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
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
Debugging Activities for Kids | Fix the Algorithm | Unplugged Coding for K-2 ST
Help your students learn the basics of debugging in a fun and engaging way! This unplugged coding activity pack allows students to identify and fix errors in everyday algorithms like brushing teeth, washing hands, and making a sandwich. Answer Key Included! Perfect for: • STEM centers • Computer science lessons • Early coding skills Students will practice: ✔ Sequencing ✔ Problem-solving ✔ Debugging skills Great for K–2 classrooms!
K - 2nd
Computer Science - Technology, Instructional Technology
NGSS
K-2-ETS1-1
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
Spring Find the Bugs Algorithms: Elementary Computer Science Debugging
**Interested in more Elementary Computer Science activities? Click Here!Spring Find the Bugs Algorithms: Computer Science Debugging ActivitiesIf you've already introduced algorithms with my Spring Differentiated Algorithms, this is the next step!Includes 4 different spring themed debugging activities.Students will identify the bugs in the algorithm by analyzing the sequence of pictures and putting an X on the "bugs". Next, they will cut out the correct pictures and paste them in the proper posit
PreK - 5th
Computer Science - Technology, Instructional Technology
Also included in: Unplugged Coding Spring STEM Activities Bundle
Health Debugging Algorithms: Elementary Computer Science STEM Activities
**Interested in more Elementary Computer Science activities? Click Here!Health Find The Bugs: Elementary Computer Science Debugging Activities:This resource includes 5 unplugged elementary computer science debugging activities.Health themed algorithms: washing hands, washing hair, washing face, brushing teeth, and braiding hair.
PreK - 5th
Computer Science - Technology, Health, Instructional Technology
Also included in: Health Unplugged Coding : Algorithms and Debugging Bundle
Unplugged Algorithms Coding Debugging Lesson VDOE Aligned Paired Programming
Unplugged Algorithms Lessons K-2
2nd Grade VDOE Integrated Content Aligned-geometry, life cycle of a deer, site words, American symbols
Coding, debugging and paired programming in one lesson!
K - 2nd
Computer Science - Technology, Geometry, Reading
Applied AI Classroom | Unit 4:Coding, Algorithms, AI Thinking | 4 Wks | Gr.11-12
Unit 4 is the technical unit of the Applied AI Classroom course — the point where students stop describing AI and start creating code similarly to the engineers who build AI. Week 1 covers algorithms: what makes a set of steps precise, finite, and unambiguous, how binary search works, how to write pseudocode, and how to draw flowcharts. Week 2 introduces Python fundamentals — variables, data types, conditionals, loops, and functions — with no prior coding experience assumed. Week 3 teaches stu
11th - 12th, Adult Education, Higher Education
Computer Science - Technology, Other (Math), Other (Science)
Algorithms Presentation
Help your students explore the world of algorithms with this engaging and easy-to-follow presentation designed for Introduction to Computer Science, Computer Literacy, or STEM courses! This resource introduces students to the basics of algorithms, how they are used in everyday life and technology, and why step-by-step problem solving is important in computer science. Students will learn how algorithms work through real-world examples, visual explanations, and interactive discussions that make co
9th - 12th
Computer Science - Technology
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
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
The Lost Coin - 5-7 Yr Olds | Coding Unplugged | Mini Lessons | Algorithms
This Unplugged Coding activity is the perfect introduction to algorithms for your students, or a simple activity to help build independence around a focus area. We've combined pirates, treasure and coding into 1 activity! Help Captain Jack locate his lost coins by using simple symbols or well defined directional words. Check the preview for more! Students will be able to:Students will be able to solve a problem using simple, well defined directional steps. Students can test their steps to see
K - 3rd
Computer Science - Technology
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!
FREE Debugging Poster | What is Debugging? | Unplugged Coding K-2
Introduce your students to debugging in a fun and engaging way! This FREE unplugged coding poster helps students understand how to find and fix mistakes in step-by-step directions (algorithms). Perfect for introducing early computer science concepts in a simple, visual way! ⭐ Students will learn to: • Find what’s wrong • Fix the mistake • Put steps in the correct order 🎯 Great for: • STEM lessons • Computer science introduction • Whole group or centers 👩🏫 Grade Level: K–2 💡 This resou
K - 2nd
Computer Science - Technology, Instructional Technology, Robotics
CS without Computer Lesson 2: Human Robot Algorithms
This lesson engages students in computational thinking by having them write and test algorithms through a hands-on "Human Robot" challenge. Students create step-by-step instructions for a partner acting as a robot, who follows the algorithm exactly as written—revealing flaws in clarity and precision. Through debugging and refining their instructions, students experience how computers execute commands without assumptions, highlighting the importance of well-structured algorithms. A supporting
4th - 8th
Computer Science - Technology
NGSS
MS-ETS1-1
, MS-ETS1-3
GCSE Computer Science: Tracing and debugging pseudocode worksheet
7 questions written in Edexcel style pseudocode. Questions cover tracing output, identifying common logic errors in algorithms, and making corrections. Separate answer sheet included. Fully editable resource.
