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This course introduces students to the basics of computer science. Students will discover the fundamentals of various computer science topics from the internet, to cybersecurity, to ethics of technology.
This course walks students through the basics of coding with Python Turtles alongside other topics such as digital citizenship, the internet, and cybersecurity. Intended for students between grades 6 and 12.
This course walks students through the basics of coding with HTML, CSS and Python alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 6 and 12. They learn Python by using the micro:bit.
This course walks students through the basics of coding with JavaScript alongside other topics such as digital citizenship, the internet, and safety. Intended for students between grades 6 and 12.
This course walks students through basic Python concepts within the context of game design. Students will also explore other topics such as history of gaming, genres, game styles, and gamification strategies.
This course walks students through the basics of coding with Python alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 6 and 12.
This course builds from a basic understanding of Python concepts and dives into further Python topics such as functions, dictionaries, lists, tuples, object oriented programming, reading from and writing to files, etc.
This course walks students through both the basics and more advanced concepts of HTML and CSS alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 6 and 12.
Dives deeper into HTML and CSS, allowing students to further customize their websites.
This Cybersecurity course introduces students to the foundations of digital safety, ethical computing, system protection, and network defense. Through hands-on activities and real-world scenarios, stu
Students learn how to use technology safely and effectively while developing skills in computer applications, digital communication, and responsible online citizenship.
Learn the basics of digital literacy through a Google lens
Learn the basics of digital literacy through a Microsoft lens
Explorations of AI (Grades 6-8) equips students with essential knowledge of AI technologies, data, and ethics to help them navigate the world of AI.
Applications of AI (Grades 9-12) provides hands-on experience with AI tools and machine learning to prepare students for future study or careers.
Explore how AI, IoT sensors, autonomous tractors, and computer vision are transforming modern agriculture. Students learn how these technologies improve crop yields and resource use while understandin
Explore how AI, machine learning, and smart diagnostic tools are transforming vehicle service and fleet maintenance. Students learn how technology improves diagnostics and repairs while discovering wh
Explore how AI, predictive analytics, and automation are transforming modern business. Students learn how these tools improve decision-making and efficiency while understanding the importance of ethic
Explore how AI and adaptive learning technologies are transforming education and the classroom. Students learn how these tools personalize learning and streamline tasks while understanding the importa
Explore how AI, computer vision, and machine learning are transforming healthcare and patient care. Students learn how these tools support diagnosis and clinical work while understanding why human jud
Explore how AI, IoT sensors, and predictive technology are transforming building comfort and energy management. Students learn how smart systems improve efficiency and prevent equipment failures while
Explore how AI, machine learning, and automation are transforming IT and cybersecurity. Students learn how these tools improve troubleshooting, threat detection, and network management while understan
Explore how AI, computer vision, and robotics are transforming welding and metal fabrication. Students discover how these technologies improve weld quality, tracking, and maintenance while learning wh
This course explores the structures and logic that enable AI to “think,” from simple rule-based systems to complex neural networks. Students examine machine learning fundamentals, different learning t
This course explores how AI perceives the world through computer vision and interprets human language. Students learn about object detection, motion tracking, speech understanding, and text analysis,
AI 101: How Intelligent Machines Think introduces students to the fundamentals of artificial intelligence, including what AI is, how it developed, and the different types of AI systems. The course als
This course explores AI’s role in privacy, misinformation, and digital defense. Students learn how AI creates and detects threats, preparing them to act as “AI detectives” in their digital lives.
This course would explore auditory generation. Students would investigate how AI creates music, synthesizes voices, and resolves ambiguity in sound patterns.
This course explores how AI can be used to protect the environment, from tracking wildlife to monitoring deforestation. Students learn how technology can help solve real-world ecological challenges.
This course applies design thinking to create AI solutions for underrepresented communities. Students explore fairness, accessibility, and the responsibility to build systems that work for everyone.
This course examines the critical role of data in powering AI, teaching students how data is categorized, stored, and processed. Learners explore big data, the data processing cycle, and real-world ex
The Power of Data: Fueling and Guiding AI explores the critical role data plays in building and training artificial intelligence systems. Students learn how data is collected, cleaned, and evaluated,
This course explores how AI interacts with human emotions, from addictive feedback loops to forming relationships with machines. Students examine the psychological and ethical impacts of AI while lear
This course explores how different countries regulate AI, from privacy-focused policies to surveillance-driven approaches. Students think critically about what responsible AI should look like in a glo
This course explores how neural networks are inspired by the human brain and how machines “perceive” the world. Students gain insight into how AI systems work, helping demystify how it makes decisions
This course examines the human side of AI, including intelligence, creativity, and ethical responsibilities. Students explore AI’s capabilities in art, games, and diagnostics, while learning about bia
This course emphasizes working with AI as a collaborator, not a replacement, through real-world critique and decision-making tasks. Students build the skills to monitor, evaluate, and provide ethical
How Machines Learn: The Science of Machine Learning introduces students to the core principles behind how AI systems learn from data and improve their performance over time. The course explores key le
Teaching Machines to See and Hear explores how artificial intelligence systems interpret visual and auditory information from the world around them. Students learn how machines recognize images and sp
This course examines the physical and environmental cost of AI, including the energy demands of large data centers that power modern models. Students also explore how AI can support sustainability—suc
This course introduces students to the origins and evolution of artificial intelligence, helping them understand how AI differs from machine learning and where it appears in daily life. Students explo
This course teaches students how to communicate strategically with Large Language Models using advanced prompting techniques such as few-shot, persona-based, and chain-of-thought prompting. Students l
This course explores AI image generation and the ethical challenges of style, including copyright and deepfakes. Students learn to use AI as a creative partner while maintaining responsible human over
This course explores how social media platforms function, from their technical structure to the algorithms that shape user experiences. Students also examine data usage, digital ethics, and online pri
This course introduces students to turning computer science skills into viable business ideas. Students learn to identify market needs, prototype solutions, and understand the basics of launching a st
This course contains various units which walk students through the basics of coding with HTML and CSS. Further units dive deeper into HTML and CSS, allowing students to further customize their websites.
Dives deeper into HTML and CSS, allowing students to further customize their websites.
CSS 1 teaches students the basics of styling web pages with modern, responsive design.
Java 1 teaches students the basics of Java syntax, methods, and object-oriented programming to build structured programs.
This introductory Java course teaches fundamental programming concepts and object-oriented principles using the Java language.
This Java course explores object-oriented programming concepts, specifically focusing on how inheritance and polymorphism enable code reusability and flexible design.
This course walks students through the basics of coding with JavaScript alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 6 and 12.
This course builds on the concepts covered in JavaScript 1.
This course builds on the concepts covered in JavaScript 1 and 2.
This course walks students through the basics of coding with Python alongside other topics such as digital citizenship, the internet, and data.
This course explores more advanced Python concepts through object-oriented programming and more.
This course explores deeper into Python such as recursion, 2D lists, reading and writing to text files, different sorting methods, and more.
This course builds from a basic understanding of Python concepts and dives into further Python topics such as functions, dictionaries, lists, tuples, object oriented programming, reading from and writing to files, etc.
Students learn python coding through micro:bit activities. Students can complete this course with or without a physical micro:bit.
The AP Computer Science A (CSA) course introduces students to the fundamentals of computer science and object-oriented programming using the Java language, culminating in an exam that can earn college
An in-depth course to understand a variety of computer science topics and programming principles at a college level instruction.
This Cybersecurity course introduces students to the foundations of digital safety, ethical computing, system protection, and network defense.
A networking course
This Cybersecurity course introduces students to the foundations of digital safety, ethical computing, system protection, and network defense.
This course dives deep into HTML and CSS concepts in order to prepare for the Knowledge Pillars HTML & CSS Coding Specialist Certification.
This course prepares students for the IT Specialist Device Configuration and Management Certification Exam by building foundational knowledge of hardware, operating systems, and network configurations
A prep course to prepare students for the Certiport HTML/Knowledge Pillars ITS course. Our HTML/CSS Knowledge Pillars course is a prerequisite course.
This in-depth course addresses many main concepts of Python alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 9 and 12.
This course provides comprehensive preparation for the Knowledge Pillars Java Coding Apprentice exam, covering fundamental Java programming concepts, syntax, data types, control flow, arrays, methods,
This prep course for the Oracle Java Foundations Exam (1Z0-811) provides a solid understanding of fundamental Java programming concepts, including syntax, data types, control flow, methods, basic obje
This course dives deep into Python concepts in order to prepare for the PCEP Certification.
This course dives deep into Python concepts in order to prepare for the Knowledge Pillars PCS Certification.
This in-depth course addresses many main concepts of Python alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 9 and 12.
Select from two units within this course - Exloring Conservation through Python Code and Exploring Math through Python code.
This course walks students through basic Python concepts within the context of game design. Students will also explore other topics such as the internet, digital citizenship, and data.
This High School course walks students through the basics of coding with Python alongside other topics such as digital citizenship, the internet, and data.
Students will learn the basics of web development and web design.
This course teaches fundamental programming concepts and algorithmic principles using the JavaScript language, preparing students to develop robust applications.
This Middle School course walks students through the basics of coding with Python alongside other topics such as digital citizenship, the internet, and data.
Walks students through the basics of coding with Python alongside other topics such as digital citizenship, pre-loaded programs, and data.
This course walks students through the basics of coding with HTML, CSS and Python alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 6 and 12.
This course walks students through the basics of coding with HTML, CSS and Python alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 6 and 12.
This course walks students through basic Python concepts within the context of game design. Students will also explore other topics such as the internet, digital citizenship, and data.
Students learn how to use technology safely and effectively while developing skills in computer applications, digital communication, and responsible online citizenship.
This course walks students through the basics of coding with Python Turtles alongside other topics such as digital citizenship, the internet, and cybersecurity.
This course walks students through the basics of coding with HTML, CSS and Python alongside other topics such as digital citizenship, the internet, and data.
This course walks students through the basics of coding with Python alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 6 and 12.
This course walks students through the basics of coding with Python Turtles alongside other topics such as digital citizenship, the internet, and cybersecurity.
This course walks students through the basics of coding with HTML, CSS and Python alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 6 and
Understanding algorithms using block code
Understanding algorithms using block code
Understanding algorithms using block code
Understanding algorithms using block code
Understanding algorithms and coding concepts through puzzle activities
Students learn about algorithms and coding concepts, along with gaining an understanding of computer science topics through micro:bit activities
A course designed to provide middle school students a vast, introductory understanding of computer science.
A course designed to provide students a well rounded understanding of life in the digital age and how to navigate it resourcefully.
The "Principles of Computer Science" course outlines standards and resources for students, covering topics like digital communication, data presentation, computer organization, and networki
This course provides a foundational understanding of programming principles and introduces core conceptual aspects of cybersecurity.
Students learn how to use technology safely and effectively while developing skills in computer applications, digital communication, and responsible online citizenship.
This course walks students through the basics of coding with Python Turtles alongside other topics such as digital citizenship, the internet, and cybersecurity.
This course walks students through the basics of coding with HTML, CSS and Python alongside other topics such as digital citizenship, the internet, and data.
This course walks students through basic Python concepts within the context of game design. Students will also explore other topics such as history of gaming, genres, and game styles.
This course walks students through the basics of coding with Python alongside other topics such as digital citizenship, the internet, and data.
This course walks students through the basics of coding with Python alongside other topics such as digital citizenship, the internet, and data.
This course walks students through the basics of coding with Python Turtles alongside other topics such as digital citizenship, the internet, and cybersecurity.
This course walks students through the basics of coding with Python Turtles alongside other topics such as digital citizenship, the internet, and cybersecurity.
This course walks students through the basics of coding with Python alongside other topics such as digital citizenship, the internet, and data.
This course walks students through both the basics and more advanced concepts of HTML and CSS alongside other topics such as digital citizenship, the internet, and data.
This course walks students through basic Python concepts within the context of game design. Students will also explore other topics such as history of gaming, genres, game styles, and gamification str
This course walks students through the basics of coding with HTML, CSS and Python alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 6 and
This course walks students through the basics of coding with Python alongside other topics such as digital citizenship, the internet, and data.
This course builds from a basic understanding of Python concepts and dives into further Python topics such as functions, dictionaries, lists, tuples, object oriented programming, reading from and writ
This course walks students through the basics of coding with Python Turtles alongside other topics such as digital citizenship, the internet, and cybersecurity.
This course walks students through the basics of coding with Python Turtles alongside other topics such as digital citizenship, the internet, and cybersecurity. Intended for students between grades 6
This course walks students through the basics of coding with HTML, CSS and Python alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 6 and
This course walks students through the basics of coding with Python Turtles alongside other topics such as digital citizenship, the internet, and cybersecurity.
This course walks students through the basics of coding with HTML, CSS and Python alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 6 and
This course walks students through the basics of coding with Python alongside other topics such as digital citizenship, the internet, and data.
This in-depth course addresses many main concepts of Python alongside other topics such as digital citizenship, the internet, and data. Intended for students between grades 9 and 12.
This is an introductory course to various fields of computer science such as binary, troubleshooting, coding, and innovations.
Computer science and programming basics for Kindergarten.
Teaching the basics of computer science and programming.
Expanding students' foundational understanding of computer programming and computer science topics.
Understanding algorithms using block code
Students learn about algorithms and coding concepts through micro:bit activities
Students learn further exercises on the micro:bit using various robotic extensions.
Understanding algorithms and coding concepts through puzzle activities
Deepening computer science knowledge and students' understanding of HTML.
This K-2 Introduction to AI course helps young learners understand AI through hands-on activities that build critical thinking and awareness of AI’s role in daily life.
This Foundations of AI helps students explore machine learning, data, and ethics while understanding how AI is used in the real world.
Understanding the fundamentals of varying Google-based platforms and exploring how to utilize digital resources.
Understanding the fundamentals of varying Microsoft-based platforms and exploring how to utilize digital resources.
Teaching elementary students how to stay safe and respect others in a digital world. There are two units within this course - one for K-2 and one for 3-5.
Practicing coding using 2nd and 3rd grade ELA standards, AASL standards, and CSTA standards. Bringing Coding into ELA centered learning.
This cross curricular unit models Earth systems like weather, climate, and geological processes using the micro:bit as a data collection device.
Students learn about math and science concepts through block coding activities.
Students learn about math and science concepts through block coding activities.
Students learn about math and science concepts through block coding activities.
Practicing coding in third grade standards-based ELA, science and math activities.
Exploring computer science fundamentals in fourth grade standards-based math, ELA and science activities.
Enhancing coding skills through fifth grade standards-based English language arts, math and science activities.
Computer science and programming basics for Kindergarten.
Teaching the basics of computer science and programming.
Expanding students' foundational understanding of computer programming and computer science topics.
Understanding algorithms and coding concepts through puzzle activities
Understanding algorithms using block code
Students learn about algorithms and coding concepts through micro:bit activities
Introduce robotics to your classroom with Skill Struck's Robotics platform. Students use blocks or Python to interact with the micro:bit computer.
Improve your students' typing accuracy and productivity with Type Station's interactive typing platform, games, and curriculum.
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