Computer Science

A two-part technology sequence for Primary 3 students exploring the dual nature of technology and the engineering design process for creating helpful inventions.

A series of quick, engaging bell-ringer activities focused on building technical vocabulary and understanding computer-related terminology through matching exercises.

A 5-day CTE exploration of Diagnostic Services and Health Informatics, where students take on the role of medical detectives solving clinical cases through data and diagnostic thinking.

A 40-lesson 6th-grade introductory computer skills course that guides students from initial business ideas through financial budgeting, marketing campaigns, and a final investor pitch. Focuses on word processing, spreadsheets, digital media, and presentation skills.

A 2-day self-contained project for Cyber Security 2 students focusing on the five phases of penetration testing. Students research and create a visual representation (poster or slide deck) of a simulated ethical hacking mission.

A comprehensive technology applications sequence covering Internet Safety & Ethics, Computer Hardware, and Spreadsheet Data Management. Designed for middle or high school students to build foundational digital literacy and technical skills.

A hands-on career exploration unit focusing on the dynamic world of retail. Students will master customer service excellence, learn retail operations like inventory and POS systems, and design their own retail floor plan and brand strategy.

A comprehensive training series for the CompTIA CySA+ certification, focusing on threat management, systems security, security operations, and incident response through structured study guides and scenario-based practice.

A multi-part cybersecurity unit focusing on defensive strategies, from identifying malicious threats to mastering network access control and traffic filtering.

A comprehensive sequence for 11th-grade students exploring the legal and ethical landscapes of digital publishing. Students examine intellectual property, dark patterns in UX design, data privacy regulations, and open-source ethics to build a foundation for responsible web creation.

A comprehensive guide to the operational side of web development, covering DNS, hosting types, FTP, CMS deployment, SEO, and site security. Students learn the technical requirements for establishing and maintaining a professional digital presence.

This technical sequence for 12th-grade students explores the 'last mile' of web development, covering DNS, hosting, version control with Git, deployment via GitHub Pages, and post-launch maintenance. Students progress from theoretical network understanding to industry-standard deployment pipelines and site optimization.

A comprehensive graduate-level sequence covering professional web publishing workflows, version control, hosting, CMS evaluation, and performance optimization. Students transition from local development to professional DevOps practices for content creators.

A graduate-level sequence focused on the technical precision of ABC data collection, covering operational definitions, recording methodologies, scatterplots, IOA calculations, and ethical digital practices.

An advanced exploration of AI ethics and governance for graduate students, focusing on algorithmic bias, data privacy, human-in-the-loop systems, workforce displacement, and the formulation of organizational policy frameworks.

A 5-lesson sequence for 4th graders exploring digital footprints, recommendation algorithms, automation, ethics of smart devices, and future AI-human collaboration. Students learn to navigate the digital world responsibly and think critically about how emerging technologies shape their lives and future careers.

A 5-lesson unit for 7th grade students exploring the mechanics, ethics, and societal impacts of artificial intelligence, culminating in a future career collaboration project.

A comprehensive sequence for 8th graders to explore artificial intelligence, algorithmic bias, data privacy, and the future of work. Students move from identifying algorithms in their social feeds to auditing ethical implications and planning for a career landscape reshaped by automation.

A foundational sequence for 1st graders to distinguish between personal and private information, understand online strangers, learn password basics, and identify trusted adults to stay safe in the digital world.

A week-long exploration of binary code, patterns, and digital communication designed for 4th-grade students. This sequence covers how patterns form codes for devices, the process of binary image transfer, and how engineers use code to solve problems like image brightness.

A professional development series for PreK-12 educators that reframes Computer Science as a "Superpower" through Computational Thinking. Teachers explore how CS concepts like decomposition, abstraction, and automation are already present in their daily instructional practices and Iowa Core content.

A series of quick, engaging bell-ringer activities focused on building technical vocabulary and understanding computer-related terminology through matching exercises.

A 5-6 week capstone project framework for Grade 10 Exploring Technology, focusing on a Minimum Viable Product (MVP) approach and weekly engineering milestones.

Un parcours complet pour transformer un débutant en analyste de données SQL, couvrant des bases fondamentales aux requêtes complexes pour le Big Data.

A professional development series for PreK-12 educators that reframes Computer Science as a "Superpower" through Computational Thinking. Teachers explore how CS concepts like decomposition, abstraction, and automation are already present in their daily instructional practices and Iowa Core content.

