Computer Science

This sequence introduces 3rd-grade students to foundational keyboard navigation skills, focusing on using arrow keys, Tab, Enter, Escape, and Shift+Tab to navigate digital interfaces without a mouse. Students develop spatial awareness and logical progression through interactive simulations and challenges.

Students demystify Artificial Intelligence and Machine Learning through hands-on training, pattern recognition, and ethical analysis. They move from understanding basic coding differences to identifying real-world AI applications and recognizing the importance of unbiased data.

A comprehensive introduction to machine learning and algorithmic logic for 6th grade students, covering the difference between traditional coding and AI, the importance of training data, how recommendation systems work, generative AI tools, and the ethics of algorithmic bias.

This sequence introduces 4th-grade students to machine learning and pattern recognition through a detective-themed exploration. Students move from understanding basic rules to analyzing complex data training, visual recognition, and algorithmic bias.

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 comprehensive introduction to block-based programming for 3rd graders, covering algorithms, syntax, events, loops, debugging, and project design through a 'Code Lab' theme.

This skill-building sequence focuses on the application of coordinate geometry to solve physics problems involving vectors and kinematics. Students progress from 2D coordinate systems to 3D spatial vectors and parabolic trajectories, mastering the translation of physical motion into geometric models.

A graduate-level exploration of logical fallacies and cognitive biases, focusing on structural analysis, rhetorical criticism, and ethical argumentation through steelmanning and real-time defense.

An advanced graduate-level exploration of the theoretical shift from behaviorism to social cognitive theory, focusing on Bandura's foundational work, methodological critiques, and the role of cognitive mediation in human agency.

This sequence introduces graduate students to the methodologies of Digital Humanities, focusing on 'distant reading' as a complement to traditional close reading. Students explore stylometry, network analysis, and sentiment tracking to identify macro-scale patterns in literature.

An advanced theoretical sequence exploring the cognitive and neurological underpinnings of phonemic awareness, focusing on blending and segmenting. Graduate students will analyze neuroscience research, cognitive models of working memory, orthographic mapping theory, and acoustic phonetics to understand the transition from oral language to fluent reading.

A graduate-level exploration of expected value as a core computational tool. This sequence covers randomized algorithms, the EM algorithm, MCMC methods, and reinforcement learning, focusing on the bridge between probabilistic theory and algorithmic implementation.

This sequence bridges calculus-based optimization and modern machine learning, focusing on high-dimensional loss functions, stochastic methods, regularization through constraints, and the complex geometry of deep learning optimization. Graduate students will explore the mathematical foundations that enable large-scale model training.

A graduate-level sequence on advanced Laplace transform techniques, covering discontinuous functions, impulse responses, convolution, and linear systems. Students master the mathematical rigor of generalized functions and transfer function analysis.

A graduate-level sequence exploring Bayesian methods for real-time data integration, diagnostic reasoning, and dynamic decision-making under uncertainty.

A rigorous graduate-level sequence on normative decision theory, covering decision trees, utility theory, Value of Information (VoI), and sensitivity analysis for strategic organizational decision-making.

This advanced sequence explores the mathematical and computational frameworks of associative learning, moving from the foundational Rescorla-Wagner model to modern attentional theories and simulations. Designed for graduate students, it emphasizes quantitative rigor, experimental design, and the intersection of behavioral data with algorithmic prediction.

An advanced sequence for graduate students exploring the architecture of group ideation, critiquing traditional brainstorming, and mastering structural innovation methodologies like SIT and systems mapping.

A technology and computer science unit exploring the history of computing, how hardware and software work together, and the future of digital innovation. Students move from understanding basic components to imagining the next generation of technology.

A technology and computer science unit for 3rd graders focused on understanding how computers follow instructions, the role of software/apps, and the basics of input and output.

A foundational sequence for 2nd graders to learn the basics of spreadsheets, from navigating cells to creating and interpreting simple bar charts. Students use a 'Grid Explorer' theme to demystify data organization.

