.

A teacher resource providing instructional strategies, activity ideas, and technical context for AI engineering vocab cards. Revised to fix page break issues and improve content density.

A set of 8 visual vocabulary cards for AI Engineering students, featuring technical terms, emoji-based visual aids, and clear step-by-step task instructions. Revised for consistent emoji style and better page-break handling.

A structured research and planning sheet for students to investigate shop technology and plan their informative posters. Revised to fix page break issues and improve student work areas.

A 10-slide presentation exploring technology in businesses, featuring a detailed restaurant case study and instructions for a student research poster project. Revised for visual consistency and improved accessibility.

Confidential solution key for teachers. Contains decoded messages for each node, binary/hex conversions, and the step-by-step logic for calculating the final 3-digit Master Key.

Mission log worksheet for students to document their progress through the breakout. Provides structured spaces for recording decrypted phrases, showing work for binary/hex conversions, and calculating the final logic checksum.

Confidential solution key for teachers. Contains decoded messages for each node, binary/hex conversions, and the step-by-step logic for calculating the final 3-digit Master Key.

Mission log worksheet for students to document their progress through the breakout. Provides structured spaces for recording decrypted phrases, showing work for binary/hex conversions, and calculating the final logic checksum.

A series of printable challenge cards for the four breakout nodes. Features Caesar ciphers, Vigenère puzzles, data representation (binary/hex), and logic gate problems to be solved sequentially.

Comprehensive teacher facilitation guide for the Cipher Breakout activity. Includes setup instructions, learning objectives, pacing guide, and narrative scripts to enhance the immersive experience.

Introductory presentation for the Cipher Breakout challenge, setting the narrative stage and explaining the encryption concepts students will encounter. Includes rules, node descriptions, and a countdown visual.

Comprehensive teacher guide for the Tech Explorers sequence. Revised with better page breaks, clearer instructional steps, and improved spacing for vocabulary.

Differentiated invention blueprint for Lesson 2, featuring picture-based problem selection and simplified drawing/labeling tasks for non-readers and low-literacy students.

A blueprint-style worksheet for Lesson 2. Revised with white backgrounds in work areas, a larger name field, and clear checkboxes for location to ensure Primary 3 legibility. Everything fits on a single page. Watermark opacity reduced and lines added for writing.

Visual presentation slides for Lesson 2, guiding students through the process of identifying problems and designing helpful technological inventions.

Differentiated support sheet for Lesson 1 with high visual support, icon banks, and simplified tasks. Revised with better page breaks, larger work areas, and white backgrounds for clarity. Height issue fixed for correct printing. Sentence stems made parallel (I CAN / I FEEL). Thumb icons enlarged. Blank page issue fixed. Title leading adjusted.

The core worksheet for Lesson 1, where students complete sentences about the pros and cons of technology and brainstorm safety rules. Revised with writing lines, an icon-supported word bank, and proper page breaks. Everything on the first page now fits correctly. Rule lines contrast increased.

Cut-and-sort activity cards for Lesson 1. Revised with separate full-page sorting mats, neutral icons, and larger font sizes (16pt) for card labels to improve accessibility. Height issues fixed for correct printing. Mat text contrast and icon alignment fixed.

Visual presentation slides for Lesson 1, exploring the 'good' and 'tricky' sides of technology with Primary 3 students. Includes discussion prompts and safety rules. Revised for higher contrast and visual support.

A teacher resource providing the answer key for the Caesar shift, cryptogram, and modular arithmetic exercises, alongside the mission solutions and facilitation tips for the Enigma Mission game.

An immersive three-level cryptography game where students decode a Scytale script, solve a keyword cipher using a discovered password, and complete an RSA-inspired prime number logic puzzle to "unlock" a digital vault.

A student handout featuring a historical reading on cryptography, a Caesar shift decryption task, a frequency analysis cryptogram challenge, and mathematical exercises involving modular arithmetic.

An engaging slide deck introduction to cryptography, covering ancient substitution ciphers like the Caesar shift, the math behind frequency analysis, and the evolution into modern digital encryption using prime numbers.

