Computer Science

A creative science project where 4th-grade students research famous scientists and design 'Wanted' posters to showcase their discoveries as 'crimes against ignorance.'

Synthesize learning with logic puzzles and a final assessment of binary concepts and communication patterns.

Apply binary knowledge to engineering challenges, specifically focusing on how code can be used to improve digital images.

Discover how images are converted into binary code, transmitted, and reconstructed by receiving devices through hands-on pixel art.

Explore binary code through various scientific reading formats, focusing on how devices use patterns to talk to each other.

Introduce students to the concept of patterns as a means of communication and define key vocabulary for the week.

A technical exploration into the 'Pressure Propagation Loop' for the MLAOS vX.Ω prototype. This lesson covers the invisible tracking of player verbs and the architectural migration of consequence within a living system.

Teachers learn to break complex tasks into smaller, manageable steps using classroom routines and Iowa Core standards as examples.

An optional micro-lesson on using If/Then logic to simplify classroom decision-making and manage complex processes. Pairs with Lesson 5 (Algorithmic Thinking).

An optional micro-lesson exploring how data is categorized to create meaning and drive instructional decisions. Pairs with Lesson 3 (Pattern Recognition).

A high-energy lesson where 5th and 6th graders bridge creative writing and computer science by building event-driven logic maps for branching narratives. Students learn how user inputs serve as 'triggers' for story 'functions' within the Hero's Journey framework.

An immersive escape-room challenge for high schoolers to master encryption techniques including Caesar ciphers, Vigenere ciphers, and data representation. Students work in teams to decode clues and 'secure the system' before time runs out.

An introductory session reframing Computer Science from "coding on screens" to a tool for problem-solving and organizing thought.

Identifying repetitive tasks that can be turned into "Loops" to increase classroom efficiency and teacher focus.

Rebranding grading and feedback as a "debugging" process to identify where student logic breaks down.

Developing logical, step-by-step plans (social code) that ensure precise and predictable classroom routines.

Teachers practice removing unnecessary details from lesson plans and instructions to focus on core learning objectives.

Explores how identifying patterns in classroom environments and curriculum helps anticipate outcomes and reduce cognitive load.

An immersive exploration of cryptography for middle schoolers, covering ancient substitution ciphers, the mathematics of frequency analysis, and the fundamentals of modern digital encryption. Students will analyze historical secret communication and apply logical reasoning to decode complex messages.

A lesson exploring the evolution of early computing machines and the varying historical perspectives on which machine deserves the title of the 'first' computer. Students will analyze different viewpoints based on technical criteria like programmability, electronics, and logic.

A creative science project where 4th-grade students research famous scientists and design 'Wanted' posters to showcase their discoveries as 'crimes against ignorance.'

Synthesize learning with logic puzzles and a final assessment of binary concepts and communication patterns.

Apply binary knowledge to engineering challenges, specifically focusing on how code can be used to improve digital images.

Discover how images are converted into binary code, transmitted, and reconstructed by receiving devices through hands-on pixel art.

Explore binary code through various scientific reading formats, focusing on how devices use patterns to talk to each other.

Introduce students to the concept of patterns as a means of communication and define key vocabulary for the week.

A technical exploration into the 'Pressure Propagation Loop' for the MLAOS vX.Ω prototype. This lesson covers the invisible tracking of player verbs and the architectural migration of consequence within a living system.

Teachers learn to break complex tasks into smaller, manageable steps using classroom routines and Iowa Core standards as examples.

An optional micro-lesson on using If/Then logic to simplify classroom decision-making and manage complex processes. Pairs with Lesson 5 (Algorithmic Thinking).

An optional micro-lesson exploring how data is categorized to create meaning and drive instructional decisions. Pairs with Lesson 3 (Pattern Recognition).

An introductory session reframing Computer Science from "coding on screens" to a tool for problem-solving and organizing thought.

Identifying repetitive tasks that can be turned into "Loops" to increase classroom efficiency and teacher focus.

Rebranding grading and feedback as a "debugging" process to identify where student logic breaks down.

Developing logical, step-by-step plans (social code) that ensure precise and predictable classroom routines.

Teachers practice removing unnecessary details from lesson plans and instructions to focus on core learning objectives.

Explores how identifying patterns in classroom environments and curriculum helps anticipate outcomes and reduce cognitive load.

This lesson covers the logic and programming required to create a digital switch interface using Python, focusing on key bindings and signal processing.

Introduction au SQL dans le contexte du Big Data, de l'optimisation des requêtes et de la préparation des données pour l'IA.

Maîtriser l'art de combiner plusieurs tables avec INNER JOIN, LEFT JOIN et comprendre les relations entre les données.

