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Computer Science - Crash Course
Grades
7 to 12
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Crash Course Computer Science covers a broad range of topics, from the basics of computing, like binary and Boolean logic, to advanced concepts such as machine learning, cybersecurity,...more
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Crash Course Computer Science covers a broad range of topics, from the basics of computing, like binary and Boolean logic, to advanced concepts such as machine learning, cybersecurity, and computer vision. The videos explore historical milestones, influential figures like Alan Turing, and key developments in software and hardware. As these videos are hosted on YouTube, if your school does not allow YouTube, this site would not work well for you. There is an option on the site to download the videos to view off of YouTube.
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tag(s): coding (96), computers (107), internet safety (118), robotics (30)
In the Classroom
Have students watch an episode on key computing topics and hold a discussion to deepen understanding. Assign coding or research projects based on lessons, like building simple algorithms or exploring historical figures in computing. Students can research famous coders and developers.You must be registered and logged in to add items to your favorites.
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Prime Video Sports: Behind the Streams - Amazon Future Engineer
Grades
3 to 8
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Learn how computer science, artificial intelligence, and people work together to bring high-quality sports streams to fans around the world with this interactive tour from Amazon Future...more
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Learn how computer science, artificial intelligence, and people work together to bring high-quality sports streams to fans around the world with this interactive tour from Amazon Future Engineer. Students can discover how data gets from the stadium to devices, the role engineers play in troubleshooting potential issues, and the people behind the scenes who build features that enhance sports streams. The tour takes approximately forty-five minutes to complete, and is hosted on Kahoot!, reviewed here. The teacher toolkit provides student worksheets, a facilitator guide, key vocabulary, and a certificate of completion. If your district blocks YouTube, then the video may not be viewable.
tag(s): careers (197), engineering (136), sports (85), STEM (343)
In the Classroom
Include this tour as part of career exploration activities to highlight options for engineering and sports careers. Introduce students to the information on this site during computer science classes to help them understand how networking and data transfer work in real-world situations. Reinforce the vocabulary found on this site by creating digital flashcards for student practice using Cram - Online Flashcards, reviewed here. Include this activity along with other activities as part of a career exploration choice board by selecting the option to present the tour in "solo" mode, which allows students to play independently. Search Genially, reviewed here, to find a digital choice board maker template.
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Building AI Knowledge: A New AI Literacy Curriculum from Quill + aiEDU - Quill and aiEDU
Grades
8 to 12
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Take advantage of this year-long curriculum to teach students in grades 8-12 about AI and develop critical thinking skills within daily literacy and STEM instruction. The course includes...more
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Take advantage of this year-long curriculum to teach students in grades 8-12 about AI and develop critical thinking skills within daily literacy and STEM instruction. The course includes 21 instructional models, grouped into packs of 3; each pack features a different theme. Following a ten-minute warm-up activity, read and respond to a nonfiction text about AI, and respond to three open-ended writing prompts. After completing the prompts, students then use Quill, reviewed here, to revise their writing. Exploration topics include animal conservation, the impact of AI on music and the arts, and the ethics of using AI image generators with copyrighted artwork.
tag(s): artificial intelligence (257), critical thinking (166), digital citizenship (103), logic (161), reading comprehension (144), STEM (343)
In the Classroom
Take advantage of this free curriculum or choose individual lessons to teach students how to use AI and consider digital citizenship guidelines when utilizing AI, either as a stand-alone technology lesson or by integrating the lessons into language arts, science, or computer science lessons. Extend learning and continue to promote critical thinking skills using Kialo Edu, reviewed here to structure student debates about AI ethics. Kialo's structure offers mapping tools that facilitate constructive debate and provide opportunities for viewing information from different perspectives.
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Open Culture Free Online Courses - Open Culture, LLC
Grades
9 to 12
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The Open Culture page on Free Online Courses curates over 1,700 no-cost courses from top universities such as Harvard, Yale, and MIT, covering a wide range of subjects including humanities,...more
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The Open Culture page on Free Online Courses curates over 1,700 no-cost courses from top universities such as Harvard, Yale, and MIT, covering a wide range of subjects including humanities, social sciences, computer science, mathematics, history, art, and world languages. The listings include downloadable audio and video lectures, MOOCs, and audit options, making it a flexible resource for advanced learners, enrichment, or flipped-classroom models. Teachers can use these courses to supplement curriculum topics, assign independent enrichment activities, or provide whole-class explorations for upper-grade students. If your district blocks YouTube, then the videos may not be viewable.