A comprehensive teacher's lesson plan for teaching cryptography, featuring learning objectives, a detailed instructional sequence from ancient times to modern digital security, and differentiation strategies for middle school students.

Teacher-facing answer key and facilitation guide for the Digital Shield lesson. Provides sample student responses, key points for discussion, and identified red flags for the phishing scenario.

A companion worksheet for the Digital Shield lesson. It includes phishing scenario analysis, password creation practice, a digital footprint audit, and an ethics case study on cyberbullying.

A visually striking slide deck for presenting AI engineering vocational skills. Revised to fix title spacing, command wrapping, and to better align with the "cards" concept.

A teacher resource providing instructional strategies, activity ideas, and technical context for AI engineering vocab cards. Revised to fix page break issues and improve content density.

A set of 8 visual vocabulary cards for AI Engineering students, featuring technical terms, emoji-based visual aids, and clear step-by-step task instructions. Revised for consistent emoji style and better page-break handling.

An updated presenter guide for the Lenny Learning staff presentation at Mile Tree School, replacing tree-themed icons with Lenny Learning branding elements.

A 15-slide presentation designed for school staff to introduce the benefits of Lenny Learning, focusing on efficiency, differentiation, and student engagement at Mile Tree School. Icons have been updated to represent Lenny Learning branding.

A visually striking slide deck for a substitute teacher to introduce Machine Learning. Fixed layout issues on slides 4 and 5, increased text contrast, and ensured all text meets minimum size requirements.

A comprehensive teacher guide and answer key for the Machine Learning lesson. Updated to keep matching items together and added observation space for the substitute. Fixed container height issues for 1-page printing.

An engaging reading passage and comprehension worksheet introducing 4th-5th graders to Machine Learning, data training, and algorithmic bias. Corrected layout and spacing for perfect 2-page printing.

Un document de bienvenue et une feuille de route pour l'étudiant, expliquant comment utiliser les différents types de supports (guides, slides, exercices) pour apprendre SQL en autonomie. Version révisée pour une meilleure mise en page.

Un document de bienvenue et une feuille de route pour l'étudiant, expliquant comment utiliser les différents types de supports (guides, slides, exercices) pour apprendre SQL en autonomie. Version révisée pour une meilleure mise en page.

Un document de bienvenue et une feuille de route pour l'étudiant, expliquant comment utiliser les différents types de supports (guides, slides, exercices) pour apprendre SQL en autonomie.

Une fiche d'exercices ultra-simplifiée "à trous" pour permettre à un débutant complet de construire ses premières requêtes SQL sans stress. Version révisée avec espaces d'écriture élargis et mise en page fixe.

Un guide ultra-simplifié pour les débutants qui ne connaissent rien au SQL, utilisant des analogies concrètes (la commode, le restaurant) pour expliquer les bases. Version révisée avec exercices et mise en page optimisée.

Une fiche d'exercices ultra-simplifiée "à trous" pour permettre à un débutant complet de construire ses premières requêtes SQL sans stress. Version révisée avec espaces d'écriture élargis et mise en page fixe.

Un guide ultra-simplifié pour les débutants qui ne connaissent rien au SQL, utilisant des analogies concrètes (la commode, le restaurant) pour expliquer les bases. Version révisée avec exercices et mise en page optimisée.

Des slides d'introduction extrêmement visuelles et rassurantes pour un débutant complet, utilisant l'analogie du restaurant pour démystifier le SQL.

Une fiche d'exercices ultra-simplifiée "à trous" pour permettre à un débutant complet de construire ses premières requêtes SQL sans stress.

Un guide ultra-simplifié pour les débutants qui ne connaissent rien au SQL, utilisant des analogies concrètes (la commode, le restaurant) pour expliquer les bases.

Fiche récapitulative SQL bilingue mais à titre principal en français, avec sections MySQL spécifiques et espace de notes. Version révisée.

Slides sur SQL pour Big Data et IA avec plan de cours, introduction aux CTE et conseils d'optimisation. Version révisée et complétée.