A professional development series for PreK-12 educators that reframes Computer Science as a "Superpower" through Computational Thinking. Teachers explore how CS concepts like decomposition, abstraction, and automation are already present in their daily instructional practices and Iowa Core content.

A comprehensive guide to mastering Geometry Dash, covering core mechanics, improvement strategies, and a deep dive into every unique gamemode.

A computer science unplugged sequence for 2nd graders focused on the concept of decomposition through library organization. Students learn to break down the complex task of sorting a 'Messy Mountain' of books into manageable, sequential steps.

A comprehensive K-8 curriculum designed to build foundational AI literacy through understanding, evaluation, application, and ethics. Each grade level tackles a specific theme, progressing from basic robot concepts to complex algorithmic bias and societal impact.

A comprehensive K-12 AI literacy sequence covering the fundamentals of how AI works, machine learning, ethics, social impact, and creative application through age-appropriate lessons.

A high-energy introduction to coding concepts using the vibrant world of dance games to teach algorithms, sequencing, variables, and loops.

A beginner-friendly introduction to coding concepts using the excitement of basketball tournaments to teach algorithms, sequencing, and selection.

Une séquence d'initiation à la robotique pour le cycle 3 (CM1-CM2), explorant la définition d'un robot, ses composants et les bases de la programmation algorithmique.

A comprehensive robotics curriculum for grades 1-3 covering screenless coding with Sphero indi, block coding with Sphero Mini, and both color-based and block coding with Marty the Robot. Includes progressive task cards designed for 30-minute hands-on activities.

A comprehensive STEM unit introducing block coding and robotics using Marty the Robot and Sphero Minis. Students explore sequencing, loops, and color-based commands across two weeks of rotating hands-on lab sessions.

A high-energy unplugged series for middle schoolers to master computational thinking through logic puzzles, algorithmic sequencing, and hands-on debugging challenges. Students explore these concepts through the lens of ancient labyrinth exploration, using critical thinking to navigate complex problem-solving terrains.

A series of four 10-15 minute logic lessons for middle school students, focusing on Zeno's paradoxes and the 'Paradox Player' thinking style. Students will learn to break ideas into tiny steps, push logic to extremes, and identify contradictions through 'Paradox Breaker' activities.

A comprehensive STEM sequence focusing on the intersection of coding logic and physical engineering. Students explore algorithmic thinking, structural design, and the integration of software and hardware through hands-on build challenges and online activities.

A week-long exploration of binary code, patterns, and digital communication designed for 4th-grade students. This sequence covers how patterns form codes for devices, the process of binary image transfer, and how engineers use code to solve problems like image brightness.

A series of materials focused on building and programming assistive technology interfaces, specifically switch-based controls for accessibility.

A series of quick, engaging bell-ringer activities focused on building technical vocabulary and understanding computer-related terminology through matching exercises.

A 5-6 week capstone project framework for Grade 10 Exploring Technology, focusing on a Minimum Viable Product (MVP) approach and weekly engineering milestones.

A comprehensive identity design unit where students explore the psychological and visual elements of branding, including color theory, typography, and logo composition.

A 3-day introductory unit for Digital Design students, focusing on Project-Based Learning, collaborative teamwork, and the very first steps into Adobe Photoshop. Students will connect classroom learning to workforce readiness through a giant collaborative mural and guided discovery of design tools.

A comprehensive unit focused on mastering the three pillars of exposure: Aperture, Shutter Speed, and ISO, culminating in full manual mode proficiency.

A comprehensive guide to mastering Geometry Dash, covering core mechanics, improvement strategies, and a deep dive into every unique gamemode.

A sequence of introductory activities for new Digital Design students to build community and assess skill levels.

A 2-week comprehensive unit on podcast production, focusing on the intersection of journalistic research, interviewing, and technical audio mixing using Soundtrap. Students learn to craft compelling stories through sound while mastering professional digital audio workstation (DAW) workflows.

A comprehensive unit exploring the technological backbone of the modern hospitality and tourism industry, focusing on HMS, POS, booking systems, and event planning software.

A 40-lesson 6th-grade introductory computer skills course that guides students from initial business ideas through financial budgeting, marketing campaigns, and a final investor pitch. Focuses on word processing, spreadsheets, digital media, and presentation skills.