8th - 12th
Computer Science - Technology
Common Coding Terms Presentation
Presentation includes the following terms: COMMANDS, ABSTRACTION, ALGORITHMS, SEQUENCING, TRIAL AND ERROR, VARIABLES, LOOPS, CONDITIONALS, FUNCTIONS, DEBUGGING, EVENTS, and COLLABORATION! This presentation also includes a knowledge check at the end where students see if they can determine which definition is associated with which term. There are 5 questions like this at the end of the presentation. The majority of the slides go over the common coding terms students should know. I have made this
Not Specific
Math, Science
Code & Go Robot Mouse - KS1 Computing Unit
An exciting, hands-on computing unit that introduces KS1 pupils to algorithms, debugging, and directional coding using the Code & Go Robot Mouse. Lesson 2 is a video of me explaning the Code and Go robot parts and how you can set up for your students. It’s like a free CPD for anyone using Code and Go robot for the first time. This 4-lesson sequence is fully planned with clear progression, ideal for busy teachers who want low-prep, high-impact computing lessons. What’s Included:Keynote lesson(Wit
K - 6th
Computer Science - Technology
ByteEd Unplugged Computational Thinking: Iteration (loops) Space & Astronomy
ByteEd Unplugged Computational Thinking Iteration resource introduces the concepts of: DecompositionSequenceDebuggingAlgorithmsPrograms, andIteration (repeats & loops)Can students program Rocket ship ByteEd to travel to Mars safely through the stars and meteors? Can they get Astronaut ByteEd to maintain the Mars Space station equipment and buildings quickly and efficiently? Included in this resource: Comprehensive Activity Overview plans (linking to NZC Computational Thinking Progress Outcomes)T
3rd - 7th
Astronomy, Computer Science - Technology, Math
Also included in: ByteEd Unplugged: Computational Thinking - Space & Astronomy Bundle
ByteEd Unplugged Computational Thinking "Move it!" Fitness App - Repeats & loops
ByteEd Unplugged Computational Thinking "Move it" fitness app resource introduces the concepts of: DecompositionSequenceDebuggingAlgorithmsPrograms, andIteration (repeats & loops)Can students program Fitness Instructor ByteEd to stay fit in ByteEd's Gym? Can stay fit themselves by creating unplugged fitness circuits using different exercises?This resource encourages 'hands on' learning through the use of digital technologies whilst promoting health and fitness! Win win! Included in this resource
3rd - 7th
Computer Science - Technology, Physical Education
STEM Semester Coding Game Development Curriculum Labs Bundle | Grades 6-12
🎮 STEM Semester Python + C# Coding Game Curriculum Bundle | Grades 6–12 | Middle & High School | Complete Lessons & Labs Bundle with Projects, Logic, Algorithms, and Cross‑Language Game Development>30% OFF WHEN PURCHASING THIS BUNDLE - A savings of over $35!What’s Included ✅ Multiple Game‑Themed Coding Projects in Python & C#Step‑by‑Step Teacher Guides with answer keys and troubleshooting tipsStudent Handouts & Worksheets (printable + digital)Project‑Based Learning Challenges that build tow
6th - 12th
Computer Science - Technology, Engineering, Instructional Technology
STEM Full Year Coding Game Development Mega Curriculum Labs Bundle | Grades 6-12
🎮 STEM Full Year Python + C# Coding Game MEGA Curriculum | Grades 6–12 | Middle & High School | Complete Lessons & Labs Bundle with Projects, Logic, Algorithms, and Cross‑Language Game Development30% OFF! - Save over $85What’s Included ✅ Multiple Game‑Themed Coding Projects in Python & C#Step‑by‑Step Teacher Guides with answer keys and troubleshooting tipsStudent Handouts & Worksheets (printable + digital)Project‑Based Learning Challenges that build toward a playable gameDebugging & Problem
7th - 12th, Adult Education, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
Unplugged Coding for Grade 1-3 St.Patrick 's Day Theme
Celebrate St.Patrick 's Day with STEM Activity Help your kid learn how computer work with smart worksheet. Learning computer without screen. Topic of learning -Algorithms -Sequence -Loops -Decomposition -Variables -Conditions -Debugging 14 pages with cover and key answer. #unpluggedcoding See another of my product > > St.Patrick's DayI am lucky because...Writing promptLeprechaun Paper Doll (Differentiated) | Color and B&W Saint Patrick Day Mini Book Tracing and Coloring | Color & Black a
1st - 3rd
Computer Science - Technology, Social Studies
Intro to Python Programming | Year 7-8 Digital Technologies | ACv9 AC9TDI8P09
Introduction to Python Programming — Year 7-8 Digital Technologies A complete 90-minute lesson pack covering one Australian Curriculum v9 content descriptor: AC9TDI8P09 — design and implement simple algorithms involving sequences of steps, branching and iteration, using a general-purpose programming language. Why this pack exists Many Year 7-8 students move from block-based coding (Scratch and similar) to a text-based language with no structured bridge. This pack is that bridge: a si
7th - 8th
Computer Science - Technology, Instructional Technology
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