Computer Science

An answer key for the Code Repair Worksheet, providing detailed explanations of syntax and logic errors and their corrected JavaScript code for Pencil Code.

A high-energy, TikTok-themed presentation introducing JavaScript debugging in Pencil Code. Features vibrant neon visuals, common bug breakdowns, and 'Find the Bug' interactive challenges with large, readable text.

A two-page TikTok-themed debugging worksheet where students identify and fix JavaScript syntax and logic errors in a mock 'glitched feed' environment. Includes common Pencil Code pitfalls like case sensitivity and missing punctuation.

A teacher facilitation guide for Lesson 2, including objectives, instructional flow for teaching variables and loops, and a worksheet answer key.

A student worksheet featuring variable definition exercises and loop logic challenges focused on dance game scoring and choreography simplification. Includes ample white space for student work.

A visually engaging slide deck that introduces variables and loops through dance game scoring systems and choreography patterns. Body text strictly follows minimum size requirements.

A teacher facilitation guide for Lesson 1, including pacing, an unplugged "Human Algorithm" activity, discussion prompts, and a worksheet answer key.

A student worksheet featuring matching vocabulary, sequencing exercises for dance moves, and selection logic for performance cues. Includes generous space for writing and a vibrant "Just Dance" aesthetic.

A visually engaging slide deck that introduces the concepts of algorithms, sequencing, and selection (if/then logic) using the "Just Dance" game world as a metaphor. Body text strictly follows minimum size requirements.

A teacher facilitation guide for Lesson 2, including pacing, an unplugged "Bracket Loop" activity, discussion prompts, and a worksheet answer key.

A student worksheet featuring variable definition exercises and loop logic challenges focused on tournament statistics and game tracking.

A visually engaging slide deck that introduces variables and loops through tournament statistics and game-time data analysis. Body text strictly follows minimum size requirements.

A teacher facilitation guide for Lesson 1, including pacing, an unplugged "Human Algorithm" activity, discussion prompts, and a worksheet answer key.

A student worksheet featuring matching vocabulary, sequencing exercises for basketball shots, and selection logic for referee decisions. Includes generous space for writing.

A visually engaging slide deck that introduces the concepts of algorithms, sequencing, and selection (if/then logic) using basketball and March Madness as the primary metaphors. Body text strictly follows minimum size requirements for slide decks.

Answer key for the Mission Log Worksheet, providing clear solutions and scoring tips for Python operators.

Mission-based practice worksheet for Python operators, designed with high visual support, chunked tasks, and minimal arithmetic to accommodate students with ADHD and math challenges.

Teacher facilitation guide for the Python operators lesson, providing specific ADHD support strategies, discussion prompts, and a structured pacing guide.

A high-contrast visual reference sheet for Python operators, featuring simplified explanations of modulo and exponents, tailored for students with ADHD.

High-impact slide deck for 8th-grade Python operators, featuring a 'Mission Control' theme, large text for ADHD students, and visual analogies for math operators.

A comprehensive teacher professional development guide including essential AI concepts, facilitation strategies, and quick-reference prompt cheat sheets.

A high school activity sheet requiring students to apply the CO-STAR prompt engineering framework, map industry impacts, and draft ethical AI policies.

Advanced slide deck for high school students exploring generative AI paradigms, professional prompt engineering frameworks (CO-STAR), and the future of work.

A middle school activity sheet involving ethical analysis of recommendation engines, labeling neural network structures, and debating facial recognition bias.

A middle school slide deck focused on the technical basics of neural networks and the ethical challenges of recommendation engines and deepfakes.

A grade 3-5 worksheet focusing on analyzing AI bias scenarios and practicing prompt engineering using a structured 'Role + Task + Detail' framework.

Instructional slides for grades 3-5, focusing on 'Pattern Detectives' - understanding data, spotting bias, and learning the basics of effective prompting.

An activity sheet for grades 1-2 focusing on distinguishing between traditional machines and AI, and designing an AI solution for a simple problem.

Instructional slides for grades 1-2 focused on 'Smart Helpers' - identifying AI in the world and understanding simple machine learning patterns.

A comprehensive teacher guide for the 'Robot Brains' lesson, including a script, instructional sequence, and differentiation tips for Kindergarten.

A simple, visual worksheet for Kindergarten students to practice identifying AI and 'training' a robot.

Introductory slide deck for Kindergarten students exploring the difference between human brains and computer 'brains'.

The comprehensive K-12 AI literacy curriculum scope and implementation guidelines for district-wide alignment.

A teacher resource including learning objectives, a detailed answer key for the student worksheet, and discussion prompts for classroom instruction on password entropy and length.