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tag(s): art history (103), artificial intelligence (257), artists (93), business (49), civil war (142), coding (96), computers (107), cultures (270), engineering (136), environment (248), politics (123), psychology (61), religions (121), shakespeare (98), sociology (24), world war 1 (85), world war 2 (168)
In the Classroom
Choose short university lectures related to your current unit (e.g., history, literature, or psychology). Have students summarize key takeaways and connect them to class topics. Assign a relevant Open Culture lecture for homework, then use class time for guided discussion, problem-solving, or creative applications of the concept. Form small groups where students take different Open Culture courses and share summaries or key insights with the class, encouraging collaboration and exposure to diverse subjects.Add your comments below (available only to members) | Become a Member
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McGraw Hill AR Online - McGraw Hill
Grades
2 to 8
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McGraw-Hill AR Online is a web-based platform that offers augmented-reality styled learning activities across English Language Arts, math, science, and social studies. It mirrors many...more
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McGraw-Hill AR Online is a web-based platform that offers augmented-reality styled learning activities across English Language Arts, math, science, and social studies. It mirrors many of the experiences available in the McGraw-Hill AR mobile app, making them accessible from a browser on Chromebooks or desktops. The site includes dozens of interactive lessons, such as models of the human eye, photosynthesis, and historical events that allow students to explore concepts in immersive, multisensory ways. For classrooms with limited mobile devices, mharonline.com ensures students can still engage deeply with AR-style content on their regular computers.
tag(s): augmented reality (8), charts and graphs (193), civil war (142), coordinates (18), equations (132), fractions (179), functions (59), human body (97), industrial revolution (22), periodic table (49), photosynthesis (20), pyramids (24), pythagorean theorem (20), shakespeare (98), space (238), tornadoes (17), vikings (11), weather (170)
In the Classroom
Before a hands-on experiment, have students explore the Photosynthesis or Human Body Systems AR model. Students can rotate, zoom, and label key parts in pairs, then discuss what they predict will happen in the real experiment. Assign an AR model (such as Erosion or Forces and Motion) and have students identify key academic terms within the scene. Students record definitions, draw diagrams, or create digital flashcards using tools like Canva for Education, reviewed here. After exploring a model, students can write or record short reflections describing what they observed and how the visualization deepened their understanding.Add your comments below (available only to members) | Become a Member
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AI Quests - Google Research
Grades
6 to 8
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Google's AI Quests is an interactive learning platform designed to introduce students to artificial intelligence concepts through hands-on challenges and bite-sized quests. The site...more
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Google's AI Quests is an interactive learning platform designed to introduce students to artificial intelligence concepts through hands-on challenges and bite-sized quests. The site guides learners through real-world problems such as building chatbots, implementing image recognition and translation tools, and using AI techniques in a safe, structured environment. Educators can use AI Quests to supplement curriculum in computer science, digital literacy, or cross-disciplinary projects. The quests are scaffolded to support different levels of technical background, and include guidance, real datasets, and feedback to help students experiment, iterate, and reflect on AI's capabilities and limitations.
tag(s): artificial intelligence (257), data (199), game based learning (290), Research (80)
In the Classroom
Begin with a simple quest, such as "Train an AI to recognize objects." Let students explore how labeling works and how machines learn from data. In small groups, have students identify a school-related problem (like organizing lost-and-found items or recommending books in the library). They then brainstorm how AI might help solve it and sketch a basic solution inspired by the quests. Challenge students to design their own "AI Quest" for peers, complete with a challenge, a dataset, a task, and an expected output. Ask students to share their ideas using Adobe Creative Cloud Express, reviewed here to create flyers, presentations, social media posts, and more.Add your comments below (available only to members) | Become a Member
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Engineering Design and Practices - PBS LearningMedia
Grades
K to 12
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PBS: Engineering Design and Practices offers seventy computational thinking resources for students in kindergarten through grade twelve. The collection includes videos, documents, media...more
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PBS: Engineering Design and Practices offers seventy computational thinking resources for students in kindergarten through grade twelve. The collection includes videos, documents, media galleries, and full lesson plans. Featured resources include titles such as How Computers Calculate - The ALU: Crash Course Computer Science #5, Human Robot | PBS KIDS ScratchJr, Kibbles and Tricks | Lyla in the Loop, and Math Building: Lesson Plan | What's So Cool About Manufacturing?. Many items also provide Supporting Materials for Teachers and Students, Facilitator Guides, and standards alignments. Some resources are also available in Spanish.
