Debug Algorithm
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What Is Coding? | Unplugged Intro to Algorithms & Debugging (Grades 4–6)
Teach your students the foundations of computer science with this beginner-friendly “What Is Coding?” worksheet pack!Designed for Grades 4–6, this resource breaks down coding into clear, approachable concepts and gives students hands-on practice with algorithms and debugging — skills essential to modern STEM learning. This packet is perfect for teachers who want to introduce coding but don’t have a computer science background. Every page is structured, easy to follow, and intentionally designed
4th - 6th
Computer Science - Technology, Engineering, Informational Text
CCSS
RI.5.3
, W.5.2
Cup Stacking Algorithms | Paperless Coding | Algorithms & Debugging | STEM
Cup Stacking Algorithms – Intro to Coding ActivityThis is a hands-on, unplugged activity I use to introduce my coding unit. Students practice writing clear, step-by-step directions (algorithms) by guiding a partner to build a cup stack design. How it works: Students work in pairs. One student is the "programmer" and completes the worksheet by writing an algorithm using the provided symbols. The other student is the "robot "and works on a separate independent task while waiting. ( I used a fre
4th - 12th
Applied Math, Computer Science - Technology, Engineering
Debug This! Algorithms | Unplugged Coding Error Challenges (Grades 4–6)
🐞 Debug This! Algorithms Unplugged Coding Error Challenges (Grades 4–6)Help students learn to think like programmers by finding and fixing mistakes in everyday algorithms! This low-prep, unplugged coding resource introduces students to debugging through clear, age-appropriate scenarios that build confidence and computational thinking — no devices required. 📘 What’s Included ✔️ 4 debugging challenges with real-world scenarios ✔️ Student work pages with guided prompts ✔️ Answer keys with teac
4th - 6th
Computer Science - Technology, Engineering
CCSS
MP1
, MP6
, MP7
Debug This! – Variables | Unplugged Coding Debugging Challenges (Grades 4–6)
🐞 Debug This! – Variables Unplugged Coding Debugging Challenges for Grades 4–6Help students build a strong understanding of variables by finding and fixing common logic errors — no devices required! In this unplugged coding resource, students act as programmers by analyzing broken algorithms, identifying mistakes, and rewriting solutions that correctly track changing values. Each challenge focuses on a different type of variable error, helping students develop computational thinking and probl
4th - 6th
Computer Science - Technology, Engineering
CCSS
MP1
, MP6
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
What is Coding? Presentation and Notes
This assignment should be used for grades 5-8 to teach an introduction to coding class or unit. This assignment covers the following topics: Definitions for coding, programming languages, algorithms, syntax, and debugging.Three short, and fun YouTube videos. Class discussion on why kids should learn to code. Examples of different programming languages.What’s Included? Presentation (Google Slides)Student worksheet (Google doc)Teacher Answer key (Google doc)
5th - 8th
Computer Science - Technology, Engineering
Debugging Puzzles: Stop That Loop! - JavaScript, Python, Java
This is a collection of the same computer science or coding exercise on the general concept of loops, but in three languages: JavaScript, Python, and Java. With this collection, you can: Distribute to classes or students who are focusing on different languages,Have students compare the same concept across different languages.The general uses of the exercise no matter what the language is described below. In this exercise, your students will read and debug a short piece of code. They also wi
Not Specific
Computer Science - Technology, Engineering, Other (Science)
Unplugged Algorithm Adventures: Step-by-Step Coding Worksheets for K-2
Introduce early coding concepts without screens using this unplugged algorithm worksheet pack for K-2 students. These printable activities help young learners understand algorithms as step-by-step directions through sequencing, debugging, loops, conditionals, commands, patterns, decomposition, input/output, and review.Students practice coding logic with familiar classroom actions such as brushing teeth, packing a backpack, lining up, making art, clapping patterns, choosing commands, breaking tas
K - 2nd
Computer Science - Technology, Engineering, Instructional Technology
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