A scenario-based worksheet where students audit three different password strategies, evaluating entropy, length, and complexity to identify security vulnerabilities.

A presentation for high school students explaining the concepts of entropy, bits of randomness, and why password length is more critical than complexity using real-world cracking speed comparisons.

An answer key for the Code Repair Worksheet, providing detailed explanations of syntax and logic errors and their corrected JavaScript code for Pencil Code.

A high-energy, TikTok-themed presentation introducing JavaScript debugging in Pencil Code. Features vibrant neon visuals, common bug breakdowns, and 'Find the Bug' interactive challenges with large, readable text.

A two-page TikTok-themed debugging worksheet where students identify and fix JavaScript syntax and logic errors in a mock 'glitched feed' environment. Includes common Pencil Code pitfalls like case sensitivity and missing punctuation.

A teacher facilitation guide for Lesson 2, including objectives, instructional flow for teaching variables and loops, and a worksheet answer key.

An updated teacher's answer key and reference guide reflecting the newly integrated Zero Trust content. Includes sample firewall rules for micro-segmentation and model answers for process/file verification steps.

An updated incident response project guide for students, now emphasizing Zero Trust principles. It prompts students to apply the "Never Trust, Always Verify" mindset when investigating suspicious processes and files.

An updated student worksheet featuring firewall scenarios revised to include Zero Trust principles. Includes a new scenario on micro-segmentation and a reflection question comparing perimeter defense to Zero Trust architecture.

An updated teacher's guide for the cybersecurity lesson, now integrating Zero Trust principles. Includes learning objectives, key vocabulary, and specific instructional points for "Never Trust, Always Verify" in both firewall and incident response contexts.

A high-energy slide deck introducing students to the retail industry, career paths, customer service frameworks (HEART), and core operations like inventory management and POS systems.

A terminal-themed slide deck for the Browser Bounty forensic audit lab, covering client-side vulnerabilities, DOM injection via extensions, and the trade-offs between security and usability.

A facilitation guide for the Browser Bounty Lab, providing answer keys for the extension exploitation scenario and discussion prompts about the trade-offs between user convenience and security.

A forensic browser audit lab where students analyze provided "evidence panels" of insecure browser settings and extensions to identify vulnerabilities and propose a remediation plan.

An answer key for the Threat Hunter Scenario Analysis worksheet, providing sample vulnerabilities and mitigation strategies for educators.

A set of double-sided flashcards covering essential cybersecurity risk management terminology, including Threat, Vulnerability, and Residual Risk.

A scenario-based worksheet where students analyze cybersecurity threats, assess their impact, and propose mitigation strategies for real-world risks.

Advanced practice scenarios combining CySA+ Domains 3 and 4, focusing on SIEM correlation rules, ransomware containment strategies, and post-incident process improvement.

A comprehensive study guide for CySA+ Domain 4, focusing on the NIST incident response lifecycle, key IR terminology, and evidence handling. Includes a visual representation of the IR cycle.

A study guide for CySA+ Domain 3, focusing on continuous monitoring, SIEM/SOAR technologies, and log analysis. Includes a detailed glossary and a visual SIEM workflow.

Practice scenarios for CySA+ Domain 2, covering SDLC security, Zero Trust architecture, and container hardening. Provides space for written analysis.

A study guide for CySA+ Domain 2, covering system architecture, SDLC security, and cloud models. Includes a detailed glossary and a visual representation of the Cloud Shared Responsibility Model.

A graphic organizer template for CySA+ Domain 1, providing a structured mind map for students to fill in intelligence sources, vulnerability types, threat actors, and intelligence levels.

Scenario-based practice questions for CySA+ Domain 1, focusing on vulnerability scanning discrepancies, CVSS prioritization, and scanning strategy selection. Includes clear work areas for student responses.

A comprehensive study guide for CySA+ Domain 1, featuring key concept summaries, core definitions, and a glossary with real-world examples. Includes a visual overview of the vulnerability management lifecycle.

A teacher-facing answer key for the practice scenarios, providing detailed explanations for correct answers and justifications for incident response decisions.

Facilitation guide for MSW instructors teaching t-test statistics. Includes learning objectives, a detailed 90-minute instructional sequence, and discussion prompts for translating statistical findings into social work practice.

Answer key and instructional guide for the Evidence Impact Lab Worksheet. Provides correct test identification, hypothesis statements, and detailed interpretations for graduate-level social work scenarios.

A student worksheet for a graduate MSW course on t-test statistics. Includes three real-world social work scenarios requiring students to select the correct t-test, write hypotheses, and interpret statistical outputs including p-values and effect sizes.