A 5-lesson unit for 3rd graders on spreadsheets and digital organization. Students act as 'Data Detectives' to learn cell navigation, data entry, sorting, basic charting, and cloud file management through hands-on simulations.

This sequence introduces undergraduate students to the critical role of keyboard navigation in assistive technology, specifically focusing on screen reader interaction. Students will analyze semantic navigation, table traversal, and focus traps to understand how to design and audit for digital accessibility.

A mastery-based sequence for undergraduate students to learn mouse-less operating system navigation and file management. This series focuses on building muscle memory for keyboard shortcuts to improve accessibility and efficiency.

A comprehensive 11th-grade sequence teaching keyboard-only file management and digital organization. Students build a mental model of directory structures and master shortcuts for navigation, creation, selection, and manipulation without a mouse.

A 5-lesson sequence for 2nd grade students to master the foundational skills of speech-to-text technology, focusing on hardware usage, voice control, pacing, and troubleshooting.

A 5-lesson series for 3rd-grade students focused on mastering keyboard shortcuts for text navigation, selection, and editing. Students progress from basic cursor movement to complex formatting and duplication tasks, building digital literacy and efficiency.

This sequence introduces 3rd-grade students to foundational keyboard navigation skills, focusing on using arrow keys, Tab, Enter, Escape, and Shift+Tab to navigate digital interfaces without a mouse. Students develop spatial awareness and logical progression through interactive simulations and challenges.

This sequence introduces 3rd-grade students to the mechanics of speech-to-text technology, focusing on clear articulation, hardware operation, and basic voice commands for punctuation and formatting. Students progress from simple word recognition to dictating complete paragraphs through skill-building exercises and interactive games.

A sequence for 2nd Grade students to master web browser navigation using keyboard shortcuts, focusing on scrolling, history, and searching.

A sequence for 2nd Grade students introducing modifier keys (Shift, Ctrl) and essential system shortcuts. It includes accessibility strategies like Sticky Keys to ensure all students can navigate a keyboard effectively.

A comprehensive sequence for 2nd-grade students to master keyboard navigation using the Tab key, Shift + Tab, and interaction keys like Space and Enter. Students follow a 'Lily Pad' theme, learning to move the digital 'focus' to navigate forms and interfaces without a mouse.

A comprehensive unit for 2nd-grade students focusing on keyboard navigation. Students master moving the text cursor (caret) using arrow keys and using Backspace and Delete for precise text editing without a mouse.

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 unit on web accessibility focusing on WCAG standards, semantic HTML, ARIA roles, and inclusive design principles. Students move from empathy-building simulations to conducting professional accessibility audits and remediating code to meet international standards.

A comprehensive unit on the fundamentals of forensic science and criminal investigation, culminating in a hands-on murder mystery simulation. Students learn about evidence collection, witness psychology, and deductive reasoning.

A foundational sequence for 2nd graders to learn the basics of spreadsheets, from navigating cells to creating and interpreting simple bar charts. Students use a 'Grid Explorer' theme to demystify data organization.

A 5-lesson unit for 3rd graders on spreadsheets and digital organization. Students act as 'Data Detectives' to learn cell navigation, data entry, sorting, basic charting, and cloud file management through hands-on simulations.

A comprehensive graduate-level sequence on Experimental Functional Analysis (FA). Students will progress from understanding the limitations of descriptive assessments to designing, implementing, and interpreting rigorous experimental conditions to identify behavioral functions.

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.

Students demystify Artificial Intelligence and Machine Learning through hands-on training, pattern recognition, and ethical analysis. They move from understanding basic coding differences to identifying real-world AI applications and recognizing the importance of unbiased data.

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.

This sequence introduces 4th-grade students to machine learning and pattern recognition through a detective-themed exploration. Students move from understanding basic rules to analyzing complex data training, visual recognition, and algorithmic bias.

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.

