Computer Science

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.

Instructor key for the Block Logic assessment, providing correct answers, acceptable variations, and grading criteria.

A 10-15 minute assessment on Scratch fundamentals using short-answer and identification tasks, featuring a clean code-editor visual theme.

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.

An answer key for the Vector Mission Log Worksheet, providing teachers with definitions, scavenger hunt solutions, and practice classification answers.

A student worksheet for the Vector Command lesson, featuring sections for video notes, vector classification practice, and an activity log for the 'Human Robot' maze. Writing areas have light backgrounds for legibility.

A comprehensive facilitator guide for teachers leading the Vector Command lesson, featuring maze setup diagrams, activity scripts, and video discussion prompts.

A slide deck for teaching vector concepts to middle schoolers, featuring embedded video clips, clear definitions of scalars vs. vectors, and instructions for a hands-on robotics activity.

Facilitation guide for teachers to manage pacing, discussion points, and common misconceptions for the GPA Algorithm lesson.

Assessment rubric for evaluating student performance in system decomposition, logic mapping, algorithm construction, and testing.

Student activity worksheet for decomposing GPA calculation logic and writing pseudocode or code to solve weighted average problems.

Visual presentation for the GPA Algorithm Architect lesson, including the hook, video analysis prompts, and coding challenge requirements.

Updated student activity worksheet for 'The Loop Link' lesson, featuring improved handwriting spaces (min 32px height), enhanced name/date fields, and a clearer logic workbench for pseudocode drafting.

Updated visual presentation for 'The Loop Link' lesson, featuring optimized font sizes (minimum 24px) for high visibility, clearer logic mapping, and enhanced speed comparison graphics.

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 comprehensive teacher's guide for the "Speed of Signals" lesson, featuring pacing, prep notes, and an answer key.

A set of two exit tickets per page for closing the lesson, focusing on the future of communication and reflection on past speeds.

A student worksheet for calculating communication speeds (mph) and preparing for a physical timeline activity.

A sleek, high-energy slide deck for guiding the lesson, including the warm-up, video embed, and activity instructions.

A visually striking anchor chart comparing the speeds of physical transport (horse, boat, train) versus electronic signals (speed of light).

A reflection journal sheet for students to describe and sketch their ideas of a world where non-visible light (like infrared and radio waves) is visible.

An activity worksheet for simulating binary communication using flashlights and a signal key. Includes a Morse code-to-binary reference chart and sections for transmission and reception logs.

A student lab sheet for the infrared investigation, providing space for students to record observations comparing the naked eye and smartphone camera sensors.

A visual presentation for the Signal Hackers lesson, featuring a tech-focused dark theme, video embed, and step-by-step instructions for the infrared investigation and decoding activity.

A comprehensive teacher guide for the Signal Hackers lesson, including pacing, material lists, and background technical information for the instructor.

Answer key for the Data Dash lesson, providing expected student responses for the Venn Diagram and reflection questions.

Teacher's facilitation guide for the Data Dash lesson, including experiment setup instructions for the laser demonstration and discussion prompts.

Student worksheet for the Data Dash lesson, including a signal loss reflection, a Copper vs. Fiber Venn Diagram, and an undersea cable extension activity.

Educational slide deck for 6th-grade students comparing copper wire and fiber optics, featuring high-contrast visuals and an embedded YouTube video.

An answer key and grading guide for the Orbital Impact lesson, providing correct answers for the video viewing and scavenger hunt activities.

A comic strip template for students to visualize a hypothetical scenario where all artificial satellites fail, showing the progression of societal chaos throughout a single day.

A visual scavenger hunt worksheet where students identify various everyday technologies that depend on artificial satellites within a city diagram.

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.

Instructor key for the Block Logic assessment, providing correct answers, acceptable variations, and grading criteria.

A 10-15 minute assessment on Scratch fundamentals using short-answer and identification tasks, featuring a clean code-editor visual theme.

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.

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 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.