A comprehensive K-8 curriculum designed to build foundational AI literacy through understanding, evaluation, application, and ethics. Each grade level tackles a specific theme, progressing from basic robot concepts to complex algorithmic bias and societal impact.

A comprehensive technology applications sequence covering Internet Safety & Ethics, Computer Hardware, and Spreadsheet Data Management. Designed for middle or high school students to build foundational digital literacy and technical skills.

A series of phonics lessons focusing on vowel teams, digraphs, and other phonetic patterns through narrative passages and fluency drills.

A hands-on career exploration unit focusing on the dynamic world of retail. Students will master customer service excellence, learn retail operations like inventory and POS systems, and design their own retail floor plan and brand strategy.

A comprehensive training series for the CompTIA CySA+ certification, focusing on threat management, systems security, security operations, and incident response through structured study guides and scenario-based practice.

Une séquence d'initiation à la robotique pour le cycle 3 (CM1-CM2), explorant la définition d'un robot, ses composants et les bases de la programmation algorithmique.

A comprehensive robotics curriculum for grades 1-3 covering screenless coding with Sphero indi, block coding with Sphero Mini, and both color-based and block coding with Marty the Robot. Includes progressive task cards designed for 30-minute hands-on activities.

A week-long exploration of binary code, patterns, and digital communication designed for 4th-grade students. This sequence covers how patterns form codes for devices, the process of binary image transfer, and how engineers use code to solve problems like image brightness.

A professional development series for PreK-12 educators that reframes Computer Science as a "Superpower" through Computational Thinking. Teachers explore how CS concepts like decomposition, abstraction, and automation are already present in their daily instructional practices and Iowa Core content.

A series of materials focused on building and programming assistive technology interfaces, specifically switch-based controls for accessibility.

Un programme complet conçu pour transformer un débutant en analyste de données capable de manipuler MySQL pour le Big Data et l'IA. Le parcours couvre les bases, les agrégations, les jointures et l'optimisation pour les grands volumes de données.

Un parcours complet pour transformer un débutant en analyste de données SQL, couvrant des bases fondamentales aux requêtes complexes pour le Big Data.

A comprehensive unit focused on the digital launch of marketing campaigns, bridging the gap between design and messaging to create persuasive online presences.

Students learn to use digital tools to organize, compare, and analyze market data using advanced spreadsheet techniques like formulas, sorting, and filtering.

A comprehensive identity design unit where students explore the psychological and visual elements of branding, including color theory, typography, and logo composition.

A professional development series for PreK-12 educators that reframes Computer Science as a "Superpower" through Computational Thinking. Teachers explore how CS concepts like decomposition, abstraction, and automation are already present in their daily instructional practices and Iowa Core content.

A sequence of introductory activities for new Digital Design students to build community and assess skill levels.

Una secuencia didáctica sobre el desarrollo web interactivo, enfocada en la captura de eventos del teclado mediante JavaScript para crear experiencias de usuario dinámicas y juegos sencillos.

A high-energy introduction to coding concepts using the vibrant world of dance games to teach algorithms, sequencing, variables, and loops.

A beginner-friendly introduction to coding concepts using the excitement of basketball tournaments to teach algorithms, sequencing, and selection.

A series of phonics lessons focusing on vowel teams, digraphs, and other phonetic patterns through narrative passages and fluency drills.

Une séquence d'initiation à la robotique pour le cycle 3 (CM1-CM2), explorant la définition d'un robot, ses composants et les bases de la programmation algorithmique.

A comprehensive robotics curriculum for grades 1-3 covering screenless coding with Sphero indi, block coding with Sphero Mini, and both color-based and block coding with Marty the Robot. Includes progressive task cards designed for 30-minute hands-on activities.

A comprehensive STEM unit introducing block coding and robotics using Marty the Robot and Sphero Minis. Students explore sequencing, loops, and color-based commands across two weeks of rotating hands-on lab sessions.

A high-energy unplugged series for middle schoolers to master computational thinking through logic puzzles, algorithmic sequencing, and hands-on debugging challenges. Students explore these concepts through the lens of ancient labyrinth exploration, using critical thinking to navigate complex problem-solving terrains.

A series of four 10-15 minute logic lessons for middle school students, focusing on Zeno's paradoxes and the 'Paradox Player' thinking style. Students will learn to break ideas into tiny steps, push logic to extremes, and identify contradictions through 'Paradox Breaker' activities.