tag(s): computational thinking (43), engineering (136)
In the Classroom
Students can watch Lyla in the Loop and complete the comprehension activity in the Supporting Materials for Students. After watching the video from SciGirls | Game Changers: Identify and Define, students can create a game and record themselves playing it using ScreenPal, reviewed here. Students can take notes using Google Keep, reviewed here while watching any of the Crash Course videos featured on PBS.Add your comments below (available only to members) | Become a Member
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10 Classroom-Ready Computational Thinking Resources for K-12 - Getting Smart
Grades
K to 12
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Getting Smart's 10 Classroom-Ready Computational Thinking Resources for K-12 is a free article that shares online resources for computational thinking. Some of the resources featured...more
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Getting Smart's 10 Classroom-Ready Computational Thinking Resources for K-12 is a free article that shares online resources for computational thinking. Some of the resources featured include: Computer Science Unplugged: Sorting Algorithm Activities, Google for Education: Exploring Computational Thinking, Poll Everywhere, Thingiverse, and more. After each resource heading, there is a link to the site and a brief description.
tag(s): computational thinking (43), social and emotional learning (145)
In the Classroom
Students can play the computational thinking games that are featured on the site. Students can create their own coding game using Scratch, reviewed here. Students can compare and contrast sites using the Interactive 2 Circle Venn Diagram by Read Write Think, reviewed here.Add your comments below (available only to members) | Become a Member
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Classroom Zen - ClassroomZen
Grades
K to 6
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Classroom Zen offers several tools to create a calming, relaxing atmosphere in the classroom. Choose from the categories of noise management, breathing, brain breaks, and typing practice....more
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Classroom Zen offers several tools to create a calming, relaxing atmosphere in the classroom. Choose from the categories of noise management, breathing, brain breaks, and typing practice. Begin your day with the Morning Warm-up with Mio, a daily show that lets classes choose topics to get your day off on a good note. Topics include the joke of the day, the wonders of science, the math minute, and more. Noise management tools include a noise monitor from Sleepy Mio and relaxing mountain and desert backgrounds that monitor classroom noise. Additional resources include breathing and mindfulness techniques and quick brain-break activities.
tag(s): classroom management (124), emotions (55), social and emotional learning (145), Teacher Utilities (199)
In the Classroom
Although the activities on this site are pretty basic, they offer many benefits as tools for classroom teachers. Include the Morning Warm-up with Mio to engage them as they prepare and to set a welcoming learning atmosphere, and customize the content for your grade level by selecting from the grade-band offerings and topic choices. All students will enjoy the quick brain break activities that encourage participation. Share daily breathing and mindfulness techniques on students' computers so they can access them during stressful or anxious periods. Share this site and others on a Wakelet collection, reviewed here with parents to use at home. Find other resources to include with your collection on TeachersFirst Special Topics Page: Brain Breaks for Students, reviewed here.Add your comments below (available only to members) | Become a Member
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GeeksforGeeks School - GeeksforGeeks School
Grades
8 to 12
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GeeksforGeeks School is a comprehensive academic learning hub designed primarily for middle and high school students (starting around grade 8). The site offers structured learning resources,...more
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GeeksforGeeks School is a comprehensive academic learning hub designed primarily for middle and high school students (starting around grade 8). The site offers structured learning resources, including concept explanations, practice questions, quizzes, mock tests, and assignments, to help teachers and students assess understanding and build mastery. Content spans a wide range of subjects, including Math, Physics, Chemistry, Biology, English, Social Studies, Commerce, and Computer Science, with a strong emphasis on problem-solving and skill development. GeeksforGeeks School is especially useful for independent practice, remediation, and enrichment, as well as for students preparing for exams or strengthening foundational skills across core subject areas.
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tag(s): coding (96), Microsoft (54), problem solving (266), puzzles (158), quizzes (86), test prep (70)
In the Classroom
Students can take the practice quizzes and mock tests from the site. Students can take notes using NotebookLM, reviewed here. Students can do a show what you know video using Free Online Screen Recorder, reviewed here.Add your comments below (available only to members) | Become a Member
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Hour of Code - Code.org
Grades
K to 12
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Hour of Code provides teachers, students, and parents with resources and activities to support computer science education and their new initiative, Hour of AI. Visit the "Learn" portion...more
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Hour of Code provides teachers, students, and parents with resources and activities to support computer science education and their new initiative, Hour of AI. Visit the "Learn" portion of the site to find videos, tutorials, and programming activities for all ages and ability levels. The "Teach" area features downloadable curricula for all grade levels, including instruction on coding and AI. Visit the link for parents to take advantage of activities that teach the fundamentals of coding through Hour of Code activities and self-paced computer science courses. If your district blocks YouTube, then the video may not be viewable.
