Computer Science

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 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 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.

Students explore the invisible rules of the internet, focusing on how data is broken down into packets, routed through redundant networks, and reliably reassembled using TCP/IP protocols. Through analog games and simulations, they demystify the journey of information from sender to receiver.

Students explore the global architecture of the internet, focusing on the client-server model, DNS, routing, and physical infrastructure. This sequence demystifies how data travels across the globe, emphasizing the engineering principles of redundancy and fault tolerance.

A 5-lesson sequence exploring the TCP/IP model, packet switching, and IP addressing through hands-on simulations and packet analysis. Students learn how standardized rules ensure reliable and fast data transmission across the global internet.

This sequence explores how data is protected as it travels through networks. Students will learn about network vulnerabilities, the history and application of cryptography, the logic of public key encryption, the role of HTTPS in web security, and how firewalls protect network boundaries.

This sequence explores the technical relationship between users and the web through the Client-Server model, HTTP protocols, physical infrastructure, and the journey of a web request.

This sequence explores the necessity of protocols, IP addressing, and the Domain Name System (DNS) through hands-on simulations. Students will understand how computers use standardized rules to communicate effectively across networks.

Students demystify how information travels across the internet by breaking it down into small chunks called packets. Through physical simulations and role-playing, they experience routing, congestion, and packet loss firsthand.

A 5-lesson sequence exploring how computers use shared rules (protocols) to communicate. Students engage in simulations, role-playing, and hands-on design to understand IP addresses, DNS, TCP handshakes, and data standardization.

Students explore the invisible world of wireless communication, examining how data travels without physical cables. The sequence covers the electromagnetic spectrum basics, compares wireless standards, investigates IoT, and concludes with a future-focused design project.

A comprehensive unit for 6th-grade students on network security, covering public vs. private networks, encryption basics, HTTPS, firewalls, and multi-factor authentication. Students transition from 'Digital Detectives' to 'Cyber Security Ops' as they learn to protect data in a connected world.

A comprehensive unit on how the internet functions, covering the client-server model, DNS, HTTP, and physical infrastructure. Students transition from users to 'Web Architects' by understanding the request-response cycle and the systems that power the World Wide Web.

A comprehensive 6th-grade unit on computer network structures, covering nodes, links, LAN/WAN differences, topologies, and hardware components, concluding with a real-world design challenge.

Focused on the engineering application of physics, this sequence explores how electromagnetic waves are used to transmit information. Students progress from simple binary encoding to understanding complex systems like modulation, Wi-Fi, and GPS triangulation.

This sequence explores how waves encode and transmit information by comparing analog and digital signals. Students engage in hands-on challenges, from Morse code to binary flashlight pulses, to understand why digital communication has become the global standard for reliability and speed.

A 5-lesson sequence on network protocols and cybersecurity, covering packet switching, man-in-the-middle attacks, HTTPS, firewalls, and secure network design. Students use simulations and design projects to understand how data travels securely across the internet.

A 5-lesson sequence for 6th graders exploring how data travels securely across the internet through packets, protocols, and firewalls. Students engage in simulations and design projects to understand the invisible infrastructure of our digital world.

Students explore the intersection of technology and personal privacy by investigating the Internet of Things (IoT). They learn to identify sensors, analyze data collection practices, decode simplified privacy policies, and culminate in a design project to create privacy-centric smart devices.

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

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.

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.

Students explore the invisible rules of the internet, focusing on how data is broken down into packets, routed through redundant networks, and reliably reassembled using TCP/IP protocols. Through analog games and simulations, they demystify the journey of information from sender to receiver.

This sequence explores how data is protected as it travels through networks. Students will learn about network vulnerabilities, the history and application of cryptography, the logic of public key encryption, the role of HTTPS in web security, and how firewalls protect network boundaries.

A 5-lesson sequence exploring how computers use shared rules (protocols) to communicate. Students engage in simulations, role-playing, and hands-on design to understand IP addresses, DNS, TCP handshakes, and data standardization.

This sequence explores the fascinating concept of emergence—where complex patterns arise from simple rules—and the critical engineering challenge of unintended consequences. Students move from observing natural systems like ant colonies to analyzing digital networks and AI, learning to map out and predict the ripple effects of design choices.

A 5-lesson unit for 6th graders exploring systems thinking through mechanical devices, digital programs, and AI models. Students learn to deconstruct systems into inputs, processes, and outputs while mapping complex interconnections.

