Computational Thinking Decomposition
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Computational Thinking Workbook: Unplugged Decomposition, Patterns & Algorithms
🧠 Build Computational Thinking Skills—No Computers Required! 🧠Teach your students how to think like coders before they ever write a line of code! This comprehensive 50-page Computational Thinking Workbook is designed to introduce Grades 5–9 students to the four pillars of computer science: Decomposition, Pattern Recognition, Algorithms, and Flowcharts. Through engaging, unplugged activities and real-world application challenges, students learn to break down complex problems, find trends, wri
5th - 9th
Computer Science - Technology
Computer Science Computational Thinking Sorting Decomposition
This BUNDLE is a variety of sorts and graphic organizer to spark ideas of how to teach Computer Science and Computational Thinking!
K - 5th
Computer Science - Technology, Math, Science
Computational Thinking - Decomposition
Computational thinking has 4 pillars. In this activity you will be able to work with your students the Decomposition pillar. Element of computational thinking that is also present in the areas of knowledge.
1st - 5th, Adult Education
Other (Science), Science
Computational thinking activity - Decomposition
Introductory activity on computational thinking addressing the DECOMPOSITION pillar
1st - 5th
Computer Science - Technology, Robotics
Coding Concepts & Computational Thinking Workbook | Grades 4-6
Teach coding concepts without a single computer! This no-prep Computational Thinking workbook is perfect for Grades 4, 5, and 6 — ideal for unplugged CS lessons, digital literacy units, or sub plans. Students explore the 4 core building blocks of coding through 12 hands-on activities using real-world contexts, pseudocode, and logical thinking challenges. No programming language knowledge required — everything is written in plain English. What's Included: ✅ 12 activities across 4 sections ✅ Secti
4th - 6th
Computer Science - Technology
Computational Thinking Classroom Poster
This classroom decor and instructional resource helps students build early problem-solving skills while supporting Tennessee Computer Science Standards and other elementary CS frameworks. Included Concepts: • Sequencing • Patterns • Debugging • Decomposition • Abstraction Each poster features: ⭐ Age-appropriate definitions ⭐ Real-world examples students understand ⭐ Bright, engaging illustrations ⭐ Easy-to-follow visuals and icons ⭐ Encouraging language for young learners ⭐ Print-read
PreK - 5th
Computer Science - Technology, Not Subject Specific, Robotics
Basic Computational Thinking Worksheets | Grade 1-2 | ICT Fun Kid-Hero Theme
Make computational thinking exciting and easy to understand for your Grade 1–2 students with this fun, kid-hero themed handout! 🚀 This engaging resource introduces the foundations of computational thinking in a kid-friendly, story-like format—with colorful characters, speech bubbles, and interactive prompts that grab attention and keep students motivated. Instead of dry definitions, your students will learn step by step through playful explanations and fun activities. ✨ What’s Inside (7 Pag
1st - 2nd
Computer Science - Technology, Instructional Technology
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
Intro to Computational Thinking - "Learning to Learn"
Computational Thinking is an integral concept for our digitally capable and future-focused students! With this handout, students will learn the concept of this popular problem solving framework, then put it to the test with a fun exercise. - Decomposition - Pattern Recognition - Abstraction - Algorithms
4th - 8th
Business
Computational Thinking Poster
Computational Thinking is a thinking strategy which is a logical approach to problem solving and can be used to solve any problem or task. The 3 main parts of computational thinking described and illustrated using this poster and decomposition, pattern recognition, and algorithmic design.
K - 12th
Computer Science - Technology
STAR WARS - Code.org - Coding - Computational Thinking - Computer Programming
Explanation for one of the Star Wars puzzles on Code.org. Great for teaching Debugging and Lateral Thinking (Thinking Outside the Box). Great for demonstrating Decomposition and Pattern Recognition as parts of Computational Thinking.
PreK - 12th, Adult Education
Computer Science - Technology, Robotics
THE COLLECTOR - Code.org - Coding - Computational Thinking -Computer Programming
Explanation for one of The Collector puzzles on Code.org. Great for teaching Debugging. Great for demonstrating Decomposition and Pattern Recognition as parts of Computational Thinking.