Presentation slides for a graduate MSW course on t-test statistics. Covers the three types of t-tests, statistical assumptions, interpretation of p-values, and effect sizes with a focus on social work practice and ethics.

A comprehensive handout for 11th-grade students covering genomic sequencing technologies, workflows, and clinical applications. It includes a comparison table for short-read vs. long-read sequencing, an overview of the bioinformatics pipeline, and designated areas for student notes on quality metrics like coverage and Q-scores.

A refined 2-page technical blueprint handout for 11th-grade students, featuring a professional layout, high-contrast typography, and dedicated workspace for notes on WGS workflow, technological comparisons, and bioinformatics analysis.

A visual presentation deck to launch the Snack Strategy mini-project, introducing the mission scenario, phases of data analysis, and success criteria.

A guided two-page worksheet for students to document their snack data project, featuring sections for collection, manipulation, visualization, and ethics.

A comprehensive project guide for the Snack Strategy mini-project, including standard alignment, step-by-step instructions, and a grading rubric.

Visual presentation slides to accompany the Data Discovery lesson. Covers passive vs. active collection, data structures, local vs. cloud storage, and metadata. Minimum font size 24px.

A comprehensive project guide where students act as Data Architects to design a collection and storage system for a business. Includes project phases, deliverables, a brainstorming workspace, and a grading checklist.

A formal assessment for NC CS10 Objective 3.01, covering passive vs. active data collection, cloud vs. local storage, and structured vs. unstructured data. Includes multiple-choice and short-answer questions.

A student activity worksheet focused on analyzing a smart stadium scenario to identify data collection methods, categorize data structures, and evaluate storage solutions.

A comprehensive 90-minute facilitation guide for teaching NC CS10 Objective 3.01. It includes learning targets, essential questions, a detailed lesson outline, and strategies for differentiation.

Answer key for the 4th-grade spreadsheet worksheet, featuring detailed explanations of cell range notation and formula logic.

A 4th-grade spreadsheet worksheet focusing on cell ranges, logical sorting, and basic =SUM formulas in a classroom context.

An advanced spreadsheet introduction for 4th graders, covering cell ranges, sorting data, and an introduction to basic formulas.

A teacher's guide and answer key for the Grid Giants worksheet, including model answers and discussion prompts.

A worksheet for 3rd graders to practice identifying spreadsheet parts, updating data values, and creating a simple bar chart.

A visual introduction to spreadsheet software for 3rd graders, covering terminology, data management, and chart creation.

A refined, one-page scenario-based worksheet where students audit three different password strategies, optimized for printing with clear writing lines and minimal white space gaps.

A teacher resource including learning objectives, a detailed answer key for the student worksheet, and discussion prompts for classroom instruction on password entropy and length.

A scenario-based worksheet where students audit three different password strategies, evaluating entropy, length, and complexity to identify security vulnerabilities.

A presentation for high school students explaining the concepts of entropy, bits of randomness, and why password length is more critical than complexity using real-world cracking speed comparisons.

An updated teacher's answer key and reference guide reflecting the newly integrated Zero Trust content. Includes sample firewall rules for micro-segmentation and model answers for process/file verification steps.

An updated incident response project guide for students, now emphasizing Zero Trust principles. It prompts students to apply the "Never Trust, Always Verify" mindset when investigating suspicious processes and files.

An updated student worksheet featuring firewall scenarios revised to include Zero Trust principles. Includes a new scenario on micro-segmentation and a reflection question comparing perimeter defense to Zero Trust architecture.

An updated teacher's guide for the cybersecurity lesson, now integrating Zero Trust principles. Includes learning objectives, key vocabulary, and specific instructional points for "Never Trust, Always Verify" in both firewall and incident response contexts.

A high-energy slide deck introducing students to the retail industry, career paths, customer service frameworks (HEART), and core operations like inventory management and POS systems.

A terminal-themed slide deck for the Browser Bounty forensic audit lab, covering client-side vulnerabilities, DOM injection via extensions, and the trade-offs between security and usability.

A facilitation guide for the Browser Bounty Lab, providing answer keys for the extension exploitation scenario and discussion prompts about the trade-offs between user convenience and security.

A forensic browser audit lab where students analyze provided "evidence panels" of insecure browser settings and extensions to identify vulnerabilities and propose a remediation plan.

An answer key for the Threat Hunter Scenario Analysis worksheet, providing sample vulnerabilities and mitigation strategies for educators.

A set of double-sided flashcards covering essential cybersecurity risk management terminology, including Threat, Vulnerability, and Residual Risk.

A scenario-based worksheet where students analyze cybersecurity threats, assess their impact, and propose mitigation strategies for real-world risks.