This skill-building sequence focuses on the application of coordinate geometry to solve physics problems involving vectors and kinematics. Students progress from 2D coordinate systems to 3D spatial vectors and parabolic trajectories, mastering the translation of physical motion into geometric models.

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 graduate-level research sequence focusing on the operationalization, ethics, and experimental design of social cognitive theory. Students develop methodological tools to investigate latent cognitive processes through rigorous empirical protocols.

An advanced graduate-level exploration of the theoretical shift from behaviorism to social cognitive theory, focusing on Bandura's foundational work, methodological critiques, and the role of cognitive mediation in human agency.

This sequence introduces graduate students to the methodologies of Digital Humanities, focusing on 'distant reading' as a complement to traditional close reading. Students explore stylometry, network analysis, and sentiment tracking to identify macro-scale patterns in literature.

A graduate-level seminar sequence exploring the empirical evidence and theoretical debates surrounding advanced phoneme manipulation, focusing on critical analysis of the 'Science of Reading' research landscape.

This sequence guides undergraduate students through the technical and analytical skills required for visual analysis in Applied Behavior Analysis (ABA). Students progress from understanding graph components to constructing phase-change graphs, analyzing data trends (level, trend, variability), and writing objective progress reports based on visual evidence.

A technical sequence for undergraduate students focused on the quantitative measurement of behavior. Students progress from writing operational definitions to mastering various continuous and discontinuous measurement systems, culminating in calculating Inter-Observer Agreement (IOA) to ensure data reliability.

A graduate-level exploration of expected value as a core computational tool. This sequence covers randomized algorithms, the EM algorithm, MCMC methods, and reinforcement learning, focusing on the bridge between probabilistic theory and algorithmic implementation.

This sequence bridges calculus-based optimization and modern machine learning, focusing on high-dimensional loss functions, stochastic methods, regularization through constraints, and the complex geometry of deep learning optimization. Graduate students will explore the mathematical foundations that enable large-scale model training.

A graduate-level sequence exploring Bayesian methods for real-time data integration, diagnostic reasoning, and dynamic decision-making under uncertainty.

This sequence introduces undergraduate students to the critical role of keyboard navigation in assistive technology, specifically focusing on screen reader interaction. Students will analyze semantic navigation, table traversal, and focus traps to understand how to design and audit for digital accessibility.

An 11th-grade digital literacy sequence focusing on the principles of User Experience (UX) and Web Accessibility. Students move from theoretical design thinking to practical application of WCAG standards and usability testing.

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 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 sequence for 11th-grade students focusing on responsive web design, mobile-first philosophy, and modern CSS layout techniques including Flexbox and CSS Grid. Students will transition from understanding the 'viewport' to building a fully responsive business landing page.

A foundational sequence for 11th graders to master HTML5 structure and CSS3 styling. Students move from basic tags and the DOM to advanced box model concepts, typography, and professional debugging workflows, culminating in a hand-coded biographical webpage.

A game-based sequence where 8th-grade students master responsive web design. They progress from fluid units to Flexbox and Media Queries, culminating in a responsive card layout project.

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.

An immersive workshop-style sequence for 8th graders to master CSS, moving from basic syntax to complex layout mechanics and accessible visual design.

This sequence introduces 8th-grade students to HTML, focusing on semantic structure, data organization with lists and tables, navigation via hyperlinks, and embedding multimedia content. It culminates in a mastery-focused lesson on modern semantic tags and code validation.

A comprehensive sequence for undergraduate students to master CSS from basic styling and selectors to advanced responsive layouts using Flexbox and Grid. The curriculum emphasizes mobile-first design and professional front-end standards.

A capstone sequence for undergraduate students to design, code, and deploy a professional personal portfolio website, focusing on branding, IA, and technical execution.

A comprehensive introduction to semantic HTML for undergraduate students, focusing on web architecture, content hierarchy, media integration, and accessible layout design. Students progress from basic syntax to building complex, structurally sound website skeletons.

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 introduction to web development, focusing on semantic HTML5 structure and CSS styling. Students progress from analyzing existing websites to hand-coding a multi-page static site with professional standards.