PreK - 12th, Adult Education
Computer Science - Technology, Robotics
Decomposition
DecompositionComputational thinking assists students to break down problems into smaller parts so that it is easier to understand and solve them. In all disciplines, students have problems to solve. Learning to use decomposition, pattern recognition, abstraction and algorithm design will help students reach success in all projects. Students can use computational thinking while working on a school project to coding and programming a game. The terms are difficult for a 2nd grader to learn, but the
2nd
Math
Pattern Recognition
Pattern RecognitionComputational thinking assists students to break down problems into smaller parts so that it is easier to understand and solve them. In all disciplines, students have problems to solve. Learning to use decomposition, pattern recognition, abstraction and algorithm design will help students reach success in all projects. Students can use computational thinking while working on a school project to coding and programming a game. The terms are difficult for a 2nd grader to learn, b
2nd
Computer Science - Technology, Math
Algorithm
AlgorithmComputational thinking assists students to break down problems into smaller parts so that it is easier to understand and solve them. In all disciplines, students have problems to solve. Learning to use decomposition, pattern recognition, abstraction and algorithm design will help students reach success in all projects. Students can use computational thinking while working on a school project to coding and programming a game. The terms are difficult for a 2nd grader to learn, but they sh
2nd
Computer Science - Technology, Math
Abstraction
AbstractionComputational thinking assists students to break down problems into smaller parts so that it is easier to understand and solve them. In all disciplines, students have problems to solve. Learning to use decomposition, pattern recognition, abstraction and algorithm design will help students reach success in all projects. Students can use computational thinking while working on a school project to code and program a game. The terms are difficult for a 2nd grader to learn, but they should
2nd
Computer Science - Technology, Math
Coding with micro:bit - Operations on Random Numbers (Grades 3+)
Build Computational Thinking in Grade 3 with this micro:bit Coding Lesson!Looking for a meaningful way to blend coding and math in your classroom? This Number Machine lesson is your go-to resource! Designed for Grade 3+ educators, it walks students through a clear build plan using pseudocode before transitioning into actual coding with Microsoft MakeCode and micro:bit. Your learners will: Build a digital “number machine” that performs math operations on random numbers. Follow a scaffolded, ste
3rd - 4th
Basic Operations, 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
Unplugged Computer Science - Bird Design - Distance Learning
Continue exploring Computational Thinking and at the same time, learn to design according to a Design Process. Design objects using only paper and building blocks. Design and develop in three iterative rounds keeping in mind the steps of the process. In this activity, the learner continues to identify similarities and to think about what is essential to complete the task. The activity will strengthen the understanding of concepts such as pattern recognition, abstraction, and decomposition. A per
PreK - 5th
Computer Science - Technology
Building in Google Slides - School Theme - Computational Thinking Drawing Shapes
Students practice the computational thinking skills of abstraction and decomposition in this Google Slides activity while using Shape, Curve, and Fill Color tools to draw. There are designs for school supplies and other back-to-school themed items. There are several types of challenges included: Move shapes to make a known objectLook at component shapes and figure out what the final object should be, then move shapes to make it (hint is provided that tells students what the object should be)Colo
2nd - 4th
Computer Science - Technology
Building Animals in Google Slides - Computational Thinking, Shapes Fill Color
Students practice the computational thinking skills of abstraction and decomposition in this Google Slides activity while using Shape and Fill Color to draw. This activity has three parts: assemble, add, and create. Assemble: Shapes are provided for students to click-and-drag to build four animals, from simple to advanced. Add: Two animals are mostly built, but missing parts of their bodies. Students use Shape and Fill Color tools to finish the animals. Create: Students design their own animals
1st - 4th
Computer Science - Technology
Kindergarten Computer Science
Four lessons to teach computational thinking to your Kindergarten students. Decomposition Patterns Abstraction Algorithm These four topics are foundational for computer science and allow students to grasp the problem-solving skills behind coding. *All lessons align with Indiana Computer Science Standards. Those are available upon request.
Kindergarten
Computer Science - Technology
LEGO - Computational Thinking - Coding - Computer Programming
Kid-friendly explanation of Computational Thinking concepts: Decomposition, Pattern Recognition, Abstraction, and Algorithm Design.
PreK - 12th, Adult Education
Computer Science - Technology, Robotics
MUSIC VIDEO - Code.org - Coding - Computational Thinking - Computer Programming
Kid-friendly explanation of Computational Thinking concepts: Decomposition, Pattern Recognition, Abstraction, and Algorithm Design. Includes scenes from Code.org.
PreK - 12th, Adult Education
Computer Science - Technology, Robotics
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