Utilisation des fonctions d'agrégation (SUM, AVG, COUNT) et de la clause GROUP BY pour générer des rapports statistiques.

Synthesize learning with logic puzzles and a final assessment of binary concepts and communication patterns.

Apply binary knowledge to engineering challenges, specifically focusing on how code can be used to improve digital images.

Discover how images are converted into binary code, transmitted, and reconstructed by receiving devices through hands-on pixel art.

Explore binary code through various scientific reading formats, focusing on how devices use patterns to talk to each other.

Introduce students to the concept of patterns as a means of communication and define key vocabulary for the week.

This lesson introduces foundational vocational skills for aspiring AI engineers, focusing on the practical steps required to manage environments, data, and models in a professional setting.

In this lesson, students explore the role of technology in modern businesses. They analyze an example of restaurant technology and then conduct research to create a poster for a specific type of shop.

An immersive escape-room challenge for high schoolers to master encryption techniques including Caesar ciphers, Vigenere ciphers, and data representation. Students work in teams to decode clues and 'secure the system' before time runs out.

An introductory lesson for first graders to identify and understand basic computer parts and technology terms through visual aids and matching activities.

Students explore how technology like self-checkouts, scanners, and apps transform the shopping experience for both workers and customers. The lesson culminates in a creative project where students design their own tech-integrated shop.

A suite of professional advocacy materials designed to help educators persuade administrators to invest in interactive classroom technology. Includes a formal memo, a visual presentation of benefits, and a technical comparison guide.

This lesson covers the logic and programming required to create a digital switch interface using Python, focusing on key bindings and signal processing.

A lesson exploring the evolution of early computing machines and the varying historical perspectives on which machine deserves the title of the 'first' computer. Students will analyze different viewpoints based on technical criteria like programmability, electronics, and logic.

Students learn key terms related to online safety, privacy, and responsible digital behavior.

Students explore vocabulary related to software applications, the internet, and digital navigation.

Students identify and define common physical components of a computer system.

Teacher guidance and student tracking tools for the 5-week Tech Capstone project, including evaluation rubrics and progress monitoring.

Students define their brand's personality and photography style, using image filters and curation to complete the final section of their professional style guide.

Students create a formal brand style guide, documenting rules for logo usage, color palettes with Hex codes, and typography to ensure brand consistency.

Students learn to use Canva as a professional layout tool, transitioning from building individual design components to assembling a cohesive Brand Board using custom assets, frames, and positioning tools.

A suite of professional advocacy materials designed to help educators persuade administrators to invest in interactive classroom technology. Includes a formal memo, a visual presentation of benefits, and a technical comparison guide.

Students learn key terms related to online safety, privacy, and responsible digital behavior.

Students explore vocabulary related to software applications, the internet, and digital navigation.

Students identify and define common physical components of a computer system.

An intensive cybersecurity simulation where undergraduate students analyze a network breach, identify vulnerabilities, and design robust defensive protocols for a fictional enterprise.

A hands-on simulation lesson where students act as routers and servers to understand how data packets travel across the internet using IP addresses and physical infrastructure.

A comprehensive exploration of automotive computing history, the evolution of data storage, and the transition from analog media to digital podcasting. Students will analyze how hardware and storage capacities have transformed the driving and listening experience.

A lesson exploring the broad definition of technology and its profound impact on how we live, work, and connect in society.

An overview of the four essential technology pillars in hospitality: Hotel Management Systems, Booking Engines, Restaurant POS, and Event Software.

A research-focused lesson for 2nd graders to practice digital search skills while learning about the unique axolotl. Students use specific keywords to find facts and represent their findings through drawing and writing.

A 30-minute introductory lesson for 9th graders exploring how passive data is collected through search history, location tracking, and device information. Students will transition from a baseline diagnostic to a guided visual exploration and hands-on vocabulary application.

A high-stakes cybersecurity lesson where 12th graders learn to defend networks by configuring firewall rules and investigating suspicious system activity. Students develop action plans for identifying malicious files and processes in a simulated incident response scenario.

A lesson focused on identifying, assessing, and mitigating digital threats through real-world scenario analysis and core terminology mastery.

A practical project where students apply their knowledge to design a retail store, including product selection, floor layout, visual merchandising, and a promotional plan.

An introduction to the foundational skills of the retail industry, covering customer service techniques, cash handling, inventory management, and the professional communication required for successful sales.

Detailed study of the incident response lifecycle, from preparation and detection to eradication and post-incident activities.

Covers continuous monitoring, log analysis, and the use of SIEM and SOAR tools to detect and respond to security events.