tag(s): artificial intelligence (257), coding (96), critical thinking (166), logic (161), problem solving (266), STEM (343)
In the Classroom
Bookmark and save this site to use during annual Hour of AI or Code activities and throughout the year as part of computer science instruction. Integrate coding activities into cross-curricular lessons, for example, by incorporating coding exercises that enable students to explore geometry and patterns within their math lessons. Integrate with science lessons to explore the scientific method or use coding activities to create interactive stories that bring student writing projects to life. Extend student learning by including activities and lessons from Hour of AI, reviewed here as part of your computer science curriculum. Share student projects on your class website or on a site such as Milanote, reviewed here to curate and share information.
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Hour of AI - CodeCombat
Grades
4 to 12
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The CodeCombat "Hour of AI" offering is a free, playful learning experience that helps teachers guide students through introductory coding and artificial intelligence concepts using...more
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The CodeCombat "Hour of AI" offering is a free, playful learning experience that helps teachers guide students through introductory coding and artificial intelligence concepts using real languages like Python and JavaScript. Students work through a game-based environment, solving puzzles and writing code, making it highly engaging for visual learners and those new to computer science. With built-in teacher dashboards and structured progress tracking, the platform allows educators to monitor student growth and facilitate discussions about how AI works and why it matters. The experience is designed to demystify AI, move learners from consuming technology to creating it, and provide a highly interactive way to integrate coding and computational thinking into any classroom.
tag(s): artificial intelligence (257), coding (96), game based learning (290)
In the Classroom
Have students complete the first set of Hour of AI coding puzzles, where they write simple Python or JavaScript commands to help their hero solve problems. Present students with a partially incorrect code sample from one of the puzzles and challenge them to identify and correct the errors. After finishing a level, students write or record a short explanation of how their code worked, describing how the computer "thought" through the steps.Add your comments below (available only to members) | Become a Member
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Tynker - Hour of Code - Tynker
Grades
K to 8
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The Tynker Hour of Code website offers more than 50 engaging, beginner-friendly coding games and activities that introduce programming concepts such as loops, conditionals, artificial...more
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The Tynker Hour of Code website offers more than 50 engaging, beginner-friendly coding games and activities that introduce programming concepts such as loops, conditionals, artificial intelligence, and physics through fun puzzles and interactive projects. Click on the AI tab at the top to view the five activities created for Hour of AI. The five activities include Weather Control AI, Balancing Act AI, Tickle Monster AI, Fruit Fighter AI, and Turtle Racer AI.
Educators can access a free teacher dashboard, track student progress, and utilize printable certificates, lesson guides, and answer keys to simplify and enhance the setup process. The resource supports all students, regardless of prior coding experience, and works on standard web devices, allowing for either a flexible one-hour coding event or an extended exploration of computer science concepts. If your district blocks YouTube, then the videos may not be viewable.
Educators can access a free teacher dashboard, track student progress, and utilize printable certificates, lesson guides, and answer keys to simplify and enhance the setup process. The resource supports all students, regardless of prior coding experience, and works on standard web devices, allowing for either a flexible one-hour coding event or an extended exploration of computer science concepts. If your district blocks YouTube, then the videos may not be viewable.
tag(s): artificial intelligence (257), coding (96), puzzles (158)
In the Classroom
Share the AI-specific activities during the Hour of AI. Have students complete one of Tynker's interactive Hour of Code puzzles, such as "Dragon Blast" or "Candy Quest," where they use block coding to move characters, collect items, and solve challenges. Invite students to create a short interactive story or animated scene using Tynker's story-based tutorials. They can choose characters, write dialogue, and program actions to retell a story or show what they've learned in another subject. Assign students to design a simple game using Tynker's coding tools, test it with classmates, and revise it based on feedback. This connects coding with design thinking and collaboration.Add your comments below (available only to members) | Become a Member
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MIT Open Courseware - MIT Open Courseware
Grades
8 to 12
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This site provides free, open access to educational materials from thousands of MIT courses as part of their open courseware program, all without requiring registration or enrollment....more
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This site provides free, open access to educational materials from thousands of MIT courses as part of their open courseware program, all without requiring registration or enrollment. All courses include a regular syllabus with assignments, interactive activities, and other resources such as videos and slideshows. Course subjects include computer science and artificial intelligence, math, physics, engineering, and others. There are courses from beginning-level undergraduate classes and up to graduate-level master's and doctoral courses. Find courses by searching for topics, browsing collections, or choosing from the newest course additions.