A series of quick, engaging bell-ringer activities focused on building technical vocabulary and understanding computer-related terminology through matching exercises.

A comprehensive unit exploring the technological backbone of the modern hospitality and tourism industry, focusing on HMS, POS, booking systems, and event planning software.

A hands-on career exploration unit focusing on the dynamic world of retail. Students will master customer service excellence, learn retail operations like inventory and POS systems, and design their own retail floor plan and brand strategy.

A comprehensive training series for the CompTIA CySA+ certification, focusing on threat management, systems security, security operations, and incident response through structured study guides and scenario-based practice.

A 4-week exploration of technology through the lens of everyday household items, tracing their evolution from simple tools to complex smart systems. Students investigate what technology truly is beyond just electronics and how domestic innovations have changed human life.

A multi-part cybersecurity unit focusing on defensive strategies, from identifying malicious threats to mastering network access control and traffic filtering.

A comprehensive deep dive into the technical infrastructure of the web, covering file management, hosting, deployment, SEO, and optimization for high school seniors. Students will transition from local development to public web publishing.

A comprehensive unit where 8th-grade students learn the technical and ethical requirements of web publishing. Students move from local development to a live portfolio, covering file management, copyright law, hosting infrastructure, SEO, and long-term maintenance.

A comprehensive guide to the operational side of web development, covering DNS, hosting types, FTP, CMS deployment, SEO, and site security. Students learn the technical requirements for establishing and maintaining a professional digital presence.

This technical sequence for 12th-grade students explores the 'last mile' of web development, covering DNS, hosting, version control with Git, deployment via GitHub Pages, and post-launch maintenance. Students progress from theoretical network understanding to industry-standard deployment pipelines and site optimization.

A comprehensive 10th-grade sequence on web publishing, covering the technical journey from local development to global hosting. Students explore DNS, servers, deployment workflows, SEO, copyright laws, and long-term site maintenance.

A capstone project where students build a multi-page website from scratch. They move through planning, coding navigation, developing content, debugging, and finally publishing their work, emphasizing the technical and organizational skills needed for web publishing.

A comprehensive sequence for 7th graders on web design and publishing, focusing on digital file management, intellectual property, web hosting, quality assurance, and digital footprint management. Students move from local development to a live, professional web presence.

A comprehensive graduate-level sequence covering professional web publishing workflows, version control, hosting, CMS evaluation, and performance optimization. Students transition from local development to professional DevOps practices for content creators.

A comprehensive capstone unit where 9th-grade students synthesize HTML and CSS skills to build, publish, and maintain a professional personal portfolio website while managing their digital footprint.

A comprehensive sequence where 6th-grade students plan, design, code, and learn to safely publish their own multi-page digital portfolio. Students master technical HTML/CSS skills alongside essential digital citizenship and information architecture concepts.

A comprehensive graduate-level exploration of spatial audio engineering, psychoacoustics, and immersive sound design for theater. This sequence bridges the gap between theoretical acoustics and practical, large-scale system engineering.

This graduate-level sequence explores the technological infrastructure of modern human trafficking, focusing on digital recruitment funnels, gaming platform vulnerabilities, encrypted communications, and cryptocurrency financial chains to equip professionals with forensic understanding and preventative strategies.

A 1st-grade sequence exploring computer networks and the internet through hands-on, unplugged activities like string phones and human chains. Students learn about connections, routing, protocols, and safety.

This graduate-level sequence explores the fundamental shift from hardware-centric networking to Software-Defined Networking (SDN) and Network Function Virtualization (NFV), focusing on the decoupling of control and data planes, programmable pipelines with P4, and cloud-native overlay technologies.

This graduate-level sequence explores the technological infrastructure of modern human trafficking, focusing on digital recruitment funnels, gaming platform vulnerabilities, encrypted communications, and cryptocurrency financial chains to equip professionals with forensic understanding and preventative strategies.

This sequence explores the architectural models that define modern computing, contrasting the traditional Client-Server model with Peer-to-Peer (P2P) systems and Cloud Computing. Students investigate how distributed systems handle scale, storage, and processing power, culminating in an analysis of IoT and Edge Computing.

A comprehensive graduate-level sequence exploring blockchain security, smart contract auditing, MEV dynamics, and advanced privacy technologies like ZK-SNARKs. Students transition from identifying vulnerabilities to mathematically proving correctness and designing privacy-preserving architectures.

