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Unplugged Coding Activities | Algorithms & Debugging | Grade 4
Bring computer science to life without needing devices with this Unplugged Coding Mission Lab for Grade 4. This printable coding resource helps students practice algorithms, sequencing, debugging, loops, conditionals, decomposition, simple binary ideas, and problem solving through hands-on robot mission activities. Students join a robot rescue team and learn how to write clear instructions, test their code, find bugs, improve their algorithms, and explain their thinking with evidence. The activ
4th
Computer Science - Technology, Engineering, Robotics
S’mores Algorithm & Rapid Prototyping Group Activity
Turn the classic campfire treat into a fun introduction to computer science! In this hands-on activity, kids practice writing algorithms (step-by-step instructions) and testing them out through rapid prototyping. When their “programs” don’t go as planned, they’ll get to debug and try again—just like real programmers! This set includes complete activity instructions plus a kid-friendly teaching script, so the activity can be led by youth leaders. It’s designed to be fun, engaging, and full of
Not Specific
Computer Science - Technology
Also included in: Brownie Scout Think Like a Programmer Journey Bundle | All in One!
Debugging Puzzles: Stop That Loop! - Python - Pios Labs
In this exercise, your students will read and debug a short piece of code. They also will communicate about testing, logic in the algorithm, and potential solutions. This debugging puzzle reinforces and integrates concepts of loops, strings, and Python syntax. Use this exercise to:Have students read and describe code.Have students debug or fix code that does not behave as intended.Have students either work independently or together in groups.Work either with a computer and IDE (more practical
Not Specific
Computer Science - Technology, Engineering, Other (Science)
Also included in: Debugging Puzzles: Stop That Loop! - JavaScript, Python, Java
Debugging Puzzles: Stop That Loop! - JavaScript - Pios Labs
In this exercise, your students will read and debug a short piece of code. They also will communicate about testing, logic in the algorithm, and potential solutions. This debugging puzzle reinforces and integrates concepts of loops, strings, and JavaScript syntax. Use this exercise to:Have students read and describe code.Have students debug or fix code that does not behave as intended.Have students either work independently or together in groups.Work either with a computer and IDE (more pract
Not Specific
Computer Science - Technology, Engineering, Other (Science)
Also included in: Debugging Puzzles: Stop That Loop! - JavaScript, Python, Java
Debugging Puzzles: Stop That Loop! - Java - Pios Labs
In this exercise, your students will read and debug a short piece of code. They also will communicate about testing, logic in the algorithm, and potential solutions. This debugging puzzle reinforces and integrates concepts of loops, strings, and Java syntax. Use this exercise to:Have students read and describe code.Have students debug or fix code that does not behave as intended.Have students either work independently or together in groups.Work either with a computer and IDE (more practical)
Not Specific
Computer Science - Technology, Engineering, Other (Science)
Also included in: Debugging Puzzles: Stop That Loop! - JavaScript, Python, Java
Week 12: EduCurious Lab for the Gifted Imagination
Week 12: Coding, Computation, & CreativityTheme:Computational Thinking, Coding Foundations, Logic, & Creative Problem-Solving Project Connection:Students explore Scratch coding, build algorithms, practice debugging, remix starter projects, and learn to express themselves through computational creativity. This week lays the groundwork for digital literacy skills that support later multimedia, AI, and STEM-based projects. Overview:Week 12 introduces students to algorithmic thinking, logical seq
6th - 8th
Classroom Community, For All Subjects, Reading
CCSS
W.8.1d
, W.8.2a
, W.8.2e
+25
Also included in: The EduCurious Lab for the Gifted Imagination: A Semester of Learning
Bee-Bot Dance Party | Hands-On Coding Lesson for K-5 STEM
Bee-Bot Dance Party | Hands-On Coding Lesson for K-2 STEM Get students moving, laughing, and thinking like programmers with this engaging Bee-Bot Dance Party activity! Students practice: sequencingalgorithmsdirectional codingdebuggingcomputational thinkingthrough movement, music, and hands-on Bee-Bot challenges. Perfect for: STEM labcomputer science specialsmakerspacelibrary mediacoding clubssubstitute-friendly STEM lessonsThis resource includes: ✔ Ready-to-use slide deck ✔ Visual anchor chart ✔
K - 3rd
Computer Science - Technology, Instructional Technology, Robotics
Third Grade Coding Unit | Computer Science, STEM, ISTE, CSTA (3rd)
Looking for an engaging way to introduce coding and computer science to 3rd grade students? This Third Grade Coding Unit helps students build foundational coding skills through unplugged activities, digital practice, and student-friendly problem solving. This 5-day unit introduces students to key computer science concepts such as algorithms, sequences, debugging, loops, and conditionals. Students practice creating clear steps, testing their ideas, fixing mistakes, and explaining how code works.
3rd
Computer Science - Technology, Engineering, Instructional Technology
Canal Coding: Navigate the Panama Canal | STEM + Unplugged Coding Activity
Canal Coding: Navigating the Panama Canal | STEM + Unplugged Coding Challenge (Grades 2–8)Take your students on a global STEM adventure! In this interactive, unplugged coding lesson, students become virtual navigators of the Panama Canal—one of the world’s most important engineering marvels. Using a hands-on grid map and conditional logic, students write and debug step-by-step algorithms to move a ship from the Atlantic to the Pacific Ocean. They'll apply computational thinking strategies like
2nd - 8th
Civics, Computer Science - Technology, For All Subjects
Dash Coding Activities - Plugged and Unplugged
The first activity in this purchase is a hands-on, beginner coding activity designed for a STEM night or classroom setting. Students take on the role of engineers tasked with “waking up” a robot (Dash) by programming a safe path across a grid. The goal is for students to: Plan a route from the Launch Station (starting point) to an Energy Core (end goal)Avoid “danger zones” placed on the gridWrite and test a simple algorithm using directional commands (forward, left, right)Physically te
3rd - 6th
Computer Science - Technology, Engineering, Instructional Technology
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