A comprehensive teacher guide for leading the Privacy Patrol lesson, including lesson objectives, discussion prompts, pacing, and an answer key for the student worksheet.

A student worksheet for identifying private information and practicing the 'Stop and Ask' rule through scenarios and sorting activities.

Visual presentation for teaching elementary students about online privacy, the difference between private and safe information, and the 'Stop and Ask' rule.

A bright, visual anchor chart for elementary students identifying what information is private (red list) versus safe to share (green list), featuring the 'Stop and Ask' golden rule.

A simplified answer key for the Blitz worksheet, providing rapid-fire solutions for the 15-minute lesson.

The third and final phase of training content for the Shopify POS course, covering returns, damaged inventory, policies, and the end-of-day reconciliation process in a narrative-driven style.

The second phase of training content for the Shopify POS course, covering customer profiles, cart management, discounts, gift cards, and checkout in a narrative-driven style.

The first phase of training content for the Shopify POS course, covering welcome, hardware, roles, and initial setup in a narrative-driven, conversational style.

A revised, granular storyboard for the Shopify POS Articulate course, structured around an Associate's "First Day" and broken into 16 digestible scenarios to balance pacing and technical depth.

A comprehensive, narrative-driven storyboard for the Shopify POS course, incorporating all missing technical details from the original material into a "Full Shift" problem-based structure.

A redesigned course storyboard for Shopify POS, reframing technical content as a "Day in the Life" narrative where the learner solves real-world BFAS scenarios.

A detailed instructional design audit report for a Shopify POS course, analyzing it through the lens of Bloom's Taxonomy, Gagne's Nine Events, Mayer's Multimedia Principles, and Merrill's First Principles of Instruction.

An updated teacher's answer key and reference guide reflecting the newly integrated Zero Trust content. Includes sample firewall rules for micro-segmentation and model answers for process/file verification steps.

An updated incident response project guide for students, now emphasizing Zero Trust principles. It prompts students to apply the "Never Trust, Always Verify" mindset when investigating suspicious processes and files.

An updated student worksheet featuring firewall scenarios revised to include Zero Trust principles. Includes a new scenario on micro-segmentation and a reflection question comparing perimeter defense to Zero Trust architecture.

An updated teacher's guide for the cybersecurity lesson, now integrating Zero Trust principles. Includes learning objectives, key vocabulary, and specific instructional points for "Never Trust, Always Verify" in both firewall and incident response contexts.

A 2-page essay prompt and writing template for 5th graders based on 'G-Force Giants', featuring a structured guide and lined final draft page with a themed aesthetic.

A 2-page activity for 5th graders based on 'G-Force Giants'. Page 1 features a technical roller coaster design task, and Page 2 includes physics and history comprehension questions.

An informative 2-page text for 5th graders exploring the history and physics of roller coasters, from early Russian ice slides to modern g-force engineering.

A 2-page essay prompt and writing template for 5th graders based on 'Orbital Outlaws', featuring a structured guide and lined final draft page with a themed aesthetic.

A 2-page activity for 5th graders based on 'Orbital Outlaws'. Page 1 features a technical satellite design task, and Page 2 includes science comprehension questions and a policy writing prompt.

An informative 2-page text for 5th graders exploring the problem of space junk, the Kessler Syndrome, and creative engineering solutions for cleaning up Earth's orbit.

A 2-page essay prompt and writing template for 5th graders based on 'Chocolate Chronicles', featuring a structured guide and lined final draft page with a themed aesthetic.

A 2-page activity for 5th graders based on the 'Chocolate Chronicles' text. Page 1 features a creative chocolate wrapper design task, and Page 2 includes history and production comprehension questions.

An informative 2-page text for 5th graders exploring the history of chocolate from ancient Mayan rituals to the modern candy industry.

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.

The third and final phase of training content for the Shopify POS course, covering returns, damaged inventory, policies, and the end-of-day reconciliation process in a narrative-driven style.

The second phase of training content for the Shopify POS course, covering customer profiles, cart management, discounts, gift cards, and checkout in a narrative-driven style.

The first phase of training content for the Shopify POS course, covering welcome, hardware, roles, and initial setup in a narrative-driven, conversational style.

A revised, granular storyboard for the Shopify POS Articulate course, structured around an Associate's "First Day" and broken into 16 digestible scenarios to balance pacing and technical depth.

A comprehensive, narrative-driven storyboard for the Shopify POS course, incorporating all missing technical details from the original material into a "Full Shift" problem-based structure.

A redesigned course storyboard for Shopify POS, reframing technical content as a "Day in the Life" narrative where the learner solves real-world BFAS scenarios.