A visual presentation deck for the Brain vs Blueprint lesson, featuring video integration, simulation guidance, and artifact visualizers.

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 Brain vs Blueprint lesson, including lesson objectives, simulation logic, and artifact round data.

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 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 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.

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 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.

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's guide for the "Speed of Signals" lesson, featuring pacing, prep notes, and an answer key.

A set of two exit tickets per page for closing the lesson, focusing on the future of communication and reflection on past speeds.

A visual anchor chart comparing the 'Mystery Drink' metaphor to the reality of computer viruses, designed as a classroom reference for safe downloading practices.

A creative comic strip template where students illustrate a character facing an online 'Mystery Download' to demonstrate their understanding of malware risks and permission-seeking behavior.

Visual slide deck for classroom instruction, featuring the '5 Internet Safety Tips' video, an analysis of the 'Mystery Drink' metaphor, and guidelines for the comic strip activity.

A comprehensive teacher facilitation guide for the Virus Metaphor lesson, including learning objectives, a detailed pacing guide, and strategic video pause points for classroom discussion.

A set of 4 exit tickets per page for a quick end-of-lesson assessment on web application security.

Scenario-based discussion cards for a group activity on identifying and mitigating web security vulnerabilities.

A student worksheet for identifying web security vulnerabilities, auditing code snippets, and proposing security solutions.

Visual presentation for the Cyber Shield lesson, covering SQL Injection, XSS, HTTPS, and best security practices for web applications.

A teacher guide for the Cyber Shield lesson, providing a 60-minute lesson plan, learning objectives, and pedagogical tips for teaching web application security to high school students.

A structured reflection journal page for students to analyze John Green's quote regarding the impact of intellectual property on the quality of the internet. includes specific prompts and lined writing space.

A student activity sheet for the 'Idea Armor' lesson, providing a dedicated space for sketching original creations and reflecting on the 'Creator's Dilemma' through guided questions and pair discussion prompts.

A dynamic 5-slide presentation for the 'Idea Armor' lesson, including an embedded Crash Course video, discussion prompts about intellectual property, and instructions for the 'Creator's Dilemma' activity.

A comprehensive teacher facilitation guide for the 'Idea Armor' lesson, featuring learning objectives, a detailed 40-minute procedure, and critical thinking anchors.

Student worksheet for the Code Cracker lesson where students glue their reverse-order alphabet key and use it to encrypt and decrypt secret messages. Updated with larger boxes for easier gluing.

A sheet of alphabet strips for students to cut into individual letters. These letters are used to build the reverse-order cipher key on their worksheets. This version provides larger squares for easier cutting.

Visual presentation for the Code Cracker lesson, featuring the 'Tebahpla' video, definitions of algorithms, and step-by-step activity instructions for students.

A comprehensive teacher facilitation guide for the Code Cracker lesson, including learning objectives, a minute-by-minute lesson flow, and teaching tips for 3rd-grade instructors.

A set of debate task cards featuring ethical dilemmas related to open-source software, attribution, and community responsibility.

An answer key for the Attribution Challenge Worksheet, providing correct CC license definitions, sample TASL strings, and a detailed Fair Use justification.

A visual presentation for the capstone project where students draft their own 'Web Designer's Code of Ethics,' synthesizing their learning on copyright, UX, and privacy.

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.

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.

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.

A comprehensive slide deck for teaching Media Literacy and Digital Production. It covers Fair Use, Freebooting, YouTube's Content ID system, and includes an interactive 'Content ID Simulator' with five real-world scenarios for class discussion.

A clear answer key and teacher guide for the 'Engineer Match-Up' worksheet, including discussion points to reinforce the concepts.

A fun and visual matching worksheet for 1st grade students to connect different types of engineers with the specific problems they are trained to solve.

A bright, visual slide deck for Grade 1 students featuring embedded video, clear definitions of different engineering types, and interactive prompts for discussion and movement.