A student-facing journal for documenting player choices and consequences during the Pressure Propagation Loop. It includes sections for tracking verb usage, sketching UI map distortions, and reflecting on the systemic anticipation of the Cathedral architecture.

A facilitation guide for educators or lead designers to implement the Pressure Propagation Loop. It provides pacing instructions for the three phases of consequence, instructional objectives for teaching 'invisible friction,' and an observational rubric for tracking player behavioral shifts.

A slide presentation for the Pressure Propagation Loop. It covers the core axiom of 'No Clean Wins,' defines the five verbs used for tracking consequence, and visualizes the three-step sequence from Catalyst to Systemic Anticipation within the Temple UI aesthetic.

A technical design document outlining the 'Pressure Migration' logic for the MLAOS vX.Ω prototype. It includes tracking matrices for the five core verbs, TypeScript interfaces for state management, and an integration worksheet for developers to define systemic consequences.

A visually striking slide deck for presenting AI engineering vocational skills. Revised to fix title spacing, command wrapping, and to better align with the "cards" concept.

A teacher resource providing instructional strategies, activity ideas, and technical context for AI engineering vocab cards. Revised to fix page break issues and improve content density.

A set of 8 visual vocabulary cards for AI Engineering students, featuring technical terms, emoji-based visual aids, and clear step-by-step task instructions. Revised for consistent emoji style and better page-break handling.

A teaching script that provides a narrative framework for a live classroom activity. It models how story functions and input triggers create a branching story, including a section on more complex "State Logic" using variables.

A structured student worksheet for designing a branching narrative logic map. It includes a coding vocabulary matching section, a visual flow-charting area for story triggers and functions, and a debugging reflection prompt.

An engaging slide presentation for 5th-6th graders that visualizes the connection between linear story structure and event-driven branching logic. Includes diagrams of triggers and functions within a Hero's Journey framework.

A comprehensive teacher guide for the Hero's Journey Engine lesson, detailing objectives, standard alignment, and a step-by-step instructional sequence for teaching event-driven programming through story mapping.

Comprehensive teacher guide for the Tech Explorers sequence. Revised with better page breaks, clearer instructional steps, and improved spacing for vocabulary.

Differentiated invention blueprint for Lesson 2, featuring picture-based problem selection and simplified drawing/labeling tasks for non-readers and low-literacy students.

A blueprint-style worksheet for Lesson 2. Revised with white backgrounds in work areas, a larger name field, and clear checkboxes for location to ensure Primary 3 legibility. Everything fits on a single page. Watermark opacity reduced and lines added for writing.

Visual presentation slides for Lesson 2, guiding students through the process of identifying problems and designing helpful technological inventions.

Differentiated support sheet for Lesson 1 with high visual support, icon banks, and simplified tasks. Revised with better page breaks, larger work areas, and white backgrounds for clarity. Height issue fixed for correct printing. Sentence stems made parallel (I CAN / I FEEL). Thumb icons enlarged. Blank page issue fixed. Title leading adjusted.

The core worksheet for Lesson 1, where students complete sentences about the pros and cons of technology and brainstorm safety rules. Revised with writing lines, an icon-supported word bank, and proper page breaks. Everything on the first page now fits correctly. Rule lines contrast increased.

Cut-and-sort activity cards for Lesson 1. Revised with separate full-page sorting mats, neutral icons, and larger font sizes (16pt) for card labels to improve accessibility. Height issues fixed for correct printing. Mat text contrast and icon alignment fixed.

Visual presentation slides for Lesson 1, exploring the 'good' and 'tricky' sides of technology with Primary 3 students. Includes discussion prompts and safety rules. Revised for higher contrast and visual support.

A participant handout for Lesson 7, featuring a visual 'Loop Logic Designer' for Repeat-Until classroom systems and a final synthesis commitment area for the Architect Mindset. Optimized for single-page print layout with white handwriting areas. Includes improved contrast and stacked logic boxes. Includes fix for overlapping layout and footer cutoff.