A detailed instructional design audit report for a Shopify POS course, analyzing it through the lens of Bloom's Taxonomy, Gagne's Nine Events, Mayer's Multimedia Principles, and Merrill's First Principles of Instruction.

An answer key for the Code Repair Worksheet, providing detailed explanations of syntax and logic errors and their corrected JavaScript code for Pencil Code.

A high-energy, TikTok-themed presentation introducing JavaScript debugging in Pencil Code. Features vibrant neon visuals, common bug breakdowns, and 'Find the Bug' interactive challenges with large, readable text.

A two-page TikTok-themed debugging worksheet where students identify and fix JavaScript syntax and logic errors in a mock 'glitched feed' environment. Includes common Pencil Code pitfalls like case sensitivity and missing punctuation.

A teacher facilitation guide for Lesson 2, including pacing, an unplugged "Bracket Loop" activity, discussion prompts, and a worksheet answer key.

A student worksheet featuring variable definition exercises and loop logic challenges focused on tournament statistics and game tracking.

A visually engaging slide deck that introduces variables and loops through tournament statistics and game-time data analysis. Body text strictly follows minimum size requirements.

A teacher facilitation guide for Lesson 1, including pacing, an unplugged "Human Algorithm" activity, discussion prompts, and a worksheet answer key.

A student worksheet featuring matching vocabulary, sequencing exercises for basketball shots, and selection logic for referee decisions. Includes generous space for writing.

A visually engaging slide deck that introduces the concepts of algorithms, sequencing, and selection (if/then logic) using basketball and March Madness as the primary metaphors. Body text strictly follows minimum size requirements for slide decks.

A 2-page essay prompt and writing template for 5th graders based on 'G-Force Giants', featuring a structured guide and lined final draft page with a themed aesthetic.

A 2-page activity for 5th graders based on 'G-Force Giants'. Page 1 features a technical roller coaster design task, and Page 2 includes physics and history comprehension questions.

An informative 2-page text for 5th graders exploring the history and physics of roller coasters, from early Russian ice slides to modern g-force engineering.

A 2-page essay prompt and writing template for 5th graders based on 'Orbital Outlaws', featuring a structured guide and lined final draft page with a themed aesthetic.

A comprehensive teacher professional development guide including essential AI concepts, facilitation strategies, and quick-reference prompt cheat sheets.

A high school activity sheet requiring students to apply the CO-STAR prompt engineering framework, map industry impacts, and draft ethical AI policies.

Advanced slide deck for high school students exploring generative AI paradigms, professional prompt engineering frameworks (CO-STAR), and the future of work.

A middle school activity sheet involving ethical analysis of recommendation engines, labeling neural network structures, and debating facial recognition bias.

A middle school slide deck focused on the technical basics of neural networks and the ethical challenges of recommendation engines and deepfakes.

A grade 3-5 worksheet focusing on analyzing AI bias scenarios and practicing prompt engineering using a structured 'Role + Task + Detail' framework.

Instructional slides for grades 3-5, focusing on 'Pattern Detectives' - understanding data, spotting bias, and learning the basics of effective prompting.

An activity sheet for grades 1-2 focusing on distinguishing between traditional machines and AI, and designing an AI solution for a simple problem.

Instructional slides for grades 1-2 focused on 'Smart Helpers' - identifying AI in the world and understanding simple machine learning patterns.

A comprehensive teacher guide for the 'Robot Brains' lesson, including a script, instructional sequence, and differentiation tips for Kindergarten.

A simple, visual worksheet for Kindergarten students to practice identifying AI and 'training' a robot.

Introductory slide deck for Kindergarten students exploring the difference between human brains and computer 'brains'.

The comprehensive K-12 AI literacy curriculum scope and implementation guidelines for district-wide alignment.

A design thinking worksheet for the capstone project where students identify a household problem and design a 'Smart' bot to solve it using sensors and automated logic.

Slide deck for Lesson 4 exploring smart homes, the Internet of Things (IoT), and the ethical considerations of automation in domestic spaces.

An interview guide for students to conduct a primary source investigation into the technological experiences of older generations, focusing on music and home entertainment evolution.

Slide deck for Lesson 3 detailing the evolution of home entertainment and communication, focusing on the shift from shared analog devices to individual digital streaming.

A student activity sheet for sequencing the major milestones in refrigeration technology, requiring students to order historical events and analyze the evolution of food preservation.

A student scavenger hunt worksheet designed to help middle schoolers identify and analyze analog household technologies by investigating their materials, logic, and the specific problems they solve.

Introductory slide deck for Lesson 1 defining technology broadly and challenging students to see household objects as intentional pieces of engineering and problem-solving.