Debug Algorithm
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Coding & Game Development – Algorithms, Logic, Debugging, Animation & Game
Coding & Game Development – Algorithms, Logic, Debugging, Animation & Game Design (PPTX) 📘 This fully editable PowerPoint introduces students to the exciting world of coding and game development through clear explanations, visual examples, and hands-on challenges. Designed for beginners, this resource walks learners through essential programming concepts—from algorithms and logic to sprites, animation, and game design basics—making it perfect for STEM classes, after-school programs, enrichment,
4th - 12th
Graphic Arts, Other (Arts), Visual Arts
Also included in: Critical Thinking and Logic Complete Curriculum Bundle Bundle - Complete
Debug This! Unplugged Bundle — Algorithms, Logic, Loops & Variables (Grade 4-6)
🐞 Debug This! Unplugged Coding Bundle Coding Debugging Challenges for Grades 4–6Looking for a complete, device-free way to teach students how to think like programmers? The Debug This! Unplugged Coding Bundle includes five engaging debugging resources that guide students through fixing broken algorithms step by step. Across the series, students analyze logic errors, track changing values, and explain their reasoning — all without using computers. This bundle is perfect for introducing core c
4th - 6th
Computer Science - Technology, Engineering
CCSS
MP1
, MP6
Learning how to debug errors in algorithms properly | Reading Passages
🌸✨ 𝐏𝐑𝐄𝐌𝐈𝐔𝐌 𝐑𝐄𝐀𝐃𝐈𝐍𝐆 𝐂𝐎𝐌𝐏𝐑𝐄𝐇𝐄𝐍𝐒𝐈𝐎𝐍 𝐏𝐀𝐂𝐊 – 𝐂𝐎𝐌𝐏𝐋𝐄𝐓𝐄 𝐀𝐋𝐋-𝐈𝐍-𝐎𝐍𝐄 𝐑𝐄𝐒𝐎𝐔𝐑𝐂𝐄 ✨🌸 📘 Are you looking for a well-organized, engaging, and classroom-ready reading comprehension resource? ✨ Then this newly designed and thoughtfully created pattern is the perfect solution for you! 🌟 𝐖𝐇𝐀𝐓’𝐒 𝐈𝐍𝐂𝐋𝐔𝐃𝐄𝐃? 🌟 ✔️ 📖 5 Engaging Reading Passages Each passage is carefully written to improve: • Reading fluency • Vocabulary building • Cr
4th - 6th
Computer Science - Technology
Snowflake Algorithm Lesson Pack: Unplugged Coding & Debugging Activity
Tired of abstract programming lessons that leave students confused about what an "algorithm" actually is? Turn coding concepts tangible with a paper-snowflake unplugged activity that makes algorithms, precision, iteration, and debugging visible and memorable. You know the struggle: students can recite definitions but still can't write instructions someone else can follow. This resource fixes that by putting students in the role of both designer and computer — they must write exact, repeatable
5th - 8th
Computer Science - Technology, Instructional Technology
Also included in: Computer Science Worksheets & Activities Bundle for Grades 4-8
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
Algorithmic Thinking Lesson & Worksheet | Human Algorithms, Debugging, and Every
Looking for a fun, interactive way to introduce your students to algorithmic thinking? This resource is designed for high school Computer Science classes (perfect for 9th–10th grade) and helps students understand algorithms through hands-on, real-world activities — no coding required! Students will: Learn what an algorithm is with engaging examples. Act out “Human Algorithms” in class (like making a sandwich or drawing a smiley face). Practice writing step-by-step instructions for simple, e
6th - 12th
Computer Science - Technology
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
ANIMAL MAZE CODING UNPLUGGED: PART 1 & 2 ALGORITHMS, SEQUENCE, & DEBUGGING
Help the different animals find some food and then their way home! Students will learn about coding, programs, sequence, bugs & debugging and more in this activity. YOU CAN PRINT THEM OUT OR USE THEM AS AN INTERACTIVE WORKSHEET VIA GOOGLE SLIDES.In activity 1 students will: Choose which programs correctly help the animals in 5 different mazes.Create their own programs to help the animals in 5 different mazes.Create TWO different programs to help the animals in 5 different mazes.In activity 1
K - 6th
Computer Science - Technology, Instructional Technology
Predict -Debug - Algorithm - Sequence - for Display in Computing area
Predict - Debug - Algorithm - Sequence - Computing Terms Posters - easy to understand and remember.