tag(s): africa (154), artificial intelligence (257), business (49), coding (96), creating media (16), energy (138), engineering (136), environment (248), equations (132), literature (213), sociology (24), space (238), STEM (343), transportation (31)
In the Classroom
AP history, language, and economics students may find MIT's online course materials useful. MIT has committed to putting its entire curriculum on the web, and these early offerings include syllabi, reading materials, and a variety of subject-specific class notes. Before using these pages, students and parents should all be aware of what Open Courseware is and is not. Teachers at smaller schools may welcome the availability of language alternatives. Teachers of gifted who are looking for acceleration options will also find these courses valuable, though you will need to develop a means of doing assessment if your students are to earn credit for them.
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Educational Resources: Computing - U.S. National Science Foundation
Grades
K to 12
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The National Science Foundation's Computing Educational Resources page offers a curated collection of lessons, activities, and web resources designed for K-12 classroom teachers, students,...more
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The National Science Foundation's Computing Educational Resources page offers a curated collection of lessons, activities, and web resources designed for K-12 classroom teachers, students, and their families. The offerings include interactive platforms such as Scratch for learning coding fundamentals, GenCyber camps that introduce cybersecurity basics, and Hour of Code activities designed to demystify computer science. Resources range from games teaching artificial intelligence concepts to virtual worlds where students solve puzzles and collaborate (Whyville), with many specifically designed to broaden participation among underrepresented groups. The page also features educational videos explaining quantum computing and artificial intelligence, along with high-resolution images showcasing cutting-edge computing research.
tag(s): artificial intelligence (257), coding (96), computational thinking (43), computers (107)
In the Classroom
Students can use Scratch reviewed here to design an interactive game featuring a cyber hero that teaches basic cybersecurity concepts through storytelling and coding. Students can create images using Canva Edu reviewed here. Students can explore and create using activities featured in Hour of AI reviewed here.Add your comments below (available only to members) | Become a Member
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Snowflake Generator - Transum Mathematics
Grades
3 to 12
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The Transum Snowflake Generator is an interactive math tool that allows students to explore fractals, symmetry, and patterns by creating digital snowflakes. This activity is ideal for...more
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The Transum Snowflake Generator is an interactive math tool that allows students to explore fractals, symmetry, and patterns by creating digital snowflakes. This activity is ideal for reinforcing geometric transformations, including reflection, rotation, and dilation. Students can adjust settings to observe how small changes impact the overall pattern, making it an excellent resource for discussions on similarity, problem-solving, and fractal geometry. In addition to creating freestyle snowflakes, you can participate in several challenges to develop snowflakes by following the provided directions. Teachers can use it for hands-on lessons in math, computer science, and art, engaging students in both creative design and mathematical reasoning.
tag(s): geometric shapes (152), patterns (80), problem solving (266), snow (22), symmetry (32)
In the Classroom
Have students design a snowflake and identify its lines of symmetry (folding lines where the design matches). Then, challenge them to create snowflakes with specific numbers of symmetrical sections (e.g., 4, 6, or 8). Introduce fractals by showing natural examples (such as snowflakes, trees, and ferns) and have students generate snowflakes at various stages of the design process. Compare their snowflakes and discuss how repeating patterns create complex designs. Have students design digital snowflakes and print them for a classroom display. Compare snowflake designs to traditional paper-cut snowflakes and discuss the difference between digital and handmade art.Add your comments below (available only to members) | Become a Member
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Aww Snap! A Snapdragon Study - Smithsonian Science Education Center
Grades
3 to 5
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Smithsonian Science Education Center's Aww Snap! A Snapdragon Study is a life science game where players become field researchers by learning to observe and collect data, interpret...more
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Smithsonian Science Education Center's Aww Snap! A Snapdragon Study is a life science game where players become field researchers by learning to observe and collect data, interpret findings, and try to uncover their own answers to the mystery of the white snapdragons. Aww Snap! is available as a website for desktop and laptop computers, as well as on the Amazon Appstore, Apple App Store, and Google Play Store.