A graduate-level exploration of the Ethereum Virtual Machine (EVM), Solidity smart contract development, gas optimization, and DApp integration. Students will transition from high-level code to bytecode analysis and gas-efficient architecture.

This graduate-level sequence explores the engineering challenges of blockchain scalability, covering the Scalability Trilemma, Layer 1 sharding, and Layer 2 solutions like rollups and sidechains. Students will analyze protocol designs, calculate network limits, and evaluate the trade-offs between security, decentralization, and throughput.

This graduate-level sequence explores the theoretical foundations and practical implementations of consensus in distributed systems. Students analyze the CAP theorem, the Byzantine Generals Problem, and various consensus mechanisms including PoW, PoS, and DAG-based models, evaluating their trade-offs in security, scalability, and decentralization.

This sequence provides a rigorous technical foundation in the cryptographic and structural components of blockchain technology for graduate-level students. It covers hashing, ECC, Merkle structures, and chain architecture, culminating in a functional local ledger.

An advanced course focusing on security vulnerabilities in blockchain systems, smart contracts, and decentralized architecture, using a 'Red Team' auditing approach.

This sequence explores the networking layer of blockchain technology, covering P2P topologies, gossip protocols, synchronization challenges, security attacks like Sybil and Eclipse, and scalability solutions. Undergraduate students will gain a deep engineering perspective on how decentralized networks communicate and stay resilient.

This sequence explores the application layer of blockchain technology, specifically the Ethereum Virtual Machine (EVM) and Solidity. Students progress from writing basic state-changing logic to optimizing for gas costs, implementing token standards, and deploying decentralized applications.

An undergraduate-level computer science sequence exploring the theoretical and practical aspects of distributed consensus. Students analyze the Byzantine Generals Problem, Proof of Work, Proof of Stake, and the trade-offs of the Blockchain Trilemma.

A technical, implementation-focused sequence for undergraduate computer science students to build a blockchain from its cryptographic and structural foundations. Students move from raw hashing and signatures to full chain validation and a genesis block implementation.

This 12th-grade computer science sequence explores the societal, economic, and ethical implications of blockchain technology, focusing on decentralized finance, supply chain transparency, digital ownership, environmental sustainability, and governance. Students will move beyond technical implementation to critically analyze the shift from centralized institutions to decentralized protocols.

A technical introduction to programmable money and smart contracts for 12th-grade students. This sequence covers the logic of decentralized agreements, the oracle problem, security vulnerabilities, and the full stack of decentralized applications (DApps).

A comprehensive high school computer science sequence exploring how distributed systems reach consensus through game theory, cryptography, and economic incentives. Students analyze the Byzantine Generals Problem, compare Proof of Work and Proof of Stake, and evaluate the security of blockchain networks.

A deep dive into the mathematical foundations of blockchain security, covering SHA-256 hashing, asymmetric encryption, digital signatures, and Merkle tree efficiency for 12th-grade computer science students.

A technical introduction to blockchain architecture for 12th-grade computer science students. The sequence covers the transition from centralized to distributed systems, the mechanics of block structures, the cryptographic linking of data for immutability, and the propagation of data across peer-to-peer networks.

A comprehensive 5-lesson unit for 11th-grade students exploring the societal, ethical, and environmental implications of blockchain technology through case studies, debates, and a final solution-design project.

This sequence introduces students to the world of programmable blockchains. It covers the conceptual foundations of smart contracts, logic design using state machines, basic Solidity syntax, the economics of gas fees, and the critical importance of security auditing.

Students investigate the economic and algorithmic rules that secure blockchains, known as consensus mechanisms. The sequence compares Proof of Work (PoW) and Proof of Stake (PoS), analyzing their security models, energy consumption, and resistance to attacks using game theory concepts like the Byzantine Generals Problem.

Un programme complet conçu pour transformer un débutant en analyste de données capable de manipuler MySQL pour le Big Data et l'IA. Le parcours couvre les bases, les agrégations, les jointures et l'optimisation pour les grands volumes de données.

A comprehensive K-8 curriculum designed to build foundational AI literacy through understanding, evaluation, application, and ethics. Each grade level tackles a specific theme, progressing from basic robot concepts to complex algorithmic bias and societal impact.