1st - 6th
Computer Science - Technology
Monster Algorithm Challenge | Unplugged Coding Activity for Grades 6-12
Engage your students with the Monster Algorithm Challenge—an unplugged coding activity perfect for introducing or reinforcing algorithmic thinking in computer science or STEM classes. Designed for grades 6-12, this activity has students write step-by-step instructions (algorithms) to describe how to draw a monster. Their peers will then follow the algorithm to draw the monster exactly as instructed, highlighting the importance of precision in coding. This activity is fun, interactive, and a gre
6th - 12th
Computer Science - Technology
Unplugged Coding Logic Task Cards | Pseudocode & Debugging | Middle School CS
48 Unplugged Pseudocode and Algorithm Tracing Task Cards for Middle School Computer Science and STEM centers, early finishers, and unplugged days. Step away from the screen and dive into rigorous algorithmic thinking! These plain-English logic puzzles feature relatable, real-world scenarios—smart home tech, games, apps, robots—that build critical thinking and cross-curricular reading comprehension. No-prep and ready-to-use, students must trace variables, loops, and conditionals, then cite specif
6th - 8th
Computer Science - Technology
Unplugged Coding Earth Day | Algorithms, Sorting & Patterns | Grades 3-6
Unplugged Coding Activities Earth Day | Algorithms, Sorting, Patterns & Loops | No Prep STEM Worksheets Grades 3-6Elevate your Earth Day celebrations with meaningful screen-free coding! 🌍🤖 This 16-page No Prep resource combines environmental awareness with real computational thinking — perfect for turning Earth Day into an authentic STEM experience. No more basic coloring sheets! Students will think like young computer scientists while exploring how technology can help protect our planet. Perf
3rd - 6th
Computer Science - Technology, Earth Sciences, Engineering
Intro to CS — Unit 5 Mini Project: Program Planning & Debugging
This Unit 5 Mini Project gives students the opportunity to apply everything they learned in Unit 5 of an Intro to Computer Science course. Instead of writing real code, students focus on planning, logic, and debugging by analyzing and correcting flawed pseudocode. Designed as a capstone-style task, this mini project reinforces key programming concepts introduced throughout Lessons 5.1–5.4, including algorithms vs programs, syntax vs logic errors, pseudocode, and debugging logical errors. Studen
7th - 10th
Computer Science - Technology
CCSS
RST.6-8.3
, RST.9-10.3
, WHST.6-8.2
+1
Also included in: Intro to CS — Unit 5: Programming Concepts (Lessons, Quiz & Project)
Coding & Computer Science Word Search | Debug Mode | 30 Terms | Answer Key
Get your students excited about coding and computer science with this fun, print-ready word search activity! This 22×11 puzzle challenges students to find 30 essential coding and computer science vocabulary terms hidden in every direction — horizontal, vertical, diagonal, and reverse. ⭐ WHAT'S INCLUDED: • Student worksheet with name & date lines • Full answer key with all 30 words highlighted • 30 carefully chosen vocabulary words covering key CS concepts 💻 VOCABULARY TERMS COVERED: Algo
6th - 12th, Higher Education
Computer Science - Technology, Vocabulary
Grade 6 Thanksgiving Math Algebra Function Operation Pattern Sequence STEM Debug
Turn your classroom into a “turkey-bot lab” with this 10-page, black-and-white worksheet pack that teaches coding logic—no devices needed! Students practice order of operations, functions, patterns, coordinates, conditionals, binary, and algorithmic thinking through fun Thanksgiving scenarios. Each letter-size page includes 10 logic-math questions and one simple line-art illustration prompt, with a final item that reinforces reasoning or reflection. What’s Included: Worksheet 1: Program the Turk
6th - 9th
Algebra, Applied Math, Statistics
CCSS
6.SP.B.4
, 6.SP.B.5
, 6.NS.C.6
+12
Intro to CS — Lesson 1.3: Algorithms and Instructions