A comprehensive teacher guide for the 'Problem Solvers' lesson, detailing the objective, materials, key vocabulary, and a step-by-step procedure including video timestamps and discussion prompts.

A paper tablet template for students to draw their app interface, featuring a realistic device frame and a blank screen area for creative design.

A planning sheet for students to brainstorm an app idea, identify a problem, and define the input and output functions of their design.

A visual presentation for the 'There's an App for That' lesson, featuring vocabulary definitions, a video embed, and step-by-step instructions for the app design activity.

A comprehensive teacher guide for the 'There's an App for That' lesson, including learning objectives, a detailed lesson flow, discussion anchors, and key vocabulary for 3rd-grade students.

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.

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.

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 comprehensive teacher facilitation guide for the Robot Reality Check lesson, including pacing, discussion prompts, and differentiation strategies.

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 visual slide deck for teaching middle school students about AI benchmarks, including embedded videos, definitions, and activity instructions.

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.

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 technical worksheet for graduate students to practice implementing UTXO transaction logic and preventing double-spending.

A professional audit report template for students to compile their final project findings, including sections for executive summaries, severity-rated findings, and recommendations.

Technical slides for graduate students on the UTXO model, double-spending prevention, and transaction lifecycle.

A comprehensive audit checklist for students to use when reviewing smart contract code, categorized by vulnerability type and severity.

A comprehensive 8-hour master pacing guide for teachers delivering the ESL forensic unit, including schedule breakdowns and scaffolding strategies for B1 learners.

An ESL activity focused on time conversion and using digital security logs to verify suspect statements and find logical contradictions.

ESL slides for B1 students focused on modern digital evidence, time conversions (24h clock), and using logical reasoning to find discrepancies.

An ESL activity focusing on descriptive adjectives and identifying contradictions between witness testimony and physical evidence.

Slides for B1 ESL students focusing on the vocabulary of physical descriptions and the psychological fallibility of human memory in witness testimony.

A simplified fingerprint identification activity for B1 ESL students, focusing on pattern vocabulary and sentence completion.

A sketching activity for B1 ESL students to practice descriptive spatial language (middle, left, right, bottom) and basic scene documentation.

Teacher's solution guide for the ESL murder mystery, including specific B1 language support strategies, simplified logic breakdowns, and modified pacing notes.

Investigation log for B1 ESL students, featuring sentence frames, simplified prompts, and clear scaffolding to help students write their final accusation in English.

Simplified detective dossier for B1 ESL students with shortened witness statements, clear evidence tables, and explicit "Detective Tips" to support reading comprehension.

Final investigation slides for B1 ESL students, using simplified narrative structure and clear visual evidence markers for the Professor Thorne murder mystery.

Simplified slides for B1 ESL students explaining fingerprints, DNA, and Locard's Rule using clear language and minimal jargon.

A vocabulary worksheet for B1 ESL students, featuring matching exercises, evidence categorization, and simple sentence completion using key detective terms.

ESL-friendly slides introducing core forensic vocabulary (suspect, alibi, evidence, motive) and basic investigative procedures using simple English and clear visuals.

A hands-on activity sheet where students practice identifying major fingerprint patterns (loop, whorl, arch) and analyze their own thumbprint as part of a forensic investigation simulation.

Lesson slides focusing on identification techniques, including the three main fingerprint patterns, the basics of DNA profiling, and microscopic analysis of hair and fibers.

A student worksheet focused on reinforcing forensic vocabulary, categorizing evidence types, and analyzing the importance of the chain of custody through a scenario-based exercise.

Introductory slides for the criminal investigation unit, covering basic forensic definitions, key vocabulary (alibi, chain of custody), and the difference between testimonial and physical evidence.

A comprehensive teacher's guide for the "Silent Witness" murder mystery, containing the solution, suspect breakdowns, and a detailed 90-minute pacing guide.

The final worksheet for the 90-minute investigation, where students synthesize evidence, disprove alibis, and formally document their accusation and motive.