This sequence introduces 6th-grade students to systems thinking through the lens of feedback loops in engineering and AI. Students will explore how balancing and reinforcing loops govern stability and growth, simulate machine learning processes, analyze the ethics of AI bias, and design their own smart feedback systems.

Students adopt the role of systems engineers to design sustainable solutions for community needs. They learn to define boundaries, map component interactions, and develop control logic, culminating in a resilient design review.

A project-based journey where students learn to build functional web applications using AI. They master decomposition, structural planning, logical implementation, and aesthetic styling to turn ideas into working digital products.

This sequence explores the intersection of AI and computational thinking, teaching students to use natural language to solve complex logic puzzles, structure data, and automate tasks. Students move beyond syntax to focus on the 'vibe' of programming—the logic and architecture of solutions.

Students learn to collaborate with AI by identifying errors, writing natural language bug reports, and verifying fixes. This sequence shifts the focus from code syntax to logic and behavior troubleshooting through conversation.

This sequence introduces 6th-grade students to the logic of app development through 'vibe coding'—using natural language to instruct AI. Instead of focusing on syntax, students master the architecture of logic, including user stories, flowcharts, decomposition, and prompt engineering, bridging the gap between an idea and a functional product.

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 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 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 comprehensive project-based sequence where students transform their medical research into professional-grade podcasts using BandLab. This unit covers the anatomy of audio storytelling, conversational scripting, and digital audio production.

Students explore automation and the future of work by adopting the role of inventors and designers. They investigate how robots and software automate tasks, analyze shifting job markets, and apply design thinking to create beneficial future technology concepts.

An 8-session course for grades 4-12 exploring the technical and creative facets of sports broadcasting, from play-by-play commentary to live production and graphics.

Students explore the invisible rules of the internet, focusing on how data is broken down into packets, routed through redundant networks, and reliably reassembled using TCP/IP protocols. Through analog games and simulations, they demystify the journey of information from sender to receiver.

Students explore the global architecture of the internet, focusing on the client-server model, DNS, routing, and physical infrastructure. This sequence demystifies how data travels across the globe, emphasizing the engineering principles of redundancy and fault tolerance.

A 5-lesson sequence exploring the TCP/IP model, packet switching, and IP addressing through hands-on simulations and packet analysis. Students learn how standardized rules ensure reliable and fast data transmission across the global internet.

This sequence explores the technical relationship between users and the web through the Client-Server model, HTTP protocols, physical infrastructure, and the journey of a web request.

Students explore the invisible world of wireless communication, examining how data travels without physical cables. The sequence covers the electromagnetic spectrum basics, compares wireless standards, investigates IoT, and concludes with a future-focused design project.

A comprehensive unit on how the internet functions, covering the client-server model, DNS, HTTP, and physical infrastructure. Students transition from users to 'Web Architects' by understanding the request-response cycle and the systems that power the World Wide Web.

A comprehensive 6th-grade unit on computer network structures, covering nodes, links, LAN/WAN differences, topologies, and hardware components, concluding with a real-world design challenge.

A 5-lesson unit for 6th graders exploring systems thinking through mechanical devices, digital programs, and AI models. Students learn to deconstruct systems into inputs, processes, and outputs while mapping complex interconnections.

This sequence introduces 6th-grade students to systems thinking through the lens of feedback loops in engineering and AI. Students will explore how balancing and reinforcing loops govern stability and growth, simulate machine learning processes, analyze the ethics of AI bias, and design their own smart feedback systems.

Students adopt the role of systems engineers to design sustainable solutions for community needs. They learn to define boundaries, map component interactions, and develop control logic, culminating in a resilient design review.

This sequence bridges traditional outdoor skills with modern technology by introducing Global Positioning Systems (GPS) and Geocaching. Students transition from analog maps to digital wayfinding, learning how coordinates work and how to use handheld devices or apps to locate hidden physical caches.

A project-based journey where students learn to build functional web applications using AI. They master decomposition, structural planning, logical implementation, and aesthetic styling to turn ideas into working digital products.

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

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.

Una secuencia educativa sobre la manipulación del Document Object Model (DOM) mediante JavaScript para estudiantes de secundaria, enfocada en la selección y modificación dinámica de elementos HTML.

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.

Students transition from basic HTML to CSS, learning how to style web pages with colors, fonts, and layouts. The sequence covers CSS syntax, color theory, typography, and the box model, culminating in a personal profile design project.