Help students understand one of the most important foundations of computer science: algorithms. In this lesson, students learn what an algorithm is by writing clear, step-by-step instructions for real-world tasks and analyzing why precision and order matter when communicating with computers. Through hands-on examples and guided reasoning, students discover that computers follow instructions exactly and cannot “guess” intent. This lesson builds directly on Lesson 1.1 (What Is Computer Science
7th - 10th
Computer Science - Technology
CCSS
RST.6-8.3
, WHST.6-8.2
, MP1
+1
Debug This! If / Else Statements — Unplugged Coding Logic Challenges (Grades 4–6
🐞 Debug This! If / Else Statements Unplugged Coding Logic Challenges for Grades 4–6Help students think like programmers— without devices—using these engaging debugging challenges focused on If / Else logic. In this unplugged coding activity, students analyze broken algorithms, identify logic errors, and rewrite them so they work correctly. Each challenge targets a different type of If / Else mistake, helping students build strong foundational reasoning skills through real-world scenarios. ⭐
4th - 6th
Computer Science - Technology, Engineering
CCSS
MP1
, MP6
, MP7
Algorithms and Coding Logic: Reading Passage, Vocabulary & ICT Tasks
Introduce your students to the foundational logic of computer science with this comprehensive "Algorithms" resource! This packet is designed to help students understand how to break down complex problems into clear, step-by-step instructions. Perfect for elementary and middle school ICT, STEM, or coding classes, this resource simplifies technical concepts like "Loops," "Sequences," and "Debugging" into student-friendly language and vibrant visual aids. Whether your students are preparing for blo
2nd - 6th
Coloring Pages
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
Input Validation in Python– Algorithm Coding for Middle & High school learners
Engage your students in real coding practice with these two beginner-friendly Python lessons focused on input validation — a key concept in programming! This resource walks students through creating two interactive Python programs using while loops to validate user input, helping them build strong computational thinking and debugging skills. 💻 What’s Included Lesson 1 – Input Validation Yes or No: Students write a program that asks simple yes/no questions, validating their responses to ac
8th - 12th
Computer Science - Technology
CS without Computers Lesson 1: What is an Algorithm Plus Worksheet and Examples
This lesson introduces students to algorithms—step-by-step instructions used to complete tasks—through unplugged activities that build computational thinking skills. Students start with a warm-up, analyzing flawed instructions to understand the importance of clarity. Then, they write and test algorithms for everyday tasks like making a sandwich, tying a shoelace, or drawing a shape. Through peer feedback, they debug and refine their instructions, learning how precision impacts execution, ju
4th - 9th
Computer Science - Technology
NGSS
MS-ETS1-2
, MS-ETS1-1
Hands-On Coding for Kids: Algorithms Lesson Plan + Printable Direction Cards
Introduce students to coding, algorithms, and computational thinking with this engaging lesson plan and hands-on activity! Designed for Grades 2–5, this resource makes abstract coding concepts fun and interactive before students even open Scratch. Includes: Step-by-step lesson plan for teachers with no coding experience Warm-up and group activities to practice sequencing and following instructions Printable Direction Cards with 12 commands + emojis for “human robot” coding games Debugging
3rd - 7th
Computer Science - Technology, Other (Math), Robotics
Peanut Butter and Jelly Algorithm / Sequencing Activity
Teach ALGORITHMS AND SEQUENCING. Students will "code" a set of instructions, the algorithm, to help a robot, yourself, make peanut butter and jelly sandwiches. Students will create their own algorithm for the robot to use and make a sandwich. They have two tries! Usually the first try is going to messy and fun as the teacher/robot tries to follow the steps. Once they learn from their mistakes (debugging) they can try again, usually with better results. SLIDES 1 - 5 ARE TEACHER INSTRUCTIONSSLIDES
1st - 10th
Computer Science - Technology, Instructional Technology
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