Explores securing various system architectures, software development lifecycles, and implementing cloud and endpoint security controls.

Focuses on identifying and managing vulnerabilities, utilizing threat intelligence, and implementing effective scanning strategies.

A comprehensive preparation suite for the CompTIA CySA+ (CS0-003) exam, covering threat management, security operations, and incident response through detailed reviews, cheat sheets, and practice scenarios.

This lesson introduces foundational vocational skills for aspiring AI engineers, focusing on the practical steps required to manage environments, data, and models in a professional setting.

Teachers learn to break complex tasks into smaller, manageable steps using classroom routines and Iowa Core standards as examples.

An optional micro-lesson on using If/Then logic to simplify classroom decision-making and manage complex processes. Pairs with Lesson 5 (Algorithmic Thinking).

An optional micro-lesson exploring how data is categorized to create meaning and drive instructional decisions. Pairs with Lesson 3 (Pattern Recognition).

An introductory session reframing Computer Science from "coding on screens" to a tool for problem-solving and organizing thought.

Identifying repetitive tasks that can be turned into "Loops" to increase classroom efficiency and teacher focus.

Rebranding grading and feedback as a "debugging" process to identify where student logic breaks down.

Developing logical, step-by-step plans (social code) that ensure precise and predictable classroom routines.

Teachers practice removing unnecessary details from lesson plans and instructions to focus on core learning objectives.

Explores how identifying patterns in classroom environments and curriculum helps anticipate outcomes and reduce cognitive load.

A comprehensive introduction to Health Information Management (HIM), focusing on essential terminology, legal standards like HIPAA, and the basics of medical coding (ICD-10-CM and CPT) for high school CTE students.

Introduction au SQL dans le contexte du Big Data, de l'optimisation des requêtes et de la préparation des données pour l'IA.

Maîtriser l'art de combiner plusieurs tables avec INNER JOIN, LEFT JOIN et comprendre les relations entre les données.

Utilisation des fonctions d'agrégation (SUM, AVG, COUNT) et de la clause GROUP BY pour générer des rapports statistiques.

Apprendre à organiser les résultats de recherche avec ORDER BY, LIMIT et à éliminer les doublons avec DISTINCT.

Introduction aux concepts de base des bases de données et apprentissage des commandes SELECT, FROM et WHERE pour extraire des données spécifiques.

Utilisez des sous-requêtes et des CTE pour structurer des analyses de haut niveau prêtes pour le Big Data.

Apprenez l'art de combiner plusieurs tables pour créer des vues de données complètes et complexes.

Maîtrisez les fonctions d'agrégation et le regroupement pour transformer des lignes de données en statistiques actionnables.

Découvrez l'anatomie d'une base de données et apprenez à extraire vos premières informations avec SELECT, FROM et WHERE.

An immersive escape-room challenge for high schoolers to master encryption techniques including Caesar ciphers, Vigenere ciphers, and data representation. Students work in teams to decode clues and 'secure the system' before time runs out.

Students apply their knowledge to identify real-world problems and design innovative technological solutions.

Students examine how technology can be both helpful and 'tricky', learning to identify pros and cons of digital tools.

An immersive exploration of cryptography for middle schoolers, covering ancient substitution ciphers, the mathematics of frequency analysis, and the fundamentals of modern digital encryption. Students will analyze historical secret communication and apply logical reasoning to decode complex messages.

A comprehensive introduction to cybersecurity essentials, covering phishing, password security, digital footprints, and online ethics. Students learn to protect themselves and act responsibly in the digital world.

Students learn key terms related to online safety, privacy, and responsible digital behavior.

Students explore vocabulary related to software applications, the internet, and digital navigation.

Students identify and define common physical components of a computer system.

A comprehensive introduction to Health Information Management (HIM), focusing on essential terminology, legal standards like HIPAA, and the basics of medical coding (ICD-10-CM and CPT) for high school CTE students.

An intensive cybersecurity simulation where undergraduate students analyze a network breach, identify vulnerabilities, and design robust defensive protocols for a fictional enterprise.

A high-energy lesson on cryptography and the history of the Enigma machine, designed to motivate students before the WYTOPP state assessment. Students learn about substitution ciphers and decode a secret message of encouragement.

A high-school module focused on identifying synthetic media and understanding the ethical implications of deepfakes through visual forensics.

A 5-day unit introducing diagnostic services and health informatics through hands-on simulations using standard school supplies.

The finale of the course where students synthesize their proposal, budget data, and marketing assets into a high-impact digital presentation. Students learn presentation design, media integration, and public speaking skills to present their ideas to a panel of 'Sharks'.