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 sequence for 6th graders to master CSS fundamentals, visual design principles, and the separation of content from style in web development.

This foundational sequence introduces 6th-grade students to HTML, the language of the web. Students move from deconstructing existing sites using developer tools to building their own structurally sound, semantic web pages with headings, lists, images, and hyperlinks.

This sequence introduces 6th-grade students to human-centered design, focusing on User Experience (UX) and web accessibility. Students learn to design websites that are intuitive, navigable, and inclusive by analyzing design flaws, simulating screen reader experiences, and testing color contrast.

An 8-session sports broadcasting course for grades 4–12, students will learn the fundamentals of play-by-play commentary, color analysis, interviewing, and production skills. Each 45-minute session builds real-world broadcasting abilities, teamwork, and confidence both in the studio and at live events.

Students adopt the role of systems engineers to design sustainable solutions for community needs. They learn to define boundaries, map component interactions, and develop control logic, culminating in a resilient design review.

A project-based journey where students learn to build functional web applications using AI. They master decomposition, structural planning, logical implementation, and aesthetic styling to turn ideas into working digital products.

This sequence explores the intersection of AI and computational thinking, teaching students to use natural language to solve complex logic puzzles, structure data, and automate tasks. Students move beyond syntax to focus on the 'vibe' of programming—the logic and architecture of solutions.

A comprehensive 6th-grade sequence on 'Vibe Coding'—using AI to rapidly prototype and build functional applications. Students move from initial scoping to functional MVP, UI styling, peer testing, and final reflection, emphasizing the partnership between human creativity and AI execution.

This sequence introduces 6th-grade students to the logic of app development through 'vibe coding'—using natural language to instruct AI. Instead of focusing on syntax, students master the architecture of logic, including user stories, flowcharts, decomposition, and prompt engineering, bridging the gap between an idea and a functional product.

A sequence focused on the iterative nature of vibe coding, teaching students how to refine AI-generated software through dialogue and layered instructions rather than manual code editing.

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.

This sequence explores how data is protected as it travels through networks. Students will learn about network vulnerabilities, the history and application of cryptography, the logic of public key encryption, the role of HTTPS in web security, and how firewalls protect network boundaries.

Students explore the invisible world of wireless communication, examining how data travels without physical cables. The sequence covers the electromagnetic spectrum basics, compares wireless standards, investigates IoT, and concludes with a future-focused design project.

A comprehensive unit for 6th-grade students on network security, covering public vs. private networks, encryption basics, HTTPS, firewalls, and multi-factor authentication. Students transition from 'Digital Detectives' to 'Cyber Security Ops' as they learn to protect data in a connected world.

This sequence introduces 6th-grade students to systems thinking through the lens of feedback loops in engineering and AI. Students will explore how balancing and reinforcing loops govern stability and growth, simulate machine learning processes, analyze the ethics of AI bias, and design their own smart feedback systems.

A comprehensive 5-lesson unit for 6th graders on diagnosing computer problems, applying logical troubleshooting steps, and performing preventive maintenance to keep systems running smoothly.

This sequence explores the biological parallels between organic viruses and computer malware to help students understand system defense. Students classify different types of malware, investigate ransomware case studies, understand the logic behind antivirus engines, and develop practical digital hygiene habits.

A 5-lesson sequence on network protocols and cybersecurity, covering packet switching, man-in-the-middle attacks, HTTPS, firewalls, and secure network design. Students use simulations and design projects to understand how data travels securely across the internet.

This mastery-based sequence introduces 6th-grade students to cybersecurity through the CIA Triad (Confidentiality, Integrity, Availability). Students adopt the 'White Hat' hacker mindset to identify vulnerabilities and propose ethical solutions in a simulated security audit.

A hands-on workshop sequence where 6th-grade students learn to harden their personal digital security. This unit transforms students from passive users into active defenders by teaching them the mechanics of passwords, multi-factor authentication, software updates, and privacy settings.

An inquiry-driven exploration of malware and social engineering, focusing on how attackers exploit software and human psychology. Students learn to identify threats and advocate for digital safety.

A 5-lesson sequence for 6th graders exploring how data travels securely across the internet through packets, protocols, and firewalls. Students engage in simulations and design projects to understand the invisible infrastructure of our digital world.

A comprehensive introduction to cryptography for 6th-grade students, covering historical methods like Caesar and Vigenère ciphers, frequency analysis, and conceptual modern encryption like public-key systems. Students will engage in hands-on code-breaking and simulations to understand data privacy.

Students explore software threats and defensive strategies, culminating in the creation of a comprehensive 'Cyber Defense Plan'. Through hands-on activities like malware trading cards and backup simulations, they learn to keep digital devices healthy.

Students engage in a game-based exploration of authentication to understand how systems verify identity. The sequence covers the mechanics of passwords, the vulnerability of simple patterns, and the concept of multi-factor authentication. Through guessing games and logic puzzles, students learn to construct strong passphrases and understand why digital locks need multiple keys.

Students become 'Cyber Detectives' to uncover the tricks of social engineering. They learn to identify phishing emails, analyze suspicious links, recognize emotional manipulation, and develop clear response plans for digital threats.

A technical exploration of malware types, historical cyber incidents, and defensive mechanisms like antivirus software and software patching, culminating in an incident response guide.

Students explore the intersection of technology and personal privacy by investigating the Internet of Things (IoT). They learn to identify sensors, analyze data collection practices, decode simplified privacy policies, and culminate in a design project to create privacy-centric smart devices.

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 review sequence for Unit 3 data analysis standards, focusing on collection, manipulation, visualization, and ethics through a hands-on mini-project.

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.

This sequence explores the intersection of AI and computational thinking, teaching students to use natural language to solve complex logic puzzles, structure data, and automate tasks. Students move beyond syntax to focus on the 'vibe' of programming—the logic and architecture of solutions.

A 5-lesson sequence exploring how AI and simulation are revolutionizing engineering through generative design, topology optimization, and biomimicry. Students learn to use computers as co-designers to create lighter, stronger structures.

A comprehensive sequence for 6th-grade students exploring the engineering practices behind AI. Students learn how data quality, variety, and testing determine the reliability and fairness of artificial intelligence systems.

This sequence explores robotic systems engineering through the lens of virtual simulation. Students learn to navigate simulators, analyze high-fidelity sensor data, and understand the critical 'Sim-to-Real' gap in engineering design.

A 5-lesson unit where students physically simulate and compare fundamental sorting algorithms (Bubble, Selection, and Insertion Sort) to understand computational efficiency and data organization.

A comprehensive unit on algorithmic efficiency where students use physical simulations and comparative analysis to explore how computer scientists measure the 'cost' of solving problems. Students move from simple search methods to complex sorting algorithms, culminating in an introduction to computational complexity.

A game-based engineering sequence where students explore mechanical engineering and automated manufacturing. They transition from manual assembly to designing robotic logic and optimized factory layouts.

A case-study focused unit introducing 6th graders to mechanical engineering and AI. Students explore how sensors and data patterns allow AI to predict and prevent machine failure in industrial settings.

A project-based sequence exploring structural engineering, force analysis, and AI-integrated health monitoring for modern infrastructure. Students progress from basic physics to designing 'smart' bridge prototypes.

An inquiry-based exploration of machine learning for 6th graders, focusing on how training data influences algorithmic outcomes and how to identify and mitigate bias in AI systems.

Students investigate how AI learns from data and the consequences of biased training sets. Through hands-on simulations and case studies, they learn to identify, analyze, and mitigate algorithmic bias to create fairer technology.

A comprehensive 6th-grade Computer Science sequence that teaches students how to use code to transform raw data into meaningful visual stories. Students learn about coordinate systems, bar charts, line graphs, and scatter plots, concluding with a project on ethical data storytelling.

A 6th-grade Computer Science sequence that bridges mathematics and programming. Students learn to apply statistical methods (mean, median, mode, range, and aggregation) using Python, moving from manual calculation to efficient algorithmic analysis of large datasets.

A comprehensive workshop-style sequence where 6th-grade students master the art of data cleaning. Students progress from manual error detection to automating cleaning pipelines using Python-inspired logic, emphasizing the principle of 'Garbage In, Garbage Out.'

An introductory sequence for 6th-grade students on computer science data structures. Students explore data types, lists, dictionaries, user input, and data validation through inquiry-based activities and skill-building exercises.

A comprehensive introduction to text-based data analysis using Python. Students progress from basic variables to using statistical libraries to analyze real-world datasets, bridging the gap between mathematics and computer science.

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 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.

Students explore automation and the future of work by adopting the role of inventors and designers. They investigate how robots and software automate tasks, analyze shifting job markets, and apply design thinking to create beneficial future technology concepts.

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.