A comprehensive sequence for high school seniors to plan, design, and build a professional digital portfolio. Students move from brand strategy and content curation to high-fidelity coding and peer-led usability testing.

A comprehensive unit on web accessibility focusing on WCAG standards, semantic HTML, ARIA roles, and inclusive design principles. Students move from empathy-building simulations to conducting professional accessibility audits and remediating code to meet international standards.

A comprehensive unit on modern web design, focusing on User Experience (UX), flexible layout systems (Flexbox and CSS Grid), and responsive design principles using a mobile-first philosophy.

A comprehensive sequence for 10th Grade students exploring the ethical and technical standards of Web Accessibility (a11y), focusing on WCAG guidelines, inclusive design, and technical remediation for visual, motor, and cognitive disabilities.

A comprehensive sequence for 10th-grade students to master CSS, the Box Model, Flexbox, Typography, and Responsive Design through hands-on workshops and a final portfolio project.

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.

An advanced exploration of global inter-domain routing, focusing on BGP mechanics, the economics of peering, and the security vulnerabilities of the internet's backbone. Graduate students analyze the technical and political forces that shape global connectivity.

This graduate-level sequence explores the engineering of secure networks, focusing on cryptographic protocols, TLS 1.3, VPN architectures, intrusion detection, and the transition to Zero Trust models. Students will analyze and design resilient network infrastructures capable of protecting sensitive data across untrusted environments.

A graduate-level sequence exploring the mathematical and structural foundations of network design. Students use graph theory to analyze topologies, evaluate routing algorithms, and design scalable, resilient distributed systems from data centers to global CDNs.

This advanced workshop-style sequence immerses graduate students in the granular details of the TCP/IP stack and modern transport protocols. Students utilize packet capture tools to analyze congestion control mechanisms, handshake latencies, and protocol efficiency while progressing from legacy TCP to modern standards like QUIC and HTTP/3.

This sequence explores the foundational architecture of the modern web, from the traditional client-server model to distributed cloud systems and APIs. Students will transition from network learners to systems architects, culminating in a design project for a modern web application.

A comprehensive sequence for 12th-grade students exploring network security, cryptography, and the protocols that secure the modern internet. Students progress from foundational security principles to the technical details of public key infrastructure and the HTTPS handshake.

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.

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.

An advanced exploration of global inter-domain routing, focusing on BGP mechanics, the economics of peering, and the security vulnerabilities of the internet's backbone. Graduate students analyze the technical and political forces that shape global connectivity.

This graduate-level sequence explores the engineering of secure networks, focusing on cryptographic protocols, TLS 1.3, VPN architectures, intrusion detection, and the transition to Zero Trust models. Students will analyze and design resilient network infrastructures capable of protecting sensitive data across untrusted environments.

This advanced workshop-style sequence immerses graduate students in the granular details of the TCP/IP stack and modern transport protocols. Students utilize packet capture tools to analyze congestion control mechanisms, handshake latencies, and protocol efficiency while progressing from legacy TCP to modern standards like QUIC and HTTP/3.

This sequence explores the foundational architecture of the modern web, from the traditional client-server model to distributed cloud systems and APIs. Students will transition from network learners to systems architects, culminating in a design project for a modern web application.

A comprehensive sequence for 12th-grade students exploring network security, cryptography, and the protocols that secure the modern internet. Students progress from foundational security principles to the technical details of public key infrastructure and the HTTPS handshake.

A comprehensive unit for 12th-grade computer science students exploring the Domain Name System (DNS), routing algorithms, HTTP protocols, and network diagnostic tools. Students move from high-level naming concepts to the low-level physical routing of data packets across the global internet.

A comprehensive unit for 10th-grade students on network security, covering the CIA triad, encryption methods (symmetric and asymmetric), digital certificates, and network defense tools like firewalls and VPNs. Students will move from historical ciphers to modern SSL/TLS protocols, understanding the math and logic behind internet privacy.