Now that the data is solid and the business plan is formed, students must “market” their solution or product. This unit pushes word processing beyond just text into layout, graphic integration, and copyright-safe image sourcing.

The second unit of the computer skills course where students use spreadsheet software to prove their business ideas are viable. They learn about costs, profits, basic formulas (SUM, AVERAGE), and data visualization through charts and graphs.

The first unit of a 6th-grade computer skills course focusing on brainstorming business ideas, keyboarding foundations, and word processing basics. Students form teams and learn to create professional documents while practicing digital safety and file management.

A project-based lesson where students explore the ethical hacking lifecycle. It includes research, planning, and creation phases designed for independent student work.

Master the art of data organization. Students will learn the anatomy of a spreadsheet, how to input data, use basic formulas like SUM and AVERAGE, and create visual charts to tell a story with numbers.

Explore the inner workings of a computer. Students will identify key internal components like the CPU, RAM, and storage, and understand how they work together to process data.

This lesson introduces foundational vocational skills for aspiring AI engineers, focusing on the practical steps required to manage environments, data, and models in a professional setting.

A professional staff presentation introducing Lenny Learning to educators at Mile Tree School, highlighting efficiency, differentiation, and student engagement.

A self-contained lesson introducing 4th and 5th graders to the basics of Machine Learning, focusing on how computers learn from patterns and data.

Introduction au SQL dans le contexte du Big Data, de l'optimisation des requêtes et de la préparation des données pour l'IA.

Maîtriser l'art de combiner plusieurs tables avec INNER JOIN, LEFT JOIN et comprendre les relations entre les données.

Utilisation des fonctions d'agrégation (SUM, AVG, COUNT) et de la clause GROUP BY pour générer des rapports statistiques.

Apprendre à organiser les résultats de recherche avec ORDER BY, LIMIT et à éliminer les doublons avec DISTINCT.

Introduction aux concepts de base des bases de données et apprentissage des commandes SELECT, FROM et WHERE pour extraire des données spécifiques.

Cette leçon explore le fonctionnement de l'intelligence artificielle appliquée à un distributeur de croquettes intelligent. Les élèves découvrent l'apprentissage supervisé pour distinguer les chiens des chats en utilisant l'interface Vittascience.

A comprehensive STEM project choice unit designed for 7th-grade students to explore various scientific and engineering topics through self-directed learning and creative output.

A lesson exploring the broad definition of technology and its profound impact on how we live, work, and connect in society.

A high-school module focused on identifying synthetic media and understanding the ethical implications of deepfakes through visual forensics.

Students explore the world of artificial intelligence and robotics, learning how to design and "train" a virtual robot using online tools. They will understand the relationship between hardware, software, and data training.

Students culminate their AI literacy journey by designing an AI solution for a real-world problem. They focus on responsible design, identifying potential biases, and ensuring societal benefit.

Students analyze the ethical implications of AI on privacy and identity. They explore deepfakes, facial recognition, and the balance between security and personal freedom.

Middle school students dive into the mechanics of Large Language Models (LLMs). They learn about tokenization, probability, and how AI "predicts" the next word in a sequence.

Students explore the "ingredients" of AI: datasets. They learn how biased or incomplete data can lead to unfair or inaccurate AI systems and practice creating a balanced dataset.

Students learn to critically evaluate AI outputs by identifying "hallucinations" and factual errors. They explore why AI sometimes makes mistakes and how to verify information.

Students explore Generative AI and the importance of prompt engineering. They learn how to communicate effectively with AI to create specific images and text.

Students discover how AI works as a "smart assistant" in daily life. They identify AI in common devices and reflect on how it helps people solve problems.

A technical exploration into the 'Pressure Propagation Loop' for the MLAOS vX.Ω prototype. This lesson covers the invisible tracking of player verbs and the architectural migration of consequence within a living system.

This lesson introduces foundational vocational skills for aspiring AI engineers, focusing on the practical steps required to manage environments, data, and models in a professional setting.

A high-energy lesson where 5th and 6th graders bridge creative writing and computer science by building event-driven logic maps for branching narratives. Students learn how user inputs serve as 'triggers' for story 'functions' within the Hero's Journey framework.

Students apply their knowledge to identify real-world problems and design innovative technological solutions.

Students examine how technology can be both helpful and 'tricky', learning to identify pros and cons of digital tools.

Identifying repetitive tasks that can be turned into "Loops" to increase classroom efficiency and teacher focus.

Rebranding grading and feedback as a "debugging" process to identify where student logic breaks down.

Developing logical, step-by-step plans (social code) that ensure precise and predictable classroom routines.