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Robot Activities Mazes & Games Robotics Coding Hour of Code Dash Sphero Finch
Are you looking for robot mazes and activities for your programmable robots? I've got you covered! These STEM activities are easy to prep and differentiated to encourage teamwork and problem-solving. This download includes the following two resources ✅ Robot Mazes for Programmable Robots (Maze Craze) ✅ ✅ Robot Games and Activities for Programmable Robots ✅ ⬇️ Robot Mazes for Programmable Robots ⬇️ Easy-to-use mazes for robots! 20 Main Tasks (10 set tracks, 10 choose-your-own path)10 Beginner
3rd - 7th
Computer Science - Technology, Engineering, Robotics
Artificial Intelligence Curriculum | Teach AI Lessons with Slides & Activities
Ready to teach your students about artificial intelligence in a way that’s age-appropriate, engaging, and easy to implement? My AI Explorers™ No-Prep Curriculum is designed specifically for Grades 3–5 and gives you everything you need to introduce key AI concepts—without needing any tech expertise!What's Included in AI Explorers™ Lessons 1–5: ✅ Fully Scripted PowerPoint OR Google Slides Presentations ✅ Step-by-Step Lesson Plans with student-friendly “I Can” Statements ✅ Printable Activities wi
3rd - 5th
Computer Science - Technology, General Science, Robotics
CCSS
W.3.2
, W.4.2
, W.5.2
 +9
STAR WARS STEM Activity Challenge & Project | Worksheets | MAY THE 4th
🌌 May the 4th Be With You: Grogu’s Great Zipline Escape! 🌌 Looking for the ultimate May the 4th STEM challenge? Blast off into physical science with this hands-on Zipline Engineering Project! Your students will take on the role of Resistance Engineers to design and build a rescue carrier for Grogu (Baby Yoda). This project perfectly blends the excitement of the Star Wars universe with core physics concepts like Gravity, Friction, and the Engineering Design Process. What’s Included in Th
3rd - 8th
Engineering, Physical Science, Robotics
Ball or Line-Following Robot Driving & Coding Makerspace or Library Center
Students learn to problem solve with robots and practice coding at this makerspace center or library center. Coding is one way for students to practice resilience and creativity.
There are many different robots that are designed for elementary students, and this center focuses on the Sphero™ ball robot, the Sphero™ Mini ball robot, and/or the Ozobot™ Bit line-following robot, which are suitable for both quick investigations and prolonged coding projects. You only need 1 or 2 robots to use t
3rd - 6th
Engineering, Library Skills, Robotics
CCSS
RI.4.7
, RI.5.7
, CCRA.R.7
Also included in:Â Elementary and Middle School Makerspace BUNDLE!
Educational Robots Driving & Coding Makerspace or Library Center {Elementary}
Students learn to problem solve with robots and practice coding at this makerspace center or library center. Coding is one way for students to practice resilience and creativity.
There are many different robots that are designed for elementary students, and this center focuses on the Dash™ and Dot™ educational robots. Both robots can be used for quick investigations and longer experiments or coding projects. You only need 1 or 2 robots to use this center, and 2 students can share a robot t
1st - 5th
Engineering, Library Skills, Robotics
CCSS
RI.4.7
, RI.5.7
, CCRA.R.7
Also included in:Â Elementary and Middle School Makerspace BUNDLE!
Dashing About: Dash Robot Intro and Challenge: Lesson AND Driving Mat
IMPORTANT: You need to have access to Dash Robots to use this lesson. Please note there are 2 of this item listed on our TPT page. This is so people who have purchased before will not lose their updates. Please DO NOT buy both :) About this activity: In this lesson, students are first introduced to the Dash Robot, including the parts of Dash, how to treat Dash, and how to drive Dash using the Go for Dash App. Then, they drive the robot through a roundabout (mat included). Included in this less
3rd - 6th
Computer Science - Technology, Robotics
Sphero Robotics Beginner Coding Challenge Cards (Set of 6)
In this resource, you will have access to Pdf printable or digital use versions of the 6 challenge cards and Google Slides to help introduce your students to Sphero, reminders of how to aim, classroom expectations, etc. Students will work in pairs or groups of 3 to move through and complete each challenge. Each challenge gets slightly harder and progresses naturally. If students have never used Sphero robots before, I recommend looking at my Sphero Basics and Practice resource first or teaching
2nd - 8th
Applied Math, Computer Science - Technology, Robotics
Printable Sphero Robotics Maze Poster + Lesson Plans
This resource includes: A printable PDF Maze designed to be printed out at 24X36 inches (poster board size)Google Slides lesson plan and support to walk students and teachers through a Sphero Training Lesson as well as the Maze Coding challenge. These include tips, videos, and other resourcesStudent PDF handout for students to record their data and create a line graph during the training lesson which they will use in their maze planningStudent PDF handout to plan their code for the mazeA printa
4th - 8th
Robotics
CCSS, NGSS
4.MD.C.5
, 4.MD.C.6
, 4.G.A.1
 +2
Ozobot Easter Egg Hunt Block Coding Challenge Mats (Ozoblockly)
This resource includes 4 printable Easter egg hunt-themed coding mats (printable for standard printer paper) to be printed double-sided with block coding options and coding guidance on the back for your Ozobots to be used with Ozoblockly code! Students will: Code their Ozobots to navigate through the mazes and collect the easter eggs with sequence block-based code. Use distance and turn codes to navigate the mazeLearn to use lights and sound codeDebug their codeUse loops and more advanced codin
2nd - 7th
Computer Science - Technology, Instructional Technology, Robotics
Christmas Coding Bingo
This Bingo Coding activity is a unique educational resource that blends the joy of Christmas with the fundamentals of computer science. Each square is numbered in binary code and paired with festive illustrations and coding symbols (if/else, loops, directional arrows, robots, ornaments). Students learn to recognize and decode binary numbers while playing, connecting programming language to a fun and creative context. Why it’s valuable: 📚 Active learning: students don’t just memorize, they expe
K - 5th
Coloring Pages, Instructional Technology, Robotics
How Computers Work Series 5 Unit Bundle
Ready to give your students a rock-solid understanding of computer science concepts—even in the elementary grades? This How Computers Work 5-Unit Bundle is a complete, grade-level–appropriate technology lesson series designed to help K–5 students understand the systems behind the screens they use every day. Covering foundational computer science topics like hardware, input/output, files, networks, the internet, cybersecurity, and even artificial intelligence, this series builds students' tech
K - 5th
Computer Science - Technology, Instructional Technology, Robotics
Printable Ozobot Ozoblockly Coding Poster + Intro Slides
This product includes: A printable pdf of a maze to code an Ozobot robot through with Ozoblockly code on an iPad/computer (not color code). It is scalable to print it out in a bigger size, I suggest a poster board size or a bit smaller than that. A Google slide deck to introduce how to use Ozoblockly code, links to videos, etc. Students will: Sequence code blocks to navigate an Ozobot through a mazeLearn how to use movement codes (turns, straight), light codes, and sound codes in the mazeWork
2nd - 8th
Computer Science - Technology, Instructional Technology, Robotics
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