tag(s): data (199), game based learning (290), scientific method (48)
In the Classroom
Students can use Book Creator, reviewed here to input their data from their observations. Students can use Padlet, reviewed here to post their questions and thoughts. Finally, students can Google My Maps, reviewed here to view areas that have snapdragons flowers.Add your comments below (available only to members) | Become a Member
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Tami's Tower: Let's Think About Engineering - Smithsonian Science Education Center
Grades
K to 2
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Tami's Tower: Let's Think About Engineering is an educational engineering design game for students in grades kindergarten through second that teaches how to design a solution...more
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Tami's Tower: Let's Think About Engineering is an educational engineering design game for students in grades kindergarten through second that teaches how to design a solution to a problem using basic engineering design principles. Shapes are used to create a tower that Tami can use to reach the fruit. A lesson guide booklet can be found after the Educational features. Tami's Tower is available as a website for desktop and laptop computers, as well as on the Amazon App & Games Store, Apple App Store, and Google Play Store. The game is also available in Spanish.
tag(s): engineering (136), game based learning (290), geometric shapes (152), problem solving (266)
In the Classroom
Students can share observations that they had while playing the game using Padlet, reviewed here. Students can find a similar game on Scratch, reviewed here. Finally, students use Google My Maps, reviewed here to visit famous structures to compare and contrast their shapes.Add your comments below (available only to members) | Become a Member
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YouTube Kids - YouTube
Grades
K to 5
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The YouTube Kids platform provides teachers a safe, engaging tool to incorporate kid-friendly video content into the classroom. The site offers a simplified and safer experience for...more
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The YouTube Kids platform provides teachers a safe, engaging tool to incorporate kid-friendly video content into the classroom. The site offers a simplified and safer experience for children exploring videos, with customizable parental controls and personalized student profiles. There is also a free app available. Teachers can tailor content to specific age groups (4 and under, 5-8, or 9-12), ensuring that videos align with students' developmental levels. The platform also allows educators to share relevant content directly with students, manage screen time, and block inappropriate videos when necessary. With its smaller, curated content library and protections like automated filters and human reviews, YouTube Kids offers a secure way to enrich lessons with videos while fostering responsible media consumption habits in students.
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This site includes advertising.
tag(s): enrichment (11), internet safety (118), personalized learning (11), playlists (8)
In the Classroom
Teachers can select age-appropriate educational videos for science, history, or art and share them with students to supplement lessons. Create individual profiles for students and set content levels based on their age. During independent study time, allow them to explore videos that align with a specific topic or theme, such as space exploration, environmental conservation, or creative arts. Set up an interactive learning station in classrooms with tablets or computers, where students can watch teacher-approved videos related to their current lessons. Assign specific videos from YouTube Kids for students to watch at home, along with questions or activities based on the content.Add your comments below (available only to members) | Become a Member
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Amazon Music: Careers Behind the Beats - Amazon
Grades
6 to 12
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Discover how computer science powers everything from recording music in the studio to streaming songs through apps like Amazon Music. Learn about careers like music producers, engineers,...more
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Discover how computer science powers everything from recording music in the studio to streaming songs through apps like Amazon Music. Learn about careers like music producers, engineers, and app developers--all through an interactive, game-like experience on Kahoot! Get ready to explore the tech behind the tunes and see how you can combine creativity and coding for a future in music!
tag(s): careers (197), engineering (136), producers (6), STEM (343)
In the Classroom
Host an interactive Kahoot! quiz based on careers in music technology, engaging students in competition, and learning from the free library of games. Extend learning by having students create a simple music-themed app or website using beginner-friendly coding tools like Scratch, reviewed here to combine creativity and programming. Students can also research a specific tech-related role in the music industry (e.g., sound engineer or app developer) and present their findings in small groups.Add your comments below (available only to members) | Become a Member
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Computer Science - Crash Course
Grades
7 to 12
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Crash Course Computer Science covers a broad range of topics, from the basics of computing, like binary and Boolean logic, to advanced concepts such as machine learning, cybersecurity,...more
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Crash Course Computer Science covers a broad range of topics, from the basics of computing, like binary and Boolean logic, to advanced concepts such as machine learning, cybersecurity, and computer vision. The videos explore historical milestones, influential figures like Alan Turing, and key developments in software and hardware. As these videos are hosted on YouTube, if your school does not allow YouTube, this site would not work well for you. There is an option on the site to download the videos to view off of YouTube.
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This site includes advertising.
tag(s): coding (96), computers (107), internet safety (118), robotics (30)
In the Classroom
Have students watch an episode on key computing topics and hold a discussion to deepen understanding. Assign coding or research projects based on lessons, like building simple algorithms or exploring historical figures in computing. Students can research famous coders and developers.Add your comments below (available only to